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{"sheet":"Design Converter","index":0,"n_rows":125,"n_cols":17,"rows_kept":125,"cut":false,"hidden":false,"merged":[[0,0,0,16],[97,5,97,6],[79,16,83,16]]}
[{"$f":"CONCATENATE(Device, \" DC/DC Controller Design Tool\")","v":"LM51772 DC/DC Controller Design Tool"}]
[]
["About",null,"xx",null,null,"= Input Box",null,null,null,{"$f":"HYPERLINK(CONCATENATE(\"http://www.ti.com/product/\",LOWER(Device)))","v":"http://www.ti.com/product/lm51772"},null,null,null,"TERMS OF USE",null,null,"                "]
[null,null,null,null,null,null,null,null,null,{"$f":"CONCATENATE(\"Version: \",Licenses!$B$5)","v":"Version: 1.2.0"}]
["Step 1: Operating Specifications"]
[null,null,null,"Device"]
[null,null,null,"Input Voltage - Min, VIN(min) ",9,"V"]
[null,null,null,"Input Voltage - Nom, VIN(nom)",16,"V"]
[null,null,null,"Input Voltage - Max, VIN(max)",48,"V"]
[null,null,null,"Output Voltage, VOUT ",20,"V"]
[null,null,null,"Full Load Output Current, IOUT(max)",5,"A"]
[null,null,null,"Switching Frequency",600,"kHz"]
[null,null,null,"Frequency Set Resistor, RT ",{"$f":"IF('Standard Value Calculator'!R4/1000>288, \"N/A\",'Standard Value Calculator'!R4/1000)","v":52.3},"kΩ"]
[]
["Step 2: Filter Inductor"]
[null,null,null,"Recommended Filter Inductance ",{"$f":"Lopt_Limit*1000000","v":3.348214285714286},"µH"]
[null,null,null,"Inductance, LF ",3.3,"µH"]
[null,null,null,"Inductance at max Current, LF,eff ",3,"µH"]
[null,null,null,"Inductor DCR ",5.7,"mΩ"]
[null,null,null,"Pk-to-Pk Ripple Current at VIN(min), DIL1",{"$f":"'Variable Management'!B84","v":2.7707174231332359},"Apk-pk"]
[null,null,null,"Pk-to-Pk Ripple Current at VIN(nom), DIL2",{"$f":"'Variable Management'!B85","v":1.7959213534522174},"Apk-pk"]
[null,null,null,"Pk-to-Pk Ripple Current at VIN(max), DIL3",{"$f":"'Variable Management'!B86","v":6.4930776128901613},"Apk-pk"]
[null,null,null,"DIL as a % at VIN(min)",{"$f":"'Variable Management'!B96*100","v":23.689633967789167},"%"]
[null,null,null,"DIL as a % at VIN(nom)",{"$f":"'Variable Management'!B97*100","v":27.298004572473701},"%"]
[null,null,null,"DIL as a % at VIN(max)",{"$f":"'Variable Management'!B98*100","v":129.86155225780323},"%"]
[null,null,null,"Recommended RDIFF for Current Sense Filter",{"$f":"R_CS","v":10},"Ω"]
[null,null,null,"Recommended CDIFF for Current Sense Filter",{"$f":"C_CS_ideal*1000000000000","v":180},"pF"]
[]
["Step 3: OCP, Sense Resistors, Slope Comp"]
[null,null,null,"Peak Current Limit Margin",20,"%"]
[null,null,null,"Recommended Sense Resistance",{"$f":"Rs_ideal*1000","v":3.1852168889623136},"mΩ"]
[null,null,null,"Sense Resistance, RS",2.5,"mΩ"]
[null,null,null,"Peak Inductor Over-Current Limit, ILPK,Limit",{"$f":"'Variable Management'!B143","v":22},"A"]
[null,null,null,"Max Peak Inductor Current, ILPk,Max",{"$f":"Ipeak_inductor_max","v":13.081265144315156},"A"]
[null,null,null,{"$f":"IF('Variable Management'!B91>'Variable Management'!B89, \"Power Loss in Rs at Full Load (Max VIN)\", \"Power Loss in Rs at Full Load (Min VIN)\")","v":"Power Loss in Rs at Full Load (Min VIN)"},{"$f":"'Variable Management'!B92","v":0.19039534326876162},"W"]
[null,null,null,"Recommended SLOPE Factor",{"$f":"'Variable Management'!B148","v":0.875}]
[null,null,null,"Recommended Inductor De-Rating",{"$f":"(E17-E18)/E17*100","v":9.0909090909090864},"%"]
[null,null,null,"VIN(min)",{"$f":"'Variable Management'!B135","v":8.299459099785846},"A"]
[null,null,"IOUT(typ) at OCP Inception:","VIN(nom)",{"$f":"'Variable Management'!B136","v":15.242641287819344},"A"]
[null,null,null,"VIN(max)",{"$f":"'Variable Management'!B137","v":16.753461193554919},"A"]
[]
["Step 4: Output Capacitor"]
[null,null,null,"Output Voltage Ripple Spec",150,"mVpk-pk"]
[null,null,null,"Minimum Output Capacitance ",{"$f":"'Variable Management'!B176","v":30.785749145924843},"µF"]
[null,null,null,"Output Capacitance, COUT ",100,"µF",null,{"$f":"Device","v":"LM51772"}]
[null,null,null,"Maximum Permitted ESR ",{"$f":"'Variable Management'!B180","v":20.76427525622255},"mΩ",null,null,null,null,null,null,null,{"$f":"'CFG Setting'!H56","v":"R_CFG1"},{"$f":"'CFG Setting'!H57","v":5.0999999999999996},"kΩ",{"$f":"IF(useI2C=1,\"Set Slope Comp. via I2C\",\"\")","v":""}]
[null,null,null,"Output Capacitor ESR ",5,"mΩ",null,null,null,null,null,null,null,{"$f":"'CFG Setting'!H85","v":"R_CFG2"},{"$f":"'CFG Setting'!H86","v":8.3000000000000007},"kΩ"]
[null,null,null,"Resulting Output Voltage Ripple (max) ",{"$f":"Vripple2*1000","v":71.178623718887266},"mVpk-pk",null,null,null,null,null,null,null,{"$f":"IF(useI2C=1,\"\",'CFG Setting'!H115)","v":"R_CFG3"},{"$f":"IF(useI2C=1,\"\",'CFG Setting'!H116)","v":1.1499999999999999},{"$f":"IF(useI2C=1,\"\",\"kΩ\")","v":"kΩ"},{"$f":"IF(useI2C=1,\"Set Config via I2C\",\"\")","v":""}]
[null,null,null,"Output Capacitor RMS Current (max) ",{"$f":"'Variable Management'!B171","v":5.5277079839256675},"A (rms)",null,null,null,null,null,null,null,{"$f":"IF(useI2C=1,\"\",'CFG Setting'!H145)","v":"R_CFG4"},{"$f":"IF(useI2C=1,\"\",'CFG Setting'!H146)","v":8.3000000000000007},{"$f":"IF(useI2C=1,\"\",\"kΩ\")","v":"kΩ"},{"$f":"IF(useI2C=1,\"Set Config via I2C\",\"\")","v":""}]
[]
["Step 5: Input Capacitor"]
[null,null,null,"Input Voltage Ripple Spec",180,"mVpk-pk",null,null,null,"Current Monitor via CDC",null,null,null,{"$f":"_xlfn.SWITCH(IMONLIM_select+1,1,\"\",2,\"Current Limiter via ISET\", 3,\"Current Limiter via I2C\",4,\"Current Limiter via I2C\")","v":"Current Limiter via I2C"}]
[null,null,null,"Minimum Input Capacitance",{"$f":"'Variable Management'!B196","v":11.574074074074073},"µF",null,null,null,"Maximum Output Current",3,"A",null,{"$f":"CHOOSE(IMONLIM_select+1,\"\",\"Average Current Limit\",\"Average Current Limit\",\"Average Current Limit\")","v":"Average Current Limit"},5,"A"]
[null,null,null,"Input Capacitance, CIN ",100,"µF",null,null,null,"Maximum Voltage at VCDC",1,"V",null,{"$f":"_xlfn.SWITCH(IMONLIM_select+1,1,\"\",2,\"\", 3,\"DAC ILIM_THRESHOLD\",4,\"DAC ILIM_THRESHOLD\")","v":"DAC ILIM_THRESHOLD"},100,{"$f":"_xlfn.SWITCH(IMONLIM_select+1,1,\"\",2,\"\",3,\"\", 4,\"\")","v":""}]
[null,null,null,"Maximum Permitted ESR ",{"$f":"'Variable Management'!B201","v":19.301026818944933},"mΩ",null,null,null,"Recommended Current Sense, RISNS(out/in)",{"$f":"CDC_Threshold/K53*1000","v":16.666666666666668},"mΩ",null,"Recommended Current Sense, RISNS(out/in)",{"$f":"_xlfn.SWITCH(IMONLIM_select+1,1,0,2,ILIM_Threshold/O53, 3,0.05/O53, 4,0.05/O53)*1000","v":10},"mΩ"," "]
[null,null,null,"Input Capacitor ESR ",2,"mΩ",null,null,null,"Used Current Sense, RISNS(out/in)",10,"mΩ",null,"Used Current Sense, RISNS(out/in)",10,"mΩ"]
[null,null,null,"Resulting Input Voltage Ripple (max) ",{"$f":"Vinripple2*1000","v":37.32641094622349},"mVpk-pk",null,null,null,"CDC Resistance, RCDC",{"$f":"(K54)/(K56/1000*K53*gm_CDC)/1000","v":66.666666666666671},"kΩ",null,{"$f":"_xlfn.SWITCH(IMONLIM_select+1,1,\"\",2,\"ILIMCOMP Resistance, RILIM\", 3,\"Effective average Current Limit\",4,\"Effective average Current Limit\")","v":"Effective average Current Limit"},{"$f":"_xlfn.SWITCH(IMONLIM_select+1,1,\"\",2,V_Ilimit/(O56/1000*O53*gm_IL)/1000,3,O54*0.0005/(O56*0.001),4,O54*0.0005/(O56*0.001))","v":5},{"$f":"_xlfn.SWITCH(IMONLIM_select+1,1,\"\",2,\"kΩ\", 3,\"A\",4,\"A\")","v":"A"}]
[null,null,null,"Input Capacitor RMS Current (max)",{"$f":"'Variable Management'!B189","v":2.4656603785887761},"A (rms)",null,null,null,null,null,null,null,{"$f":"_xlfn.SWITCH(IMONLIM_select+1,1,\"\",2,\"ILIMCOMP Capacitor, CILIM,HF\", 3,\"ILIMCOMP Capacitor, CILIM\", 4,\"ILIMCOMP Capacitor, CILIM\")","v":"ILIMCOMP Capacitor, CILIM"},{"$f":"_xlfn.SWITCH(IMONLIM_select+1,1,\"\",2,C_ILimit_HF_STD*1000000000000,3,C_limitcomp_STD*1000000000,4,C_limitcomp_STD*1000000000)","v":0.22},{"$f":"_xlfn.SWITCH(IMONLIM_select+1,1,\"\",2,\"pF\", 3,\"nF\",4,\"nF\")","v":"nF"}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"COUT2 Output Capacitance ",{"$f":"Co2_u*1000000","v":12},"µF"]
["Step 6: Soft-start, UVLO, CFG"]
[null,null,null,"recommended Soft-Start Time, tSS for ISCP(MIN)",{"$f":"E45*0.000001*E10/(E30/100*E11)*1000","v":2},"ms",null,null,null,null,null,null,"VIN(nom)",{"$f":"VIN_nom&\"V\"","v":"16V"}]
[null,null,null,"Soft-Start Time, tSS ",1.8,"ms"]
[null,null,null,"Soft-Start Capacitance, CSS ",{"$f":"Css_u*1000000000","v":18},"nF"]
[]
[null,null,null,"Required Input Voltage UVLO On",8.8000000000000007,"V"]
[null,null,null,"Input Voltage UVLO Off",8,"V"]
[null,null,null,"Upper UVLO Resistor, RUV1",{"$f":"'Variable Management'!G220","v":31.6},"kΩ"]
[null,null,null,"Lower UVLO Resistor, RUV2",{"$f":"'Variable Management'!G221","v":5.49},"kΩ"]
[]
["Step 7: Compensation Design"]
[null,null,null,"Load Pole Frequency",{"$f":"Fp_dominant","v":795.77471545947674},"Hz"]
[null,null,null,"COUT ESR Zero Frequency ",{"$f":"Fesr/1000","v":318.3098861837907},"kHz"]
[null,null,null,"Boost RHP Zero Frequency @ VIN(MIN)",{"$f":"IF(E7<E10,Frhp_Vinmin/1000,\"---\")","v":42.184130624259502},"kHz"]
[null,null,null,"Boost RHP Zero Frequency @ VIN(NOM)",{"$f":"IF(E8<E10,Frhp/1000,\"---\")","v":135.12006868099922},"kHz"]
[null,null,null,"Suggested Crossover Frequency",{"$f":"MIN(Fsw/1000*0.05,E73/4,IF(E74<>\"---\",E74/4,E73/4))","v":10.546032656064876},"kHz"]
[null,null,null,"Desired Crossover Frequency",13,{"$f":"\"     kHz \"","v":"     kHz "}]
[null,null,null,"Error Amp Pole Frequency",{"$f":"Fp1_u","v":0.157579151576134},"Hz"]
[null,null,null,"Upper Feedback Resistor, RFBT ",82,"kΩ"]
[null,null,null,"Lower Feedback Resistor, RFBB ",{"$f":"Rfb2_u/1000","v":4.32},"kΩ"]
[]
[]
[]
[]
[]
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[]
[]
["Step 7.1: Compensation Components",null,null,null,null,null,null,null,null,"Step 7.2: Current Limiter Compensation Design"]
[null,"Calculated /","Std Values",null,{"$f":"\"    Selected\"","v":"    Selected"},null,"Actual P/Z Frequencies",null,null,null,"Calculated /","Std Values",null,{"$f":"\"    Selected\"","v":"    Selected"}]
["RCOMP",{"$f":"Rcea1/1000","v":8.4910363810716714},{"$f":"'Standard Value Calculator'!R27","v":8.4499999999999993},null,100,"kΩ",{"$f":"Fp1_u","v":0.157579151576134},"Hz  (FPEA)",null,"RIL,COMP",{"$f":"'Variable Management'!E275/1000","v":54.007048253271549},{"$f":"'Variable Management'!F275/1000","v":53.6},null,34,"kΩ"]
["CCOMP",{"$f":"Cc1ea*1000000000","v":15.702833829632588},{"$f":"'Standard Value Calculator'!R28","v":14.999999999999998},null,100,"nF",{"$f":"Fz1_u/1000","v":1.5915494309189534E-2},"kHz (FZCOMP)",null,"CIL,COMP",{"$f":"'Variable Management'!E276/0.000000001","v":37.032203475013041},{"$f":"'Variable Management'!F276/0.000000001","v":38.999999999999993},null,47,"nF"]
["CHF",{"$f":"IF(Cc2ea*1000000000000<0, 0, Cc2ea*1000000000000)","v":136.8380578882585},{"$f":"'Standard Value Calculator'!R29","v":150},null,1000,"pF",{"$f":"Fp2_u/1000","v":1.5799437757626504},"kHz (FPCOMP)",null,"CIL,HF",{"$f":"'Variable Management'!E277/0.000000000001","v":185161.01737506528},{"$f":"'Variable Management'!F277/0.000000000001","v":180000},null,2200,"pF"]
[]
["Efficiency / Power Loss Analyzer"]
[]
["Step 8: Efficiency",null,null,null,null,null,null,null,null,null,null,null,"VIN(nom)",{"$f":"VIN_nom&\"V\"","v":"16V"}]
[null,null,null,"Buck-Leg Power MOSFETs (Q1, Q2) ","ISZ034N06LM5ATMA1"]
[null,null,null,null,"Hi-side","  Low-side"]
[null,null,null,"On-State Resistance, RDS(on) ",4.2,4.2,"mΩ"]
[null,null,null,"Total Gate Charge, QG ",27,27,"nC"]
[null,null,null,"Gate-Drain Charge, QGD ",6.2,6.2,"nC"]
[null,null,null,"Gate-Source Charge, QGS ",6.2,6.2,"nC"]
[null,null,null,"Gate Resistance, RG ",4.7,4.7,"Ω"]
[null,null,null,"Transconductance, gFS ",80,80,"S"]
[null,null,null,"Gate-Source Threshold Voltage, VTH ",2.2999999999999998,2.2999999999999998,"V"]
[null,null,null,"Body Diode Forward Voltage, VBD ",1,1,"V"]
[null,null,null,"Body Diode Rev Recovery Charge, QRR ",null,20,"nC"]
[null,null,null,"Thermal Resistance, θJA ",60,60,"°C/W"]
[]
[null,null,null,"Boost-Leg Power MOSFETs (Q3, Q4) ","ISZ034N06LM5ATMA1"]
[null,null,null,null,"Hi-side","  Low-side"]
[null,null,null,"On-State Resistance, RDS(on) ",4.2,4.2,"mΩ"]
[null,null,null,"Total Gate Charge, QG ",27,27,"nC"]
[null,null,null,"Gate-Drain Charge, QGD ",6.2,6.2,"nC"]
[null,null,null,"Gate-Source Charge, QGS ",6.2,6.2,"nC"]
[null,null,null,"Gate Resistance, RG ",4.7,4.7,"Ω"]
[null,null,null,"Transconductance, gFS ",80,80,"S"]
[null,null,null,"Gate-Source Threshold Voltage, VTH ",2.2999999999999998,2.2999999999999998,"V"]
[null,null,null,"Body Diode Forward Voltage, VBD ",1,1,"V"]
[null,null,null,"Body Diode Rev Recovery Charge, QRR ",20,null,"nC"]
[null,null,null,"Thermal Resistance, θJA ",60,60,"°C/W"]
[]
["External Schottky Diode (if applicable)",null,null,null,"Buck Leg","   Boost Leg"]
[null,null,null,"Schottky Fwd Voltage, VFWDsch ",0,0,"V"]
[null,null,null,"Schottky Rev Recovery Charge, QRRsch ",0,0,"nC"]

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["FB Resisitor (calc RFBT)"]
[null,null,null,"Lower Feedback Resistor, RFBB ",4.32,"kΩ"]
[null,null,null,"Upper Feedback Resistor, RFBT ",{"$f":"(Vout-Vref)/(Vref/E7)","v":82.080000000000013},"kΩ"]
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["Mode Transitions"]
[null,null,null,{"$f":"Timings!E2","v":"Buck -> BuBo"},{"$f":"Timings!F2","v":22.872341281122935},"V"]
[null,null,null,{"$f":"Timings!E3","v":"BuBo -> Buck"},{"$f":"Timings!F3","v":27.298900712251548},"V"]
[null,null,null,{"$f":"Timings!E4","v":"Boost -> BuBo"},{"$f":"Timings!F4","v":17.488371438831631},"V"]
[null,null,null,{"$f":"Timings!E5","v":"BuBo -> Boost"},{"$f":"Timings!F5","v":14.652604667721397},"V"]

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["Version Number","1.2.0"]
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["Version History"]
["Version","Change List Description"]
["1.0.0","Initial Release"]
["1.0.1","Reworked inductor selection, updated current monitor and limiter configuration"]
["1.1.0","updated input limit to 55V"]
[null,"fixed error in efficency calculation - R for ISNS was not implemented right"]
[null,"Fixed labeling in efficiency graph"]
[null,"Updated Current Limit and Monitor configuration"]
[null,"Added internal FB divider configuration"]
["1.1.1","updated calculation for ILIM with DAC and ISET"]
[null,"Fixed resistor value for R(CFG) setting 3"]
["1.1.2","Fixed calculation of Softstart time"]
[null,"Adjusted Rt calculation formula"]
[null,"Added Filter for CSA/CSB"]
[null,"updated limits for peak current limit threshold "]
[null,"fixed issue when selecting internal FB"]
[null,"Added Inductor De-Rate and updated Comment for Inductor to use derated Inductance"]
[null,"Updated description of Inductor Derate"]
[null,"Added MOSFET details to efficiency plots"]
[null,"Added Bode plot for current limit"]
["1.1.3","Fixed R_CFG4 value when selecting iSet"]
[null,"Added note to set config via corresponding registers via when I2C is enabled"]
[null,"Fixed Bit naming of CFG3 (uSleep replaced by EN_CONST_TDEAD)"]
[null,"Improved calculation of Desired Crossover Frequency"]
["1.2.0","updated deadtime dependency with fsw"]
[null,"added support for LM51772-Q1"]

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[null,"** Tie MODE to VCC (or voltage > 2.4V) for No Hiccup **"]
[{"$f":"\"VIN = \"&VIN_min&\" V to \"&VIN_max&\" V, VOUT = \"& Vout &\" V, IOUT = \" &Iout & \" A,  Fsw = \" & Fsw/1000 &\" kHz, Current Limit = \"&ROUNDUP(Ilimit_DC,0)&\" A\"","v":{"$error":"#NAME?"}}]
["High Efficiency Synchronous Buck-Boost Regulator BOM"]
["Count","Ref Des","Value","Description",null,null,null,"Size","Part Number","MFR"]
[2,"CBOOT1, CBOOT2",0.1,{"$f":"C49","v":0.1},null,null,null,"0603","Std","Std"]
[1,"CC1",{"$f":"'Design Converter'!E91","v":100},100,null,null,null,"0603","Std","Std"]
[1,"CC2",{"$f":"'Design Converter'!E92","v":1000},1000,null,null,null,"0603","Std","Std"]
[1,"RSLOPE",{"$f":"Rslope/1000","v":59.523809523809526},null,null,null,null,"0603","Std","Std"]
[1,"CCS",100,{"$f":"C53","v":100},null,null,null,"0603","Std","Std"]
[1,"CDITH",{"$f":"Cdither*1000000000","v":0},{"$f":"C54","v":0},null,null,null,"0603","Std","Std"]
[{"$f":"ROUNDUP('Design Converter'!E54/10,0)","v":10},"CIN",10,{"$f":"C55","v":10},null,null,null,1210,"Std","Std"]
[{"$f":"ROUNDUP('Design Converter'!E45/22,0)","v":5},"COUT",22,{"$f":"C56","v":22},null,null,null,1210,"Std","Std"]
[1,"CSS",{"$f":"'Design Converter'!E63","v":18},{"$f":"C57","v":18},null,null,null,"0603","Std","Std"]
[1,"CVCC",1,1,null,null,null,"0603","Std","Std"]
[1,"CVIN",0.1,0.1,null,null,null,"0603","Std","Std"]
[3,"DBOOT1, DBOOT2, DVIN ","See description","Schottky Diode, 200mA",null,null,null,"-","-","Various"]
[1,"LF",{"$f":"'Design Converter'!E18","v":3},{"$f":"\"Inductor, \"&Lf*1000000&\"µH, \"&Rdcr*1000&\"mΩ, >\"&ROUNDUP(IL_peak_OCP*1.1,0)&\"A\"","v":"Inductor, 3µH, 5.7mΩ, >25A"},null,null,null,"-","-","Various"]
[2,"Q1, Q2","See description",{"$f":"'Design Converter'!E99","v":4.2},null,null,null,"Std",{"$f":"'Design Converter'!E97","v":"ISZ034N06LM5ATMA1"},"-"]
[2,"Q3, Q4","See description",{"$f":"'Design Converter'!E112","v":4.2},null,null,null,"Std",{"$f":"'Design Converter'!E110","v":"ISZ034N06LM5ATMA1"},"-"]
[1,"RC1",{"$f":"'Design Converter'!E90","v":100},{"$f":"C64","v":100},null,null,null,"0603","Std","Std"]
[1,"RS",{"$f":"Rs*1000","v":2.5},2.5,null,null,null,2512,"Std","Std"]
[1,"RCS(out)",{"$f":"'Standard Value Calculator'!R21","v":10},{"$f":"C66","v":10},null,null,null,2512,"Std","Std"]
[1,"RT",{"$f":"'Design Converter'!E13","v":52.3},52.3,null,null,null,"0603","Std","Std"]
[1,"RFB1",{"$f":"'Design Converter'!E78","v":82},82,null,null,null,"0603","Std","Std"]
[1,"RFB2",{"$f":"'Design Converter'!E79","v":4.32},4.32,null,null,null,"0603","Std","Std"]
[1,"RPGOOD",20,20,null,null,null,"0603","Std","Std"]
[2,"RCS, RCSG",100,100,null,null,null,"0603","Std","Std"]
[1,"RUV1",{"$f":"'Design Converter'!E67","v":31.6},31.6,null,null,null,"0603","Std","Std"]
[1,"RUV2",{"$f":"'Design Converter'!E68","v":5.49},5.49,null,null,null,"0603","Std","Std"]
[1,"RVIN",2.2000000000000002,2.2000000000000002,null,null,null,"0603","Std","Std"]
[1,"U1","LM5177","IC, LM5177, Buck-Boost PWM Controller",null,null,null,"TSSOP-38","LM5177HTSSOP","TI"]
[]
[]
["NOTES:"]
["** For information on TI NexFETTM MOSFETs, see **",null,null,"http://www.ti.com/nexfet","   **"]
["** Inductor saturation current should be higher than the peak inductor current at the OCP setpoint for all input voltages and operating temperatures **"]
["** Effective input and output capacitances should be appropriately derated for applied voltage and temperature, particularly with ceramics **"]

{"sheet":"EVMs","index":4,"n_rows":6,"n_cols":23,"rows_kept":6,"cut":false,"hidden":true,"merged":[[0,0,0,16]]}
[" LM5175 Quickstart Design Tool"]
[]
[]
[]
[]
[null,"LM5175EVM-HD PCB Layout",null,null,null,null,null,null,null,null,null,null,"LM5175EVM-HP PCB Layout",null,null,null,null,null,null,null,null,null,"LM5175EVM PCB Layout"]

{"sheet":"MOSFET LOSS","index":5,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":true,"merged":[]}

{"sheet":"Efficiency Plot Details","index":6,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":true,"merged":[]}

{"sheet":"DeviceParameter","index":7,"n_rows":66,"n_cols":17,"rows_kept":66,"cut":false,"hidden":true,"merged":[[0,0,0,8],[4,4,4,7]]}
["EXCEL Device Parameter "]
[null,"Input from user =",null,null,null,"to check "]
[null,"Output ="]
[null,"Constant"]
["Variable Name","Selected Value","STD Units","Device"]
[null,null,null,"LM5177","LM51771","LM51772","LM51772-Q1",null,null,null,null,null,"t_on_min_Boost",{"$f":"VLOOKUP((Fsw/1000000),P7:Q107,2)","v":226.49473484852686},null,"Freq[Mhz]","Minimum off-time  Boost[ns]"]
["MaxVin",{"$f":"_xlfn.SWITCH(Device,DeviceParameter!$D$6,DeviceParameter!D7,DeviceParameter!$E$6,DeviceParameter!E7,DeviceParameter!$F$6,DeviceParameter!F7,DeviceParameter!$G$6,DeviceParameter!G7)","v":55},"V",60,null,55,55,null,null,null,null,null,null,null,null,9.8750000000000004E-2,604.18063250011289]
["MinVin",{"$f":"_xlfn.SWITCH(Device,DeviceParameter!$D$6,DeviceParameter!D8,DeviceParameter!$E$6,DeviceParameter!E8,DeviceParameter!$F$6,DeviceParameter!F8,DeviceParameter!$G$6,DeviceParameter!G8)","v":3.3},"V",2.8,null,3.3,3.3,null,null,null,null,null,"R_CS",10,null,0.14041666666666669,523.33810748298765]
["MaxfSW",{"$f":"_xlfn.SWITCH(Device,DeviceParameter!$D$6,DeviceParameter!D9,DeviceParameter!$E$6,DeviceParameter!E9,DeviceParameter!$F$6,DeviceParameter!F9,DeviceParameter!$G$6,DeviceParameter!G9)","v":2200},"kHz",600,null,2200,2200,null,null,null,null,null,"C_CS",{"$f":"(N6*0.000000001)/(2*PI()*(2*N8)*10)","v":1.802387831771561E-10},null,0.18208333333333335,459.91179890990088]
[null,null,null,null,null,null,null,null,null,null,null,null,"C_CS_ideal",{"$f":"'Standard Value Calculator'!R23","v":1.8E-10},null,0.22374999999999998,415.93095914315774]
["gm_monitor",{"$f":"_xlfn.SWITCH(Device,DeviceParameter!$D$6,DeviceParameter!D11,DeviceParameter!$E$6,DeviceParameter!E11,DeviceParameter!$F$6,DeviceParameter!F11,DeviceParameter!$G$6,DeviceParameter!G11)","v":1E-3},"S",1E-3,null,1E-3,1E-3,null,null,null,null,null,null,null,null,0.26541666666666669,378.55342556962148]
["gm_IL_DAC",{"$f":"_xlfn.SWITCH(Device,DeviceParameter!$D$6,DeviceParameter!D12,DeviceParameter!$E$6,DeviceParameter!E12,DeviceParameter!$F$6,DeviceParameter!F12,DeviceParameter!$G$6,DeviceParameter!G12)","v":5.0000000000000001E-4},"S",null,null,5.0000000000000001E-4,5.0000000000000001E-4,null,null,null,null,null,null,null,null,0.30708333333333332,349.80497717766156]
["gm_IL",{"$f":"_xlfn.SWITCH(Device,DeviceParameter!$D$6,DeviceParameter!D13,DeviceParameter!$E$6,DeviceParameter!E13,DeviceParameter!$F$6,DeviceParameter!F13,DeviceParameter!$G$6,DeviceParameter!G13)","v":1E-3},"S",2.0000000000000001E-4,null,1E-3,1E-3,null,null,null,null,null,null,null,null,0.34875,323.54756471089627]
["gm_CDC",{"$f":"_xlfn.SWITCH(Device,DeviceParameter!$D$6,DeviceParameter!D14,DeviceParameter!$E$6,DeviceParameter!E14,DeviceParameter!$F$6,DeviceParameter!F14,DeviceParameter!$G$6,DeviceParameter!G14)","v":5.0000000000000001E-4},"S",null,null,5.0000000000000001E-4,5.0000000000000001E-4,null,null,"CDC Transconductance",null,null,null,null,null,0.39041666666666663,300.09066752155144]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.43208333333333337,283.54982887365657]
["CDC_Threshold",0.05,"V",null,null,null,null,null,null,null,null,null,null,null,null,0.47374999999999989,265.43067517169754]
["IMON_Threshold",0.05,"V",null,null,null,null,null,null,null,null,null,null,null,null,0.51541666666666652,251.25440489783642]
["ILIM_Threshold",0.05,"V",null,null,null,null,null,null,null,null,null,null,null,null,0.55708333333333326,238.82660859347064]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.59875,226.49473484852686]
["V_Ilimit",1,"V",null,null,null,null,null,null,null,null,null,null,null,null,0.64041666666666652,216.9915209201273]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.68208333333333337,207.09264103806078]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.72375000000000023,198.4870349794904]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.76541666666666652,190.69229215281874]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.80708333333333349,183.75345897712631]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.84875000000000012,176.97592733608062]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.89041666666666663,170.83689486631351]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.93208333333333337,165.32388225412782]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.97375,160.05100814409749]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.0154166666666666,155.28035675442277]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.0570833333333332,150.60149036199206]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.0987499999999999,146.53481516091131]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.1404166666666666,142.55215302090039]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.1820833333333336,138.85817947609672]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.2237499999999997,135.34466224995703]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.2654166666666666,131.89956881910555]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.3070833333333332,128.98058537752249]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.3487499999999999,125.88539231343111]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.3904166666666664,123.1361357533811]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.4320833333333336,120.57792055657669]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.4737499999999997,117.90048619102598]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.5154166666666671,115.22373543635396]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.5570833333333336,113.06831906216505]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.5987499999999997,111.18776299338631]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.6404166666666662,109.05746410284583]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.6820833333333329,107.07804463255033]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.7237500000000003,105.36814628196186]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.7654166666666664,103.44966753824211]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.8070833333333329,101.88664009296646]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.8487499999999999,100.33981686593194]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.8904166666666662,98.885216789244353]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.9320833333333332,97.352294242602028]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1.9737499999999997,95.900476562665546]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.0154166666666664,94.520755329934616]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.0570833333333334,93.439001330341654]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.0987499999999999,94.045882976384405]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.140416666666666,94.37021410456785]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.1820833333333329,94.832576550964987]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.2237499999999999,94.921207904859386]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.2654166666666664,95.115398574694169]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.3070833333333329,95.204302555485128]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.3487499999999999,95.269653244380066]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.3904166666666664,95.302329682511441]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.4320833333333329,95.352525948685951]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.4737499999999999,95.229572087695288]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.5154166666666664,95.27100455483918]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2.5570833333333325,95.216588882174079]

{"sheet":"Variable Management","index":8,"n_rows":545,"n_cols":18,"rows_kept":545,"cut":false,"hidden":true,"merged":[[4,4,4,7],[0,0,0,8]]}
["EXCEL Variables Names/Calculations"]
[null,"Input from user =",null,null,null,"to check "]
[null,"Output ="]
[null,"Constant"]
["Variable Name","Value","STD Units",null,"Notes",null,null,null,"Iteration"]
["Step 1: Operational Specs"]
["VIN_min",{"$f":"'Design Converter'!E7","v":9},"V","Minimum input voltage",null,null,null,null,1]
["VIN",{"$f":"'Design Converter'!E8","v":16},"V","Nominal input voltage",null,null,null,null,null,null,"Efficiency vs IOUT Plot",1]
["VIN_max",{"$f":"'Design Converter'!E9","v":48},"V","Maximum input voltage",null,null,null,null,null,null,"Efficiency vs VIN Plot",2]
["VIN_edgebuckboost",{"$f":"B44","v":14.652604667721397},"V",null,null,null,null,null,null,null,"PLOT_TYPE",1,"CFG",null,{"$f":"'CFG Setting'!G28","v":13},"1 = Yes, 2 = No"]
[null,null,null,null,null,null,null,null,null,null,"BODEPLOT_TYPE",false]
["Vout",{"$f":"'Design Converter'!E10","v":20},"V","Output Voltage",null,null,null,null,1]
["Iout",{"$f":"'Design Converter'!E11","v":5},"A","Maximum Output Current",null,null,null,null,1]
["Rout",{"$f":"Vout/Iout","v":4},"W","Load resistance"]
["Pout",{"$f":"Vout*Iout","v":100},"W","Output power"]
["Efficiency",0.95,null,"Edited by Vijay from 96% to 90% to match datasheet calculations."]
["Pin",{"$f":"Pout/Efficiency","v":105.26315789473685},"W","Calculate input power assuming 90% efficiency"]
["Iin_Vinmin",{"$f":"Pin/VIN_min","v":11.695906432748538},"A"]
["Iin_Vinnom",{"$f":"Pin/VIN_nom","v":6.5789473684210531},"A","Input currents at min, nom, max Vin"]
["Iin_Vinmax",{"$f":"Pin/VIN_max","v":2.192982456140351},"A"]
[]
["Fsw",{"$f":"'Design Converter'!E12*1000","v":600000},"Hz","Nominal Switching Frequency",null,null,null,null,1]
["Ts",{"$f":"1/Fsw","v":1.6666666666666667E-6},"sec","Period"]
["Vref",{"$f":"_xlfn.SWITCH(Internal_FB_enabled,1,1,2,Vout/10,3,Vout/20)","v":1},"V","Reference Voltage"]
["Vref_eff",{"$f":"Vref","v":1},"V","effective Vref with Tracking"]
["Rt",{"$f":"1/(0.000000000032*Fsw)","v":52083.333333333336},"W","Frequency Set Resistor",null,"edited based on LM5177 curve fit."]
["Ifb",5.9999999999999995E-8,"A"]
[]
["Device",{"$f":"CHOOSE(C29,L29,L30,L31)","v":"LM51772"},{"$f":"D29+1","v":2},1,null,null,null,null,null,null,"Device","LM5177"]
["Mode",1,null,"0: PSM  1: FPWM 2: ACM",null,null,null,null,null,null,null,"LM51772"]
[null,null,null,null,null,null,null,null,null,null,null,"LM51772-Q1"]
[]
[null,null,null,null,null,null,null,null,null,null,"useI2C",{"$f":"IF(OR('CFG Setting'!G57=1,'CFG Setting'!G57=16),1,0)","v":0}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
["VIN_BB_to_boost",{"$f":"IF($B$30=0,Vout,Timings!F5)","v":14.652604667721397},"V"]
["VIN_boost_to_BB",{"$f":"IF($B$30=0,Vout,Timings!F4)","v":17.488371438831631},"V"]
["VIN_buck_to_BB",{"$f":"IF($B$30=0,Vout,Timings!F2)","v":22.872341281122935},"V"]
["VIN_BB_to_buck",{"$f":"IF($B$30=0,Vout,Timings!F3)","v":27.298900712251548},"V"]
[]
[]
[]
["Step 2: Filter Inductor"]
["Don1",{"$f":"Vout/VIN_nom","v":1.25},{"$f":"(Vout-VIN_nom)/Vout","v":0.2},null,"Ideal Duty Cycle at VIN(nom)",null,null,null,1]
["Doff1",{"$f":"1-_Don1","v":-0.25},null,null,"Ideal 1- Duty Cycle at VIN(nom)",null,null,null,1]
[]
["Don_Vinmin",{"$f":"IF(VIN_min>Vout, Vout/VIN_min, (Vout-VIN_min)/Vout)","v":0.55000000000000004},{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"}]
["Don_Vinnom",{"$f":"IF(VIN_nom>Vout, Vout/VIN_nom, (Vout-VIN_nom)/Vout)","v":0.2},{"$f":"IF(VIN_nom>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"}]
["Don_Vinmax",{"$f":"IF(VIN_max>Vout, Vout/VIN_max, (Vout-VIN_max)/Vout)","v":0.41666666666666669},{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"}]
[]
[null,"BUCK","BOOST"]
["Lf_Vinmin",{"$f":"(VIN_min-Vout)*Don_Vinmin/(Fsw*Iout*0.3)","v":-6.7222222222222226E-6},{"$f":"VIN_min/(Iin_Vinmin*0.3*Fsw)*(1-VIN_min/Vout)","v":2.3512500000000006E-6},"H","Calculated inductance for 30% ripple at VIN(min)"]
["Lf_Vinnom",{"$f":"(VIN_nom-Vout)*Don_Vinnom/(Fsw*Iout*0.35)","v":-7.6190476190476192E-7},{"$f":"VIN_nom/(Iin_Vinnom*0.35*Fsw)*(1-VIN_nom/Vout)","v":2.3161904761904754E-6},"H","Calculated inductance for 35% ripple at VIN(nom)",null,null,null,1]
["Lf_Vinmax",{"$f":"(VIN_max-Vout)*Don_Vinmax/(Fsw*Iout*0.4)","v":9.7222222222222227E-6},{"$f":"VIN_max/(Iin_Vinmax*0.4*Fsw)*(1-VIN_max/Vout)","v":-1.2768E-4},"H","Calculated inductance for 40% ripple at VIN(max)",null,null,null,null,null,"Joerg's Calculation",null,null,null,null,null,null,"LM5177"]
[]
["L_Vinmin",{"$f":"MAX(IF(VIN_min>Vout,B60,C60),O64)","v":2.3512500000000006E-6},"H",{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},"Calculated inductance for 30% ripple at VIN(min)",null,null,null,null,null,"Lbuck",{"$f":"(VIN_max-Vout)*Vout/(0.4*Iout*Fsw*VIN_max)","v":9.7222222222222227E-6},"H","Lmin",{"$f":"MAX(10*Vout*Rs/Fsw,Rs*125/Fsw)","v":8.3333333333333333E-7},"H"]
["L_Vinnom",{"$f":"IF(VIN_nom>Vout, B61,C61)","v":2.3161904761904754E-6},"H",{"$f":"IF(VIN_nom>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},"Calculated inductance for 35% ripple at VIN(nom)",null,null,null,null,null,"Lboost",{"$f":"(Vout-VIN_min)*VIN_min^2/(0.3*Iout*Fsw*Vout^2)","v":2.475E-6},"H","Lmax",{"$f":"Rs*5000/Fsw","v":2.0833333333333333E-5},"H"]
["L_Vinmax",{"$f":"MIN(IF(VIN_max>Vout,B62,C62),O65)","v":9.7222222222222227E-6},"H",{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"},"Calculated inductance for 40% ripple at VIN(max)",null,null,null,null,null,"Lmax(0.5d boost)",{"$f":"Rs*25*Vout/Fsw","v":2.0833333333333334E-6},"H","Ltyp",{"$f":"Rs*625/Fsw","v":2.6041666666666666E-6},"H"]
[null,null,null,null,null,null,null,null,null,null,"Iinpeakmax",{"$f":"Vout/VIN_min*1.4*Iout","v":15.555555555555555},"A","Lminheadroom",{"$f":"Rs*10*Vout/Fsw","v":8.3333333333333333E-7},"H"]
["Lopt",{"$f":"O74","v":3.348214285714286E-6},"H","average of calculated inductances at VIN(min), VIN(max) and VIN(nom)",null,null,null,null,null,null,"Rsns_suggest",{"$f":"Buck_CS_threshold/L67","v":3.2142857142857147E-3},"W","LminSC",{"$f":"Rs*125/Fsw","v":5.2083333333333336E-7},"H"]
["Lmin",{"$f":"O64","v":8.3333333333333333E-7},"H"]
["Lmax",{"$f":"O65","v":2.0833333333333333E-5},"H",null,null,null,null,null,null,null,"L_avg",{"$f":"(MAX(MIN(AVERAGE(L64:L65),O65),O64))","v":6.0986111111111118E-6},"H"]
["Lopt_Limit",{"$f":"MAX(MIN(B68,B70),B69)","v":3.348214285714286E-6},"H",null,null,null,null,null,null,null,"L_min",{"$f":"(MAX(MIN(MIN(L64:L65),O65),O64))","v":2.475E-6},"H"]
["Lf",{"$f":"'Design Converter'!E18/1000000","v":3.0000000000000001E-6},"H",null,"Chosen inductance",null,null,null,2]
["Rdcr",{"$f":"'Design Converter'!E19/1000","v":5.7000000000000002E-3},"W",null,"Chosen inductor DCR",null,null,null,1,null,null,null,null,"Ltyp_sugguest",{"$f":"L68*625/Fsw","v":3.348214285714286E-6},"H"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Ltyp_sugguest_limit",{"$f":"MAX(O64,MIN(O65,O73))","v":3.348214285714286E-6},"H"]
["Don2",{"$f":"(Vout+Iout*(Rdcr+Rs))/(Vin+Iout*Rs)","v":1.251584699453552},null,null,null,null,null,null,2]
["Doff2",{"$f":"1-_Don2","v":-0.251584699453552},null,null,null,null,null,null,2]
[]
["Don_Vinmin_2",{"$f":"IF(VIN_min>Vout, (Vout+Iout*(Rdcr+Rs))/(VIN_min+Iout*Rs), (Vout-VIN_min+Iin_Vinmin*(Rdcr))/(Vout-Iin_Vinmin*Rs))","v":0.5541434846266472},{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},null,"Duty cycles adjusted for DCR and shunt voltage drops",null,null,null,2]
["Don_Vinnom_2",{"$f":"IF(VIN_nom>Vout, (Vout+Iout*(Rdcr+Rs))/(VIN_nom+Iout*Rs), (Vout-VIN_nom+Iin_Vinnom*(Rdcr))/(Vout-Iin_Vinnom*Rs))","v":0.20204115226337446},{"$f":"IF(VIN_nom>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},null,"need to include RDS(on) later",null,null,null,null,null,null,null,null,null,null,null,null,"LM51772"]
["Don_Vinmax_2",{"$f":"IF(VIN_max>Vout, (Vout+Iout*(Rdcr+Rs))/(VIN_max+Iout*Rs), (Vout-VIN_max+Iin_Vinmax*(Rdcr))/(Vout-Iin_Vinmax*Rs))","v":0.41741213225722468},{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"}]
[]
["Vripple1",{"$f":"'Design Converter'!E43/1000","v":0.15},"V",null,"Output voltage ripple spec(pk-pk)",null,null,null,1]
[]
["Iripple_Vinmin",{"$f":"IF(VIN_min>Vout, (VIN_min-Vout)*Don_Vinmin_2/(Fsw*Lf),VIN_min*Don_Vinmin_2/(Lf*Fsw))","v":2.7707174231332359},{"$f":"(VIN_min-Vout)*Don_Vinmin_2/(Fsw*Lf)","v":-3.3864324060517328},"A",{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},null,null,{"$f":"VIN_min*Don_Vinmin_2/(Lopt*Fsw)","v":2.4825628111273792}]
["Iripple_Vinnom",{"$f":"IF(VIN_nom>Vout, (VIN_nom-Vout)*Don_Vinnom_2/(Fsw*Lf),VIN_nom*Don_Vinnom_2/(Lf*Fsw))","v":1.7959213534522174},{"$f":"(VIN_nom-Vout)*Don_Vinnom_2/(Fsw*Lf)","v":-0.44898033836305434},"A",{"$f":"IF(VIN_nom>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"}]
["Iripple_Vinmax",{"$f":"IF(VIN_max>Vout, (VIN_max-Vout)*Don_Vinmax_2/(Fsw*Lf),VIN_max*Don_Vinmax_2/(Lf*Fsw))","v":6.4930776128901613},{"$f":"(VIN_max-Vout)*Don_Vinmax_2/(Fsw*Lf)","v":6.4930776128901613},"A",{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"}]
[]
[]
["Ishunt_rms_Vinmin",{"$f":"IF(VIN_min>Vout, SQRT(1-Don_Vinmin_2)*SQRT(Iout^2+(Iripple_Vinmin^2)/12), SQRT(Don_Vinmin_2)*SQRT(Iin_Vinmin^2+(Iripple_Vinmin^2)/12))","v":8.7268629705928493},"A",null,{"$f":"SQRT(1-Don_Vinmin_2)*SQRT(Iout^2+(Iripple_Vinmin^2)/12)","v":3.3810715678832999},{"$f":"SQRT(Don_Vinmin_2)*SQRT(Iout^2+(Iripple_Vinmin^2)/12)","v":3.7693626303955345}]
["Ishunt_rms_Vinnom",{"$f":"IF(VIN_nom>Vout, SQRT(1-Don_Vinnom_2)*SQRT(Iout^2+(Iripple_Vinnom^2)/12), SQRT(Don_Vinnom_2)*SQRT(Iin_Vinnom^2+(Iripple_Vinnom^2)/12))","v":2.9663378334135198},"A",null,{"$f":"SQRT(1-Don_Vinnom_2)*SQRT(Iout^2+(Iripple_Vinnom^2)/12)","v":4.4903724579224926},{"$f":"SQRT(Don_Vinnom_2)*SQRT(Iout^2+(Iripple_Vinnom^2)/12)","v":2.259498391556539}]
["Ishunt_rms_Vinmax",{"$f":"IF(VIN_max>Vout, SQRT(1-Don_Vinmax_2)*SQRT(Iout^2+(Iripple_Vinmax^2)/12), SQRT(Don_Vinmax_2)*SQRT(Iin_Vinmax^2+(Iripple_Vinmax^2)/12))","v":4.0757238413210422},"A",null,{"$f":"SQRT(1-Don_Vinmax_2)*SQRT(Iout^2+(Iripple_Vinmax^2)/12)","v":4.0757238413210422},{"$f":"SQRT(Don_Vinmax_2)*SQRT(Iout^2+(Iripple_Vinmax^2)/12)","v":3.4499004685940142}]
["Max shunt power loss at full load",{"$f":"MAX(B89,B91)^2*Rs","v":0.19039534326876162},"W",{"$f":"IF(B91>B89, \"BUCK\", \"BOOST\")","v":"BOOST"}]
[]
["Max inductor ripple current",{"$f":"MAX(B84:B86)","v":6.4930776128901613},"A"]
[null,null,null,null,null,"Ripple I","Iin"]
["% Ripple Current",{"$f":"IF(VIN_min>Vout, B84/Iout, B84/Iin_Vinmin)","v":0.23689633967789167},{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},null,null,{"$f":"B84","v":2.7707174231332359},{"$f":"Iin_Vinmin","v":11.695906432748538}]
[null,{"$f":"IF(VIN_nom>Vout, B85/Iout, B85/Iin_Vinnom)","v":0.272980045724737},{"$f":"IF(VIN_nom>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},null,null,{"$f":"B85","v":1.7959213534522174},{"$f":"Iin_Vinnom","v":6.5789473684210531}]
[null,{"$f":"IF(VIN_max>Vout, B86/Iout, B86/Iin_Vinmax)","v":1.2986155225780323},{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"},null,null,{"$f":"B86","v":6.4930776128901613},{"$f":"Iin_Vinmax","v":2.192982456140351}]
[]
["Temp",100]
["DCR at hot",{"$f":"Rdcr*(1+0.0039*(B100-25))","v":7.3672500000000005E-3},"W"]
[]
[]
["Step 3: Sense Resistors, Slope Comp, Current Limit"]
[]
["Ilimit_Margin",{"$f":"'Design Converter'!E30","v":20},"%",null,"Chosen OCP level - based on output current"]
[]
["Ipeak_inductor_Vinmin",{"$f":"IF(VIN_min>Vout, Iout/Efficiency+Iripple_Vinmin/2, Iin_Vinmin+Iripple_Vinmin/2)","v":13.081265144315156},"A",{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"}]
["Ipeak_inductor_Vinnom",{"$f":"IF(VIN_nom>Vout, Iout/Efficiency+Iripple_Vinnom/2,Iin_Vinnom+Iripple_Vinnom/2)","v":7.4769080451471615},"A",{"$f":"IF(VIN_nom>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"}]
["Ipeak_inductor_Vinmax",{"$f":"IF(VIN_max>Vout, Iout/Efficiency+Iripple_Vinmax/2,Iin_Vinmin+Iripple_Vinmax/2)","v":8.5096967011819231},"A",{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"}]
["Ipeak_inductor_buckboost",{"$f":"I_2","v":8.5939958516859623},"A","edge of buck-boost"]
["Ipeak_inductor_max",{"$f":"MAX(B108:B110)","v":13.081265144315156},"A","Max inductor of Boost and Buck"]
["Ipeak_inductor_max_margin",{"$f":"Ipeak_inductor_max*(1+Ilimit_Margin/100)","v":15.697518173178185},"A","with added margin"]
[]
["Buck CS threshold_min",4.4999999999999998E-2,"V"]
["Buck CS threshold",0.05,"V",null,"Pos and neg. is identical - otherwise take lower value"]
["Buck CS threshold_max",5.5E-2,"V",null,"Identical for Buck and Boost"]
[]
["Boost CS Threshold_min",4.4999999999999998E-2,"V"]
["Boost CS Threshold",0.05,"V",null,"Pos and neg. is identical - otherwise take lower value"]
["Boost CS Threshold_max",5.5E-2,"V",null,"Identical for Buck and Boost"]
[]
["Assume we'd like to achieve current limit particularly at VIN(min) and boost side of buck-boost region; accept inevitable variation over line thereafter"]
["Shunt required to get OCP at VIN(min)",{"$f":"IF(VIN_min>Vout,Buck_CS_threshold/B108, Boost_CS_Threshold/B108)/(1+Ilimit_Margin/100)","v":3.1852168889623137E-3},"W",{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"}]
["Shunt required to get OCP at VIN(nom)",{"$f":"IF(VIN_nom>Vout,Buck_CS_threshold/B109, Boost_CS_Threshold/B109)/(1+Ilimit_Margin/100)","v":5.5727135354714102E-3},"W",{"$f":"IF(VIN_nom>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"}]
["Shunt required to get OCP at VIN(max)",{"$f":"IF(VIN_max>Vout,Buck_CS_threshold/B110, Boost_CS_Threshold/B110)/(1+Ilimit_Margin/100)","v":4.8963750565727601E-3},"W",{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"}]
[]
[]
["Rs_ideal",{"$f":"MIN(B124:B126)","v":3.1852168889623137E-3},"W",null,"Ideal Rs for the required OCP -- based on 80mV or 160mV CL threshold"]
["Rs",{"$f":"'Design Converter'!E32/1000","v":2.5000000000000001E-3},"W",null,"Selected (starndard value) current limit sense resistor"]
["Rs_in_range",{"$f":"IF(AND(100<Rs/Lf,Rs/Lf<8000,Rs/Lf<(1*Fsw/(Vout*10))),1,0)","v":1}]
["BOOST current limit - peak",{"$f":"Boost_CS_Threshold_max/Rs","v":22},"A",null,"Peak inductor current limit in BOOST"]
["BUCK current limit - peak",{"$f":"Buck_CS_threshold_max/Rs","v":22},"A",null,"Peak inductor current limit in BUCK"]
[]
["Iout_OCP_Vinmin",{"$f":"IF(VIN_min>Vout,Buck_CS_threshold/Rs-Iripple_Vinmin/2, (Boost_CS_Threshold/Rs-Iripple_Vinmin/2)*(1-Don_Vinmin_2))","v":8.299459099785846},"A",{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},"Current limit setpoints (i.e. IOUT) after standard components are selected"]
["Iout_OCP_Vinnom",{"$f":"IF(VIN_nom>Vout,Buck_CS_threshold/Rs-Iripple_Vinnom/2, IF(VIN_nom<VIN_edgebuckboost,(Boost_CS_Threshold/Rs-Iripple_Vinnom/2)*(1-Don_Vinnom_2),(Buck_CS_threshold/Rs-Iripple_Vinnom/2)*(1-Don_Vinnom_2)))","v":15.242641287819344},"A",{"$f":"IF(VIN_nom>Vout,\"BUCK\",IF(VIN_nom<VIN_edgebuckboost,\"BOOST\",\"BUCK-BOOST\"))","v":"BUCK-BOOST"}]
["Iout_OCP_Vinmax",{"$f":"IF(VIN_max>Vout, Buck_CS_threshold/Rs-Iripple_Vinmax/2, (Boost_CS_Threshold/Rs-Iripple_Vinmax/2)*(1-Don_Vinmax_2))","v":16.753461193554919},"A",{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"}]
[null,null,null,null,null,null,null,null,null,null,"RMS current in Rs",null,"Power diss in Rs"]
[]
["ILpeak_OCP_Vinmin",{"$f":"IF(VIN_min>Vout, Buck_CS_threshold_max/Rs, Boost_CS_Threshold_max/Rs)","v":22},"A",{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},"Peak inductor currents in OCP",null,null,{"$f":"SQRT(Don_Vinmin_2)*SQRT(Iin_Vinmin^2+(Iripple_Vinmin^2)/12)","v":8.7268629705928493},null,null,{"$f":"IF(VIN_min>Vout, SQRT(1-Don_Vinmin_2)*SQRT(Iout_OCP_Vinmin^2+(Iripple_Vinmin^2)/12), SQRT(Don_Vinmin_2)*SQRT(Iin_Vinmin^2+(Iripple_Vinmin^2)/12))","v":8.7268629705928493},"A",{"$f":"K140^2*Rs","v":0.19039534326876162},"W"]
["ILpeak_OCP_Vinnom",{"$f":"IF(VIN_nom>Vout, Buck_CS_threshold_max/Rs, IF(VIN_nom<VIN_edgebuckboost, Boost_CS_Threshold_max/Rs, Buck_CS_threshold_max/Rs))","v":22},"A",{"$f":"IF(VIN_nom>Vout,\"BUCK\",IF(VIN_nom<VIN_edgebuckboost,\"BOOST\",\"BUCK-BOOST\"))","v":"BUCK-BOOST"},null,null,null,{"$f":"SQRT(1-Don_Vinnom_2)*SQRT(Iout_OCP_Vinnom^2+(Iripple_Vinnom^2)/12)","v":13.623902777642945},null,null,{"$f":"IF(VIN_nom>Vout, SQRT(1-Don_Vinnom_2)*SQRT(Iout_OCP_Vinnom^2+(Iripple_Vinnom^2)/12), SQRT(Don_Vinnom_2)*SQRT(Iin_Vinnom^2+(Iripple_Vinnom^2)/12))","v":2.9663378334135198},"A",{"$f":"K141^2*Rs","v":2.1997900354851035E-2},"W"]
["ILpeak_OCP_Vinmax",{"$f":"IF(VIN_max>Vout, Buck_CS_threshold_max/Rs, Boost_CS_Threshold_max/Rs)","v":22},"A",{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"},null,null,null,{"$f":"SQRT(1-Don_Vinmax_2)*SQRT(Iout_OCP_Vinmax^2+(Iripple_Vinmax^2)/12)","v":12.867272236726908},null,null,{"$f":"IF(VIN_max>Vout, SQRT(1-Don_Vinmax_2)*SQRT(Iout_OCP_Vinmax^2+(Iripple_Vinmax^2)/12), SQRT(Don_Vinmax_2)*SQRT(Iin_Vinmax^2+(Iripple_Vinmax^2)/12))","v":12.867272236726908},"A",{"$f":"K142^2*Rs","v":0.41391673703510778},"W"]
["Worst case peak inductor current",{"$f":"MAX(B140:B142)","v":22},"A"]
[]
["IL_peak_OCP",{"$f":"MAX(B140:B142)","v":22},"A",null,"Peak inductor current over the full input range"]
[]
["Rslope calc LM51772",{"$f":"Rs/Lf/Fsw*625","v":0.86805555555555558}]
["Rslope select LM51772",{"$f":"INDEX(P153:P168,MATCH(B147,P153:P168,1)+1)","v":0.875}]
["Rslope setting for CFG1 in LM51772",{"$f":"INDEX(O153:O168,MATCH(B147,P153:P168)+1)+1","v":7}]
["Rslope_equ_772",{"$f":"625*50000000/(Fsw*B148)","v":59523.809523809527},"W"]
["Islope_fixed",{"$f":"Isc_const","v":0},"A",null,null,null,null,null,null,null,"BUCK ","BOOST",null,null,"LM51772 Slope table"]
["Rslope",{"$f":"B150","v":59523.809523809527},"W",null,null,null,null,null,null,null,{"$f":"B153*(1-Don_Vinmin_2)/Fsw","v":0.10299285505124448},{"$f":"B153*Don_Vinmin_2/Fsw","v":0.12800714494875548},{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},null,"SEL_SLOPE","Factor"]
["SLOPE comp dv/dt = I_slope_total/Cslope",{"$f":"(ABS((VIN_min-Vout))*gm_slopecomp/Cslope + Islope_fixed)/(Rslope)","v":138599.99999999997},"V/s",null,"at VIN_min",null,null,null,null,null,{"$f":"B154*(1-Don_Vinnom_2)/Fsw","v":6.7028543209876543E-2},{"$f":"B154*Don_Vinnom_2/Fsw","v":1.6971456790123452E-2},{"$f":"IF(VIN_nom>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},null,0,{"$f":"0.125 + 0.125 *O153","v":0.125}]
["SLOPE comp dv/dt = I_slope_total/Cslope",{"$f":"(ABS((VIN_nom-Vout))*gm_slopecomp/Cslope + Islope_fixed)/(Rslope)","v":50400},"V/s",null,"at VIN_nom",null,null,null,null,null,{"$f":"B155*(1-Don_Vinmax_2)/Fsw","v":0.34256166623275192},{"$f":"B155*Don_Vinmax_2/Fsw","v":0.24543833376724811},{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"},null,1,{"$f":"0.125 + 0.125 *O154","v":0.25}]
["SLOPE comp dv/dt = I_slope_total/Cslope",{"$f":"(ABS((VIN_max-Vout))*gm_slopecomp/Cslope + Islope_fixed)/(Rslope)","v":352800},"V/s",null,"at VIN_max",null,null,null,null,null,null,null,null,null,2,{"$f":"0.125 + 0.125 *O155","v":0.375}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,3,0.5]
["DV_SLOPEcomp at Vinmin",{"$f":"IF(D157=\"BUCK\", K152,L152)","v":0.12800714494875548},"V",{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},"at VIN_min",null,null,null,null,null,null,null,null,null,4,0.625]
["DV_SLOPEcomp at Vinnom",{"$f":"IF(D158=\"BUCK\", K153,L153)","v":1.6971456790123452E-2},"V",{"$f":"IF(VIN_nom>Vout,\"BUCK\",IF(VIN_nom<VIN_edgebuckboost,\"BOOST\",\"BUCK-BOOST\"))","v":"BUCK-BOOST"},"at VIN_nom",null,null,null,null,null,null,null,null,null,5,0.75]
["DV_SLOPEcomp at Vinmax",{"$f":"IF(D159=\"BUCK\", K154,L154)","v":0.34256166623275192},"V",{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"},"at VIN_max",null,null,null,null,null,null,null,null,null,6,0.875]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,1]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,{"$f":" 1 + 4 *P153","v":1.5}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,9,{"$f":" 1 + 4 *P154","v":2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,10,2.5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,11,3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,12,3.5]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,13,4]
["Step 4: Output Capacitor",null,null,null,null,null,null,null,null,null,null,null,null,null,14,4.5]
["Icoutrms_VINmin",{"$f":"IF(D168=\"BUCK\", Iripple_Vinmin/SQRT(12), Iout*SQRT((Vout-VIN_min)/VIN_min))","v":5.5277079839256675},"A",{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},"Output Cap RMS current",null,null,null,null,null,null,null,null,null,15,5]
["Icoutrms_VINnom",{"$f":"IF(D169=\"BUCK\", Iripple_Vinnom/SQRT(12), Iout*SQRT((Vout-VIN_nom)/VIN_nom))","v":2.5},"A",{"$f":"IF(VIN_nom>Vout,\"BUCK\",IF(VIN_nom<VIN_edgebuckboost,\"BOOST\",\"BUCK-BOOST\"))","v":"BUCK-BOOST"}]
["Icoutrms_VINmax",{"$f":"IF(D170=\"BUCK\", Iripple_Vinmax/SQRT(12), Iout*SQRT((Vout-VIN_max)/VIN_max))","v":1.8743900538356337},"A",{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"}]
["Max Cout rms current",{"$f":"MAX(B168:B170)","v":5.5277079839256675},"A"]
[]
["Output Ripple Spec (pk-pk)",{"$f":"Vripple1*1000","v":150},"mV",null,"Vout ripple spec at Vin(nom)"]
[]
["Coutmin",{"$f":"IF(VIN_min>Vout, Iripple_Vinmin/(Fsw*8*Vripple1), Iout*Don_Vinmin_2/(Vripple1*Fsw))","v":3.0785749145924844E-5},"F",null,"Minimum Output Capacitnace",null,null,{"$f":"Vripple2","v":7.1178623718887266E-2},1,null,{"$f":"Coutmin","v":3.0785749145924844E-5}]
["Reported Coutmin",{"$f":"IF(Coutmin*1000000<H176, H176,Coutmin*1000000)","v":30.785749145924843},"uF",null,"Limit Min. output Cap",null,null,0.1,null,null,{"$f":"Coutmin*1000000","v":30.785749145924843}]
["Cout",{"$f":"'Design Converter'!E45/1000000","v":1E-4},"F",null,"Chosen Output Capacitance",null,null,null,1]
["Resrmax",{"$f":"IF(VIN_min>Vout, SQRT((Vripple1/Iripple_Vinmin)^2-(1/(Fsw*Cout*8))^2), (Vripple1-Iout*Don_Vinmin_2/(Fsw*Cout))/Iout)","v":2.0764275256222549E-2},"W",null,"Max ESR before ripple exceeds Vripple1",null,null,null,1]
[]
["Reported Cout ESR max",{"$f":"IF(OR(CoutEsrMax>0.3, CoutEsrMax<0, (ISERROR(CoutEsrMax))), \"N/A\", CoutEsrMax*1000)","v":20.76427525622255},"mΩ"]
["CoutEsr",{"$f":"'Design Converter'!E47/1000","v":5.0000000000000001E-3},"W",null,"Chosen ESR",null,null,null,1,null,{"$f":"ISERROR(CoutEsrMax)","v":false},{"$f":"ISERROR(B180)","v":false}]
["Vripple",{"$f":"IF(VIN_min>Vout, Iripple_Vinmax*SQRT(CoutEsr^2+(1/(8*Fsw*Cout))^2), CoutEsr*Iout+Iout*Don_Vinmin_2/(Fsw*Cout))","v":7.1178623718887266E-2},"Vp-p",null,null,null,null,null,null,null,null,{"$f":"OR(CoutEsrMax>0.3,CoutEsrMax<0)","v":false}]
[null,null,null,null,null,null,null,null,null,null,{"$f":"OR(TRUE, FALSE, TRUE)","v":true}]
["Step 5: Input Capacitor"]
[]
["Icinrms_VINmin",{"$f":"IF(D186=\"BUCK\", Iout*SQRT(Don_Vinmin_2*(1-Don_Vinmax_2)), Iripple_Vinmin/SQRT(12))","v":0.79983722504718002},"A",{"$f":"IF(VIN_min>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"},null,{"$f":"Iripple_Vinmin/SQRT(12)","v":0.79983722504718002},{"$f":"Iout*SQRT(Don_Vinmax_2*(1-Don_Vinmax_2))","v":2.4656603785887761},{"$f":"Iout*0.25","v":1.25}]
["Icinrms_VINnom",{"$f":"IF(D187=\"BUCK\", Iout*SQRT(Don_Vinnom_2*(1-Don_Vinnom_2)), Iripple_Vinnom/SQRT(12))","v":0.51843783842951741},"A",{"$f":"IF(VIN_nom>Vout,\"BUCK\",IF(VIN_nom<VIN_edgebuckboost,\"BOOST\",\"BUCK-BOOST\"))","v":"BUCK-BOOST"}]
["Icinrms_VINmiax",{"$f":"IF(D188=\"BUCK\", Iout*SQRT(Don_Vinmax_2*(1-Don_Vinmax_2)), Iripple_Vinmax/SQRT(12))","v":2.4656603785887761},"A",{"$f":"IF(VIN_max>Vout, \"BUCK\", \"BOOST\")","v":"BUCK"}]
["Max Cin rms current",{"$f":"MAX(B186:B188)","v":2.4656603785887761},"A","…report this"]
[]
["Vinripple1",{"$f":"'Design Converter'!E52/1000","v":0.18},"Vp-p","Input voltage ripple spec (pk-pk)"]
[]
["Cinmin_Vinmax",{"$f":"IF(VIN_max>Vout, Iout*Don_Vinmax_2*(1-Don_Vinmax_2)/(Vinripple1*Fsw), Iripple_Vinmax/(Fsw*8*Vinripple1))","v":1.1258298338041754E-5},"F","Calculate cap at Vinmax and 50% duty cycle (Vin = 2*Vout)",null,null,null,null,null,null,{"$f":"Iripple_Vinnom/(Fsw*8*Vinripple1)","v":2.0786126776067331E-6}]
["Cinmin_50%D",{"$f":"IF(VIN_max>Vout, Iout*0.5*(1-0.5)/(Vinripple1*Fsw), Iripple_Vinmax/(Fsw*8*Vinripple1))","v":1.1574074074074073E-5},null,"Buck 50% typically worst case"]
["Cinmin",{"$f":"IF(VIN_max<2*Vout, B193,B194)","v":1.1574074074074073E-5}]
["Reported Cinmin",{"$f":"IF(Cinmin*1000000<10, 10,Cinmin*1000000)","v":11.574074074074073},"uF","…report this"]
["Cin",{"$f":"'Design Converter'!E54/1000000","v":1E-4},"F","Input capacitance"]
["CinEsrMax_Vinmax",{"$f":"IF(VIN_max>Vout, -(Iout*Don_Vinmax_2*(1-Don_Vinmax_2)/(Cin*Fsw)-Vinripple1)/(Iout+Iripple_Vinmax/2), SQRT((Vinripple1/Iripple_Vinmax)^2-(1/(Fsw*Cin*8))^2))","v":1.9369952260054113E-2},"W"]
["CinEsrMax_50%D",{"$f":"IF(VIN_max>Vout, -(Iout*0.5*(1-0.5)/(Cin*Fsw)-Vinripple1)/(Iout+Iripple_Vinmax/2), SQRT((Vinripple1/Iripple_Vinmax)^2-(1/(Fsw*Cin*8))^2))","v":1.9301026818944935E-2},"W","Calculate ESR at Vinmax and 50% duty cycle (Vin = 2*Vout)"]
["CinEsrMax",{"$f":"IF(VIN_max<2*Vout, B198,B199)","v":1.9301026818944935E-2},"W"]
["Reported Cin ESR max",{"$f":"IF(OR(CinEsrMax>0.3, CinEsrMax<0), \"N/A\",CinEsrMax*1000)","v":19.301026818944933},"mΩ","…report this"]
["RCinEsr",{"$f":"'Design Converter'!E56/1000","v":2E-3},"W","Input capacitance series resistance (ESR)"]
[null,null,null,null,null,null,null,null,null,null,{"$f":"CinEsrMax","v":1.9301026818944935E-2}]
["Vinripple2_Vinmax",{"$f":"IF(VIN_max>Vout, Iout*Don_Vinmax_2*(1-Don_Vinmax_2)/(Cin*Fsw)+(Iout +Iripple_Vinmax/2)*RCinEsr, Iripple_Vinmax*SQRT(RCinEsr^2+(1/(8*Fsw*Cin))^2))","v":3.6758014621365312E-2},"Vp-p"]
["Vinripple2_50%D",{"$f":"IF(VIN_max>Vout, Iout*0.5*(1-0.5)/(Cin*Fsw)+(Iout +Iripple_Vinmax/2)*RCinEsr, Iripple_Vinmax*SQRT(RCinEsr^2+(1/(8*Fsw*Cin))^2))","v":3.7326410946223493E-2},"Vp-p","Calculate ripple at Vinmax and 50% duty cycle (Vin = 2*Vout)"]
["Vinripple2",{"$f":"IF(VIN_max<2*Vout, B204,B205)","v":3.7326410946223493E-2},"Vp-p","…report highest of these"]
[]
[null,{"$f":"Iout*Don_Vinmax_2*(1-Don_Vinmax_2)/(Cin*Fsw)","v":2.0264937008475155E-2},"Vp-p"]
[]
["Step 6a: Soft Start"]
["Tss",{"$f":"'Design Converter'!E62/1000","v":1.8E-3},"s","Soft-start time"]
["Iss",1.0000000000000001E-5,"A","Load cap current during soft start"]
["Css",{"$f":"Iss*Tss/Vref","v":1.8000000000000002E-8},"F"]
["Css_u",{"$f":"'Standard Value Calculator'!B4","v":1.7999999999999999E-8},"F"]
[]
["Step 6b: Other Components - UVLO, Dither, MODE"]
[]
["VINUVLO_ON",{"$f":"'Design Converter'!E65","v":8.8000000000000007},"V"]
["VINUVLO_OFF",{"$f":"'Design Converter'!E66","v":8},"V"]
["RUV1",{"$f":"1/Iuvlo1*(VINuvlo_on-Vuvlo_on*VINuvlo_off/Vuvlo_off)","v":31.638418079096137},"kΩ","RUV1_STD",{"$f":"'Standard Value Calculator'!R16","v":31.6},"kΩ",{"$f":"IF(Ruvlo1<0,\"N/A\",E220)","v":31.6},{"$f":"IF(Ruvlo1<0,\"N/A\",E220&\"kΩ\")","v":"31.6kΩ"}]
["RUV2",{"$f":"Ruvlo1/(VINuvlo_off/Vuvlo_off-1)","v":5.4740957966764574},"kΩ","RUV2_STD",{"$f":"'Standard Value Calculator'!R17","v":5.49},"kΩ",{"$f":"IF(G220=\"N/A\",\"N/A\",E221)","v":5.49},{"$f":"IF(H220=\"N/A\",\"N/A\",E221&\"kΩ\")","v":"5.49kΩ"}]
[]
["VINUVLO_ON_ACTUAL",{"$f":"(Iuvlo1+Vuvlo_on/RUV2_STD)*(RUV1_STD)+Vuvlo_on","v":8.7696182149362478}]
["VINUVLO_OFF_ACTUAL",{"$f":"Vuvlo_off*(RUV1_STD+RUV2_STD)/RUV2_STD","v":7.9719854280510027}]
[]
["Rising UVLO/EN Threshold",1.27,"V",1.23]
["Falling UVLO/EN Threshold",1.18,"V",1.22]
["Voltage Hysteresis",{"$f":"B226-B227","v":9.000000000000008E-2},"V"]
["Rising UVLO/EN Current",6.0000000000000001E-3,"mA"]
["Falling UVLO/EN Current",null,"mA"]
["UVLO/EN Current Hysteresis",null,"mA"]
[]
["RPG",20,"kΩ"]
["RSB",null,"W"]
["Rh",0,"W"]
["Rmode",null,"W","TBD","Tie to GND or VCC for DCM/CCM, respectively. Use 93.1k or 200k for hiccup in DCM, CCM, respectively."]
[]
[]
[]
[]
[]
[]
["Step 6c: Current Monitor / Current Limiter"]
["Monitor"]
["With Rcs",{"$f":"'CFG Setting'!J146","v":3},null,null,"Flag to show current sense is used"]
["With_CDC",{"$f":"'CFG Setting'!B159","v":1},null,null,"Flag to show CDC is used"]
["IMONLIM_select",{"$f":"'CFG Setting'!F145-1","v":2},null,null,"0:off / 1: ILIM (ext) / 2: ILIM (DAC)"]
["Imonitor,Max"]
["Required Constant Current Loop Setpoint",{"$f":"'Design Converter'!O53","v":5},"A"]
["Current Limit Threshold",50,"mV",null,"Restored to 50mV as ICTRL went away and the 25mV centering also went away."]
["Shunt Resistor in Output Leg",{"$f":"IF(IMONLIM_select>0,'Design Converter'!O56, 0)","v":10},"mΩ"]
["used Shunt Resistor in Output Leg",{"$f":"'Design Converter'!O56/1000","v":0.01},"Ω"]
["Ilimit",{"$f":"IF(IMONLIM_select=1,'Design Converter'!O53,'Design Converter'!O57)","v":5},"A",null,"Current limit with DAC"]
["g_m",{"$f":"DeviceParameter!B11","v":1E-3},"S",null,"g_m of Current monitor amplifier"]
["V_ILIM",{"$f":"'Design Converter'!#REF!","v":{"$error":"#REF!"}},"V",null,"max Voltage at IMONOUT"]
["RiLim",{"$f":"'Design Converter'!O57*1000","v":5000},"Ω",null,"Resistor to be connected to IMONOUT"]
["Limit iSet","."]
["IMONOUT Filter , CISET",{"$f":"'Design Converter'!O58*0.000000000001","v":2.2E-13},"F"]
["IMONOUT Filter , RISET",{"$f":"'Design Converter'!O57*1000","v":5000},"Ω"]
[]
[]
["gm_IL",{"$f":"IF(IMONLIM_select=1,gm_IL,gm_IL_DAC)","v":5.0000000000000001E-4},"S","Error Amp Transconductance"]
["GBW_IL",2,"MHz","EA gain-bandwidth product"]
["Cbw_IL",{"$f":"gm_IL/(2*Pi*GBW_IL*1000000)","v":7.9577471545947675E-11},"F","EA effective bandwidth limiting capacitance = gm/(2*Pi*GBW)"]
["RoEA_IL",20000000,"W","EA output resistance"]
["Ilimit DAC"]
["Co2",{"$f":"5/(2*PI()*'Stability Calculations'!R4*1000*Rout)","v":1.2992664502669094E-5},"F","from Joergs calculation",null,{"$f":"'Standard Value Calculator'!M4","v":1.2E-5},"F"]
["f_p",{"$f":"1/(2*PI()*Rshunt/1000*Co2_)","v":1224960},"HZ"]
["f_bwilim",{"$f":"f_p*10^-0.25","v":688845.62970517005},"HZ"]
["C_limitcomp",{"$f":"gm_IL/(2*PI()*f_bwilim)","v":2.3104587766640052E-10},"F"]
["C_limitcomp_STD",{"$f":"'Standard Value Calculator'!R19","v":2.1999999999999999E-10},"F"]
["C_ILimit_HF",{"$f":"1/(2*PI()*RiLim*Fsw/2)","v":1.061032953945969E-10},"F"]
["C_ILimit_HF_STD",{"$f":"'Standard Value Calculator'!R36","v":1E-10},"F"]
["IL_CompMode",1,null,"1: C only","calc","STD value",null,"Approach:"]
["RcIL",{"$f":"'Design Converter'!N90*1000","v":34000},"Ω",null,{"$f":"VLOOKUP('Stability Calculations'!R4*1000/5,'Stability Calculations'!B13:AI613,32)/gm_IL_DAC","v":54007.048253271547},{"$f":"'Standard Value Calculator'!R31","v":53600},"Ω","fc,IL= 1/5 * Fbw,VoltageLoop"]
["Cc1IL",{"$f":"'Design Converter'!N91*0.000000001","v":4.7000000000000004E-8},"F",null,{"$f":"1/(2*PI()*Fp_dominant/10*E275)","v":3.7032203475013045E-8},{"$f":"'Standard Value Calculator'!R32","v":3.8999999999999998E-8},"F","Fz,IL:  1 Decade under Fload"]
["Cc2IL",{"$f":"'Design Converter'!N92*0.000000000001","v":2.1999999999999998E-9},"F",null,{"$f":"1/(2*PI()*Fz1_u*E275)","v":1.8516101737506527E-7},{"$f":"'Standard Value Calculator'!R33","v":1.8E-7},"F","Fp,IL = Fz_ea"]
["Ilimit DAC Filter , CcIL",{"$f":"'Design Converter'!O58*0.000000001","v":2.2000000000000002E-10},"F"]
[]
["Step 7: Compensation"]
["Pi",{"$f":"PI()","v":3.1415926535897931},null,"p"]
["CS Amp Gain",10]
["Ri",{"$f":"Rs*CSAmp_gain","v":2.5000000000000001E-2},"W","Current Sense effective resistance = shunt resistor Rs * CS amp gain"]
["gm",5.9999999999999995E-4,"S","Error Amp Transconductance"]
["Cslope",2.4999999999999998E-12,null,"Internal Slope Compensation Capacitor"]
["gm_slopecomp",{"$f":"0.00000002*125000*0.75","v":1.8749999999999999E-3},"S","adaptive slope comp gm amplifier transconductance"]
["Isc_const",0,"A","slope comp constant current source"]
[]
["Se_fixed",{"$f":"Isc_const/(Cslope)","v":0},"V/s"]
["Se_proportional",{"$f":"(ABS((Vin-Vout))*gm_slopecomp)/(Cslope*Rslope)","v":50400},"V/s"]
["Se",{"$f":"Se_fixed+Se_proportional","v":50400},"V/s","Slope comp slope - internal"]
[]
["V_sc_fixed",{"$f":"Se_fixed/Fsw","v":0},"V/s","Fixed slope comp amplitude over full period"]
["V_sc_proportional",{"$f":"Se_proportional/Fsw","v":8.4000000000000005E-2},"V/s","Proportional slope comp amplitude over full period"]
["V_sc_total",{"$f":"Se/Fsw","v":8.4000000000000005E-2},"V/s","Total slope comp amplitude over full period"]
["K_SL",{"$f":"gm_slopecomp/(Cslope*Fsw)","v":1250},null,"Proportional slope comp factor, where Vslope= Abs(Vin-Vout)*KSL"]
[null,null,null,"KSL = gm/(Cslope*Fsw)"]
[]
["Se_ext",{"$f":"(ABS((Vin-Vout))*gm_slopecomp+Isc_const)/(Cslope*Rslope*Ri)","v":2016000},"A/s","Slope Comp Slope - referred to inductor current"]
["Sn",{"$f":"IF(VIN_nom>Vout, (Vin-Vout)/Lf, Vin/Lf)","v":5333333.333333333},"A/s","On-time Slope"]
["Sf",{"$f":"IF(VIN_nom>Vout, Vout/Lf, (Vout-Vin)/Lf)","v":1333333.3333333333},"A/s","Off-time Slope"]
[]
["Se_int",{"$f":"Se/1000","v":50.4},"mV/μs","Slope Comp Slope - referred to IC"]
["Sn_int",{"$f":"Sn*Ri/1000","v":133.33333333333334},"mV/μs","etc"]
["Sf_int",{"$f":"Sf*Ri/1000","v":33.333333333333336},"mV/μs","etc"]
[]
["Toff_Vinmax",{"$f":"(1-Don_Vinmax_2)/Fsw","v":9.709797795712923E-7},"sec"]
[]
["Ton_Vinmin",{"$f":"IF(VIN_min>Vout, (1-Don_Vinmin_2)/Fsw, Don_Vinmin_2/Fsw)","v":9.2357247437774528E-7},"sec"]
[]
["COMP min voltage",{"$f":"1.6+5*Rs*(-Iripple_Vinmax/2)-(gm_slopecomp*(VIN_max-Vout)+Isc_const)/(Cslope*Rslope)*Toff_Vinmax","v":1.2168565986866846},"V","BUCK",null,{"$f":"1.6+5*Rs*(Iripple_Vinmax/2)+(gm_slopecomp*(Vout-VIN_max)+Isc_const)/(Cslope*Rslope)*Don_Vinmax_2/Fsw","v":1.3951434013133155},"BOOST"]
["COMP max voltage",{"$f":"1.6+5*Rs*(Iin_Vinmin+Iripple_Vinmin/2)+(gm_slopecomp*(Vout-VIN_min)+Isc_const)/(Cslope*Rslope)*Ton_Vinmin","v":1.891522959252695},"V","BOOST",null,{"$f":"1.6+5*Rs*(-Iripple_Vinmin/2)-(gm_slopecomp*(VIN_min-Vout)+Isc_const)/(Cslope*Rslope)*(1-Don_Vinmin_2)/Fsw","v":1.6856758711566617},"BUCK"]
[]
[null,{"$f":"IF(VIN_max>Vout, B311,F311)","v":1.2168565986866846}]
[null,{"$f":"IF(VIN_min<Vout, B312,F312)","v":1.891522959252695}]
[]
[]
["mc_buck",{"$f":"1+Se_ext/Sf","v":2.512},null,"mc = 1 + Se/Sf for valley current-mode buck"]
["k_buck",{"$f":"mc_buck*Don_Vinnom_2","v":0.50752737448559671},null,"mc*D"]
["mc_boost",{"$f":"1+Se_ext/Sn","v":1.3780000000000001},null,"mc = 1 + Se/Sn for peak current-mode boost"]
["k_boost",{"$f":"mc_boost*(1-Don_Vinnom_2)","v":1.0995872921810701},null,"mc*(1-D)"]
[]
["mc",{"$f":"IF(VIN_nom>Vout, mc_buck, mc_boost)","v":1.3780000000000001}]
["k",{"$f":"IF(VIN_nom>Vout, k_buck, k_boost)","v":1.0995872921810701}]
["Q",{"$f":"1/Pi/(k-0.5)","v":0.53088164198060406},null,"1/(Pi*(k-0.5))",null,"Q = 2/Pi = 0.636 gives ideal one-cycle damping"]
[]
["KM",{"$f":"1/((0.5-Don_Vinnom_2)*Ri/(Fsw*Lf)+V_sc_fixed/Vout+K_SL*Don_Vinnom_2)","v":3.9595244950003773E-3}]
["K_1",{"$f":"0.5*Ri/(Lf*Fsw)*Don_Vinnom_2*(1-Don_Vinnom_2)+K_SL*Don_Vinnom_2^2","v":51.026903596869623}]
["KD",{"$f":"1+Ro/Rout+Rout*(1-Don_Vinnom_2)^2/Ri*(1/KM+K_1/(1-Don_Vinnom_2))","v":32246.669556623892}]
[]
["Error Amp (EA)"]
["GBW",13,"MHz","EA gain-bandwidth product"]
["Cbw",{"$f":"gm/(2*Pi*GBW*1000000)","v":7.3456127580874771E-12},"F","EA effective bandwidth limiting capacitance = gm/(2*Pi*GBW)"]
["RoEA",10000000,"W","EA output resistance"]
["EA Gain",{"$f":"gm*RoEA","v":5999.9999999999991}]
["EA Gain (dB)",{"$f":"20*LOG(B335)","v":75.563025007672863},"dB"]
["AEA",{"$f":"gm*RoEA","v":5999.9999999999991},"V/V","EA DC gain = gm*RoEA"]
["Afb",{"$f":"Vref/Vout","v":0.05},"V/V","Feedback gain from Vout to FB"]
["Acs",{"$f":"1/Ri","v":40},null,"Acs = 1/Ri",null,null,null,null,null,null,null,{"$f":"Ri","v":2.5000000000000001E-2}]
["Am_buck",{"$f":"Ro/Ri*1/((1+Ro*(k-0.5)/(Fsw*Lf)))","v":68.598391516709484},null,"Buck modulator gain",null,null,null,null,null,"=Ro/Ri*1/((1+Ro*(k-0.5)/(Fsw*Lf)))"]
["Am_boost",{"$f":"Rout*(1-Don_Vinnom_2)/(2*Ri)","v":63.836707818930037},null,"Boost modulator gain -- need to adjust for adaptive slope comp",null,null,null,null,null,"=Ro*(1-Don_Vinnom_2)/(Ri*KD)"]
["Am",{"$f":"IF(VIN_nom>Vout, Am_buck, Am_boost)","v":63.836707818930037},null,"Take the buck or boost parameter as appropriate"]
[]
["scaling factor to calculate Rcomp - buck",{"$f":"2*Pi*Ri/gm","v":261.79938779914943},null,"2*Pi*Ri/gm -- scaling factor to calculate Rcomp given desired buck crossover frequency"]
["scaling factor to calculate Rcomp - boost",{"$f":"2*Pi*Ri/gm","v":261.79938779914943},null,"2*Pi*Ri/gm -- scaling factor to calculate Rcomp given desired boost crossover frequency"]
["DC Gain is Adc = AEA*Afb*Am"]
[]
["Ro",{"$f":"Rout","v":4},"W","Output Resistance"]
["Rout",{"$f":"Rout","v":4},"W","Output Resistance"]
[]
["Fp_load_buck",{"$f":"1/(2*Pi*Ro*Cout)","v":397.88735772973837},"Hz","Buck dominant pole frequency -- note slope comp influence",null,null,null,null,null,"=1/(2*Pi*Ro*Cout)+(k-0.5)/(2*Pi*Fsw*Lf*Cout)",{"$f":"1/(2*Pi*Ro*Cout)+(k-0.5)/(2*Pi*Fsw*Lf*Cout)","v":928.03892087252632},{"$f":"(1-Don_Vinnom_2)/(2*Pi*SQRT(Lf*Cout))","v":7332.2961685779956}]
["Fp_load_boost",{"$f":"2/(2*Pi*Ro*Cout)","v":795.77471545947674},"Hz","Boost dominant pole frequency -- need to add slope comp component"]
["Fp_dominant",{"$f":"IF(VIN_nom>Vout, Fload_buck,Fload_boost)","v":795.77471545947674},"Hz","removing the factor of 2 does make if fit much better to simplis - why?"]
[]
["Fp_EA",{"$f":"1/(2*Pi*(RoEA+Rcea1_u)*Cc1ea_u)","v":0.157579151576134},"Hz","Error Amp LF pole -- related to amplifier ouptut resistance and comp cap"]
["Fp_HF",{"$f":"1/(2*Pi*Rcea1_u*(Cc2ea_u+Cbw))","v":1579.9437757626504},"Hz","Error Amp HF pole cancels zero related to Output Cap ESR",null,null,null,null,null,null,{"$f":"Fcross","v":13000}]
["Fesr",{"$f":"1/(2*Pi*Cout*CoutEsr)","v":318309.88618379069},"Hz","Cout ESR zero frequency"]
["Frhp",{"$f":"(1-Don_Vinnom_2)^2*Ro/(2*Pi*Lf)","v":135120.06868099922},"Hz","Boost RHP zero frequency (if applicable)",null,null,null,"uses Vin(nom)!!"]
["Frhp_Vinmin",{"$f":"(1-Don_Vinmin_2)^2*Ro/(2*Pi*Lf)","v":42184.130624259502},"Hz","Boost RHP zero frequency (if applicable)",null,null,null,"uses Vin(min)!!"]
["F_mod",{"$f":"Fsw/2","v":300000},"Hz","zero-order sample and hold effects of current-mode control modeled as pole at Fsw/2"]
[]
[]
[]
[]
["Desired Crossover Frequency",{"$f":"'Design Converter'!E76*1000","v":13000},"Hz",null,{"$f":"PS_RHPZ","v":{"$error":"#NAME?"}}]
["Rcea1",{"$f":"IF(VIN_nom>Vout, Fcross*Cout*2*Pi*Ri/(gm*Afb), Fcross*Cout*2*Pi*Ri/(gm*Afb*(1-Don_Vinnom_2)*SQRT(1+(Fcross/'Stability Calculations'!PS_RHPZ)^2)))","v":8491.0363810716717},"W","This component will largely determine the crossover frequency",null,null,null,null,1,null,{"$f":"Fcross*Cout*2*Pi*Ri/(gm*Afb*(1-Don_Vinnom_2))","v":8530.2445133417896},"W"]
["Cc1ea",{"$f":"1/(Rcea1*(1.5*Fp_dominant)*2*Pi)","v":1.5702833829632589E-8},"F","Vijay Edit. Changed from Fcross/2 to 1.5x of Fp_dominant",null,null,null,null,1]
["Cc2ea",{"$f":"1/((Rcea1*2*Pi*B369))-Cbw","v":1.3683805788825852E-10},"F","This along with Rcea1 places a pole at the output cap ESR zero",null,null,null,null,1]
[null,{"$f":"MAX(Fcross*7,Fcross*10)","v":130000},null,"Cc2 calculation updated to place at 5-10x the crossover. Vijay 10/7/2016",null,null,null,null,1]
["Chosen Compensation Components from the standard value sheet"]
["Rcea1_u",{"$f":"'Design Converter'!E90*1000","v":100000},"W",null,null,null,null,null,2]
["Cc1ea_u",{"$f":"'Design Converter'!E91*0.000000001","v":1.0000000000000001E-7},"F",null,null,null,null,null,2]
["Cc2ea_u",{"$f":"'Design Converter'!E92*0.000000000001","v":1.0000000000000001E-9},"F",null,null,null,null,null,2]
[]
[null,null,null,null,null,null,null,null,2]
[]
["Resulting Pole/Zero Locations",null,null,{"$f":"Cout","v":1E-4},{"$f":"CoutEsr","v":5.0000000000000001E-3}]
["Fz1",{"$f":"1/(2*Pi*Rcea1_u*Cc1ea_u)","v":15.915494309189533},"Hz","This zero is set at or close to the dominant load pole"]
["Fp1",{"$f":"1/(2*Pi*Rcea1_u*(Cc1ea_u*(Cc2ea_u+Cbw)/(Cc1ea_u+Cc2ea_u+Cbw)))","v":1595.85927007184},"Hz","This pole cancels the zero from the Output Cap ESR"]
[]
["Rfb1",{"$f":"IF(Internal_FB_enabled=2,100000,'Design Converter'!E78*1000)","v":82000},"W","Upper Feedback Resistance - chosen by user",null,null,null,null,1]
["Rfb2",{"$f":"IF(Internal_FB_enabled=2,Rfb1_/(20-1),Vref*B381/((Vout-Vref)))","v":4315.7894736842109},"W","Lower Feedback Resistance"]
["Rfb2_u",{"$f":"IF(Internal_FB_enabled=2,Rfb1_/(20-1),'Standard Value Calculator'!R10)","v":4320},"W","Std Value Lower Feedback Resistance"]
["Rfb2_max",{"$f":"Vref/(100*Ifb)","v":166666.66666666669},"W","Max value for Rfb2"]
[]
["Other Input Variables"]
["Rfets",0,"W","Series resistance due to FETs",null,null,null,{"$f":"_Don2*RdsonTop+Doff2*RdsonBot+B391*Vin^2*Fsw/2/(((Iripple1/SQRT(3))^2))","v":{"$error":"#NAME?"}}]
["Diode loss eq res",{"$f":"0.00000002*Fsw*0.6*4/Iripple1","v":{"$error":"#NAME?"}}]
["Fet loss eq res",{"$f":"_Don2*RdsonTop+Doff2*RdsonBot","v":{"$error":"#NAME?"}}]
["cap loss eq res",{"$f":"B391*Vin^2*Fsw/2/(((Iripple1/SQRT(3))^2))","v":{"$error":"#NAME?"}}]
["Sw cap",5.0000000000000001E-9]
[]
["Step 8: Efficiency"]
[]
["Design"]
["Ta",25,"°C","Ambient Temperature"]
["Components"]
["LTc",{"$f":"4000/1000000","v":4.0000000000000001E-3},"%/°C","Inductor DCR Temp Co"]
["θCA",20,"°C/W","Inductor Core to Ambient Thermal Resistance"]
["RCinEsr",{"$f":"RCinEsr","v":2E-3},"W","Input Capacitor ESR"]
["Part Characteristics"]
["Vcc",{"$f":"7.5","v":7.5},"V","with 85mA current limit"]
["Top Driver"]
["RdsonDRT",1.5,"W","Drain-Source Resistance of Pullup High-side FET Driver"]
["RdsonDRT2",1,"W","Drain-Source Resistance of Pulldown High-side FET Driver"]
["Bottom Driver"]
["RdsonDRB",1.5,"W","Drain-Source Resistance of Pullup Low-side FET Driver"]
["RdsonDRB2",1,"W","Drain-Source Resistance of Pulldown Low-side FET Driver"]
["Scale_DT",{"$f":"OR(Device=\"LM51772-Q1\",'CFG Setting'!F116<>0)","v":false}]
["Const_DT",{"$f":"'CFG Setting'!E116<>0","v":false}]
["Deadtime",null,null,null,null,null,null,null,null,null,"deadtime linear approx"]
["Deadtime",{"$f":"N414*0.000000001","v":4.0095238095238094E-8},"s","Total Deadtime",null,null,"50ns for LM5177",null,null,null,100,{"$f":"IF(Scale_DT,23,42)","v":42},"m",{"$f":"(L413-L412)/(K413-K412)","v":-3.8095238095238095E-3}]
["IQ",null,null,null,null,null,null,null,null,null,2200,{"$f":"L412-8","v":34},"t",{"$f":"L412-(N412*K412)","v":42.38095238095238}]
["IQ ",3.0000000000000001E-3,"A","Quiescent Current of LM5177 Controller (Not Switching!)",null,null,null,null,null,null,null,null,null,{"$f":"IF(Const_DT,L412,N412*Fsw/1000+N413)","v":40.095238095238095}]
[]
["High- & low-side buck MOSFETs","Q1: high-side",null,"Q2: low-side"]
["Rdson",{"$f":"'Design Converter'!E99/1000","v":4.2000000000000006E-3},"W",{"$f":"'Design Converter'!F99/1000","v":4.2000000000000006E-3},"W","Drain-Source Resistances of Buck FETs"]
["RdsonTopTc",{"$f":"4000/1000000","v":4.0000000000000001E-3},"%/°C",null,null,"Drain-Source Resistance Temp Co"]
["Qg",{"$f":"'Design Converter'!E100/1000000000","v":2.7E-8},"C",{"$f":"'Design Converter'!F100/1000000000","v":2.7E-8},"C","Gate Charge at VCC = 7.5V"]
["Qgd",{"$f":"'Design Converter'!E101/1000000000","v":6.2000000000000001E-9},"C",{"$f":"'Design Converter'!F101/1000000000","v":6.2000000000000001E-9},"C","Gate to Drain Charge"]
["Qgs",{"$f":"'Design Converter'!E102/1000000000","v":6.2000000000000001E-9},"C",{"$f":"'Design Converter'!F102/1000000000","v":6.2000000000000001E-9},"C"]
["Rgate",{"$f":"'Design Converter'!E103","v":4.7},"W",{"$f":"'Design Converter'!F103","v":4.7},"W","Gate Resistance"]
["Gfs",{"$f":"'Design Converter'!E104","v":80},"S",{"$f":"'Design Converter'!F104","v":80},"S","Transconductance of Buck FETs"]
["Vth",{"$f":"'Design Converter'!E105","v":2.2999999999999998},"V",{"$f":"'Design Converter'!F105","v":2.2999999999999998},"V","Threshold Voltage of Buck FETs"]
["Vsp",{"$f":"Vth_Q1+Iout/Gfs_Q1","v":2.3624999999999998},"V",{"$f":"Vth_Q2+Iout/Gfs_Q2","v":2.3624999999999998},"V","Switch Point Voltage of Buck FETs"]
[]
["Vsd - Buck",{"$f":"'Design Converter'!E106","v":1},"V",{"$f":"'Design Converter'!F106","v":1},"V","Diode Forward Voltage of MOSFET Body diode"]
["QrrTop",{"$f":"'Design Converter'!E107/1000000000","v":0},"C",{"$f":"'Design Converter'!F107/1000000000","v":2E-8},"C","Reverse Recovery Charge of Body Diode"]
["TrrTop",4.0000000000000001E-8,"s",4.0000000000000001E-8,"s","Reverse Recovery Time of Body Diode"]
["θJA-MOSFET",{"$f":"'Design Converter'!E108","v":60},"°C/W",{"$f":"'Design Converter'!F108","v":60},"°C/W","Junction to Ambient Resistance"]
[]
[]
["High- & low-side boost MOSFETs","Q3: high-side",null,"Q4: low-side"]
["Rdson",{"$f":"'Design Converter'!E112/1000","v":4.2000000000000006E-3},"W",{"$f":"'Design Converter'!F112/1000","v":4.2000000000000006E-3},"W","Drain-Source Resistances of Boost FETs"]
["RdsonBotTc",{"$f":"4000/1000000","v":4.0000000000000001E-3},"%/°C",null,null,"Drain-Source Resistance Temp Co"]
["Qg",{"$f":"'Design Converter'!E113/1000000000","v":2.7E-8},"C",{"$f":"'Design Converter'!F113/1000000000","v":2.7E-8},"C","Gate Charge Of Boost FETs"]
["Qgd",{"$f":"'Design Converter'!E114/1000000000","v":6.2000000000000001E-9},"C",{"$f":"'Design Converter'!F114/1000000000","v":6.2000000000000001E-9},"C","Gate to Drain Charge"]
["Qgs",{"$f":"'Design Converter'!E115/1000000000","v":6.2000000000000001E-9},"C",{"$f":"'Design Converter'!F115/1000000000","v":6.2000000000000001E-9},"C"]
["Rgate",{"$f":"'Design Converter'!E116","v":4.7},"W",{"$f":"'Design Converter'!F116","v":4.7},"W","Gate Resistance"]
["Gfs",{"$f":"'Design Converter'!E117","v":80},"S",{"$f":"'Design Converter'!F117","v":80},"S","Transconductance of Boost FETs"]
["Vth",{"$f":"'Design Converter'!E118","v":2.2999999999999998},"V",{"$f":"'Design Converter'!F118","v":2.2999999999999998},"V","Threshold Voltage Boost FETs"]
["Vsp",{"$f":"Vth_Q3+Iin_Vinnom/Gfs_Q3","v":2.3822368421052631},"V",{"$f":"Vth_Q4+Iin_Vinnom/Gfs_Q4","v":2.3822368421052631},"V","Switch Point Voltage of Boost FETs"]
[]
["VsdBot - Boost",{"$f":"'Design Converter'!E119","v":1},"V",{"$f":"'Design Converter'!F119","v":1},"V","Diode Forward Voltage of Low-side FET Body Diode"]
["QrrBot",{"$f":"'Design Converter'!E120/1000000000","v":2E-8},"C",{"$f":"'Design Converter'!F120/1000000000","v":0},"C","Reverse Recovery Charge of Body Diode"]
["TrrBot",4.0000000000000001E-8,"s",4.0000000000000001E-8,"s","Reverse Recovery Time of Body Diode"]
["θJA",{"$f":"'Design Converter'!E121","v":60},"°C/W",{"$f":"'Design Converter'!F121","v":60},"°C/W","Junction to Ambient Resistance"]
[]
["Anti-parallel Schottky Diode (optional)","Buck lo-side",null,"Boost hi-side"]
["VfdSky",{"$f":"'Design Converter'!E124","v":0},"V",{"$f":"'Design Converter'!F124","v":0},"V","Diode Forward Voltage"]
["QrrSky",{"$f":"'Design Converter'!E125/1000000000","v":0},"C",{"$f":"'Design Converter'!F125/1000000000","v":0},"C","Diode Reverse Recovery Charge"]
["Ireverse",0,"A",0,"A","Reverse Leakage Current"]
[]
["Controller"]
["θJACtrl",30.5,"°C/W",null,null,"Junction-to-ambient thermal resistance of controller"]
["Outputs"]
["Top FET"]
["Tr",{"$f":"(Qgd_Q1+Qgs_Q1/2)*(RdsonDRT+Rgate1)/(Vdd-Vsp_Q1)","v":1.1223357664233578E-8},"s",{"$f":"(Qgd_Q4+Qgs_Q4/2)*(RdsonDRT+Rgate4)/(Vdd-Vsp_Q4)","v":1.1266640956421135E-8},"s"]
["Tf",{"$f":"(Qgd_Q1+Qgs_Q1/2)*(RdsonDRT2+Rgate1)/(Vsp_Q1)","v":2.243809523809524E-8},"s",{"$f":"(Qgd_Q4+Qgs_Q4/2)*(RdsonDRT2+Rgate4)/(Vsp_Q4)","v":2.2252195526097764E-8},"s"]
[]
["IC Power Disipation","Value","Units"]
["Power Dis",{"$f":"#REF!","v":{"$error":"#REF!"}},"W"]
["Temp rise",{"$f":"B462*ThetaJaCtrl","v":{"$error":"#REF!"}},"°C"]
["Current (switching)",{"$f":"(Qg_Q1+Qg_Q2)*Fsw+Iq","v":3.5400000000000001E-2},"A"]
["Qrr Current",{"$f":"Qrr_Q2*Fsw","v":1.2E-2},"A"]
["Diode Current",{"$f":"C466/Vin","v":{"$error":"#NAME?"}},{"$f":"Deadtime*Fsw*(Ipp/2)*(Vsd_Q1+Vsd_Q2)","v":{"$error":"#NAME?"}}]
["Total Application Switching IQ",{"$f":"SUM(B464:B466)","v":{"$error":"#NAME?"}},"A"]
[]
["Low-side MOSFET/Diode"]
["Part Power"]
["Power Dis"]
[]
["SCHEMATIC LABELS"]
[{"$f":"\"RC1 = \"&'Design Converter'!E90&\"kΩ\"","v":"RC1 = 100kΩ"},{"$f":"'Design Converter'!E90&\"kΩ\"","v":"100kΩ"}]
[{"$f":"\"RUV1 = \"&'Design Converter'!E67&\"kΩ\"","v":"RUV1 = 31.6kΩ"},{"$f":"'Design Converter'!E67&\"kΩ\"","v":"31.6kΩ"}]
[{"$f":"\"RUV2 = \"&'Design Converter'!E68&\"kΩ\"","v":"RUV2 = 5.49kΩ"},{"$f":"'Design Converter'!E68&\"kΩ\"","v":"5.49kΩ"}]
[{"$f":"\"LF = \"&'Design Converter'!E18&\"µH\"","v":"LF = 3µH"},{"$f":"'Design Converter'!E18&\"µH\"","v":"3µH"}]
[{"$f":"\"Rdcr = \"&Rdcr*1000&\"mΩ\"","v":"Rdcr = 5.7mΩ"},{"$f":"Rdcr*1000&\"mΩ\"","v":"5.7mΩ"}]
[{"$f":"\"Rs = \"&'Design Converter'!E32&\"mΩ\"","v":"Rs = 2.5mΩ"},{"$f":"'Design Converter'!E32&\"mΩ\"","v":"2.5mΩ"}]
[{"$f":"\"Rshunt = \"&ROUND('Design Converter'!#REF!,1)&\"mΩ\"","v":{"$error":"#REF!"}},{"$f":"ROUND('Design Converter'!#REF!,1)&\"mΩ\"","v":{"$error":"#REF!"}}]
[]
[{"$f":"\"VOUT = \"&'Design Converter'!E10&\"V\"","v":"VOUT = 20V"},{"$f":"'Design Converter'!E10&\"V\"","v":"20V"}]
[]
[{"$f":"\"COUT = \"&'Design Converter'!$E$45&\"µF\"","v":"COUT = 100µF"},{"$f":"'Design Converter'!$E$45&\"µF\"","v":"100µF"}]
["Capacitance per component (Cout)",{"$f":"\"22µF\"","v":"22µF"}]
["# of output caps",{"$f":"ROUNDUP(Cout*1000000/22,0)&\" x\"","v":"5 x"}]
[]
["CIN",{"$f":"Cin*1000000&\"µF\"","v":"100µF"}]
["Capacitance per component (Cin)",{"$f":"\"10µF\"","v":"10µF"}]
["# of input caps",{"$f":"ROUNDUP(Cin*1000000/10,0)&\" x\"","v":"10 x"}]
[]
[{"$f":"\"RC1 = \"&Rcea1_u/1000&\"kΩ\"","v":"RC1 = 100kΩ"},{"$f":"ROUND(Rcea1_u/1000,2)&\"kΩ\"","v":"100kΩ"}]
[{"$f":"\"CC1 = \"&Cc1ea_u*10^9&\"nF\"","v":"CC1 = 100nF"},{"$f":"Cc1ea_u*10^9&\"nF\"","v":"100nF"}]
[{"$f":"\"CC2 = \"&IF(Cc2ea_u>0, Cc2ea_u*10^12&\"pF\", \"OPEN\")","v":"CC2 = 1000pF"},{"$f":"IF(Cc2ea_u>0, ROUND(Cc2ea_u*10^12,1)&\"pF\", \"N/A\")","v":"1000pF"}]
[]
[{"$f":"\"gm = \"&$B$284*1000&\"mS\"","v":"gm = 0.6mS"},{"$f":"$B$284*1000&\"mS\"","v":"0.6mS"}]
[{"$f":"\"RoEA = \"&RoEA/1000000&\"MΩ\"","v":"RoEA = 10MΩ"},{"$f":"RoEA/1000000&\"MΩ\"","v":"10MΩ"}]
[{"$f":"\"GBW = \"&GBW&\"MHz\"","v":"GBW = 13MHz"},{"$f":"GBW&\"MHz\"","v":"13MHz"}]
[]
[{"$f":"\"Cslope = \"&Cslope&\"pF\"","v":"Cslope = 0.0000000000025pF"},{"$f":"ROUND(Cslope*1,0)&\"pF\"","v":"0pF"}]
[]
[{"$f":"\"RFB1 = \"&'Design Converter'!E78&\"kΩ\"","v":"RFB1 = 82kΩ"},{"$f":"'Design Converter'!E78&\"kΩ\"","v":"82kΩ"}]
[{"$f":"\"RFB2 = \"&'Design Converter'!E79&\"kΩ\"","v":"RFB2 = 4.32kΩ"},{"$f":"Rfb2_u/1000&\"kΩ\"","v":"4.32kΩ"}]
[{"$f":"\"Crossover Frequency = \"&ROUND(D504,1)&\" kHz\"","v":"Crossover Frequency = 15.3 kHz"},{"$f":"ROUND(D504,1)&\" kHz\"","v":"15.3 kHz"},null,{"$f":"IF(OR(BODEPLOT_TYPE=FALSE,IMONLIM_select < 2), 'Stability Calculations'!R4, 'IL Stability Calculations'!U4)","v":15.311999999999999}]
[{"$f":"\"Phase Margin = \"&ROUND(D505,0)&\"°\"","v":"Phase Margin = -6°"},{"$f":"ROUND(D505,0)&\"°\"","v":"-6°"},null,{"$f":"IF(OR(BODEPLOT_TYPE=FALSE,IMONLIM_select < 2), 'Stability Calculations'!R5, 'IL Stability Calculations'!U5)","v":-5.9000849520453755}]
[]
["Low line efficiency",{"$f":"IF(PLOT_TYPE=1, \"\", ROUND('Efficiency vs VIN Calculations'!BO9,1)&\"%\")","v":""}]
["Full-load/high line efficiency",{"$f":"IF(PLOT_TYPE=1, ROUND('Efficiency vs Load Calculations'!BO109,1)&\"%\", ROUND('Efficiency vs VIN Calculations'!BO209,1)&\"%\")","v":"95.7%"}]
["Half-load/mid-line efficiency",{"$f":"IF(PLOT_TYPE=1, ROUND('Efficiency vs Load Calculations'!BO59,1)&\"%\", ROUND('Efficiency vs VIN Calculations'!BO109,1)&\"%\")","v":"94.9%"}]
[]
[{"$f":"\"CDITH = \"&Cdither*1000000000&\"nF\"","v":"CDITH = 0nF"},{"$f":"Cdither*1000000000&\"nF\"","v":"0nF"}]
[{"$f":"\"Rs = \"&Rs&\"Ω\"","v":"Rs = 0.0025Ω"},{"$f":"'Standard Value Calculator'!R6&\"Ω\"","v":"10Ω"}]
["Rset",{"$f":"'Standard Value Calculator'!R13&\"mΩ\"","v":"3.16mΩ"}]
["Rs",{"$f":"'Standard Value Calculator'!R6&\"mΩ\"","v":"10mΩ"}]
[{"$f":"\"Rshunt = \"&ROUND(Rshunt,1)&\"mΩ\"","v":"Rshunt = 10mΩ"},{"$f":"IF(Rshunt=\"0\", \"N/A\",ROUND(Rshunt,1)&\"mΩ\")","v":"10mΩ"}]
[]
["Rpgood","20kΩ"]
[]
[]
["Rt",{"$f":"'Standard Value Calculator'!R4/1000&\"kΩ\"","v":"52.3kΩ"}]
["Css",{"$f":"'Standard Value Calculator'!B4*1000000000 &\"nF\"","v":"18nF"}]
["Cslope",{"$f":"Cslope &\"pF\"","v":"0.0000000000025pF"}]
["Blank out",{"$f":"IF(B105=\"y\",\"\",\"|\")","v":"|"}]
["OUTPUT CURRENT",{"$f":"'Design Converter'!$E$11&\"A\"","v":"5A"}]
["VIN",{"$f":"VIN_nom&\"V\"","v":"16V"}]
["VIN range",{"$f":"VIN_min&\"V\"&\"...\"&VIN_max&\"V\"","v":"9V...48V"}]
[]
["VIN ",12]
["CBOOT",18]
["VDD",14]
["SYNC",6]
["EN",7]
["PGOOD",11]
["SS/TRACK",1]
["FADJ",5]
["GND",13]
["COMP",4]
["FB",3]
["CS-",24]
["CS+",23]
["LG",15]
["SW",16]
["HG",17]
["RS",2]
["OTP",8]

{"sheet":"Inductor Current","index":9,"n_rows":102,"n_cols":31,"rows_kept":102,"cut":false,"hidden":true,"merged":[]}
["VIN_min",{"$f":"'Design Converter'!E7","v":9},"V","Minimum input voltage"]
[null,{"$f":"'Design Converter'!E8","v":16},"V","Nominal input voltage"]
["VIN_max",{"$f":"'Design Converter'!E9","v":48},"V","Maximum input voltage",null,null,null,null,"Vin","Iin","D","IL",null,"Ripple"]
[null,null,null,null,null,null,null,0,{"$f":"Vin","v":16},{"$f":"Pin/I4","v":6.5789473684210531},{"$f":"IF(I4>Vout, (Vout+Iout*(Rdcr+Rs))/(I4+Iout*Rs), (Vout-I4+J4*(Rdcr))/(Vout-J4*Rs))","v":0.20204115226337446},{"$f":"IF(I4>Vout, (I4-Vout)*K4/(Fsw*Lf),I4*K4/(Lf*Fsw))","v":1.7959213534522174},{"$f":"(I4-Vout)*K4/(Fsw*Lf)","v":-0.44898033836305434},{"$f":"IF(I4>Vout, L4/Iout, L4/J4)","v":0.272980045724737},null,null,{"$f":"IF(I4>Vout, \"BUCK\", \"BOOST\")","v":"BOOST"}]
[null,null,null,null,null,null,null,1,{"$f":"VIN_min+(VIN_max-VIN_min)/20*H5","v":10.95},9.6130737803412654,0.45578741578440812,2.7727067793551492,-2.2915978404716077,0.28843082272241938,null,null,"BOOST"]
[null,null,null,null,null,null,null,2,12.9,8.1599347205222355,0.35769042270778029,2.5634480294057584,-1.4108900006806888,0.3141505560036757,null,null,"BOOST"]
[null,null,null,null,null,null,null,3,14.85,7.0884281410597207,0.25975035473572194,2.1429404265697061,-0.74317462604942675,0.30231532067832123,null,null,"BOOST"]
[null,null,null,null,null,null,null,4,16.8,6.2656641604010028,0.1619125254742122,1.5111835710926471,-0.28784448973193272,0.24118489794638648,null,null,"BOOST"]
[null,null,null,null,null,null,null,5,18.75,5.6140350877192988,6.4145014044943813E-2,0.66817722963483139,-4.4545148642322091E-2,0.11901906902870434,null,null,"BOOST"]
[null,null,null,null,null,null,null,6,20.7,5.0851767098906695,0.96757996378998201,0.37628109702943702,0.37628109702943702,7.5256219405887406E-2,null,null,"BUCK"]
[null,null,null,null,null,null,null,7,22.65,4.6473800395027309,0.8843243243243244,1.3019219219219211,1.3019219219219211,0.26038438438438422,null,null,"BUCK"]
[null,null,null,null,null,null,null,8,24.6,4.2789901583226362,0.81426104621635342,2.0808893403306814,2.0808893403306814,0.41617786806613627,null,null,"BUCK"]
[null,null,null,null,null,null,null,9,26.55,3.9647140449995044,0.75448470588235295,2.7454860130718957,2.7454860130718957,0.54909720261437911,null,null,"BUCK"]
[null,null,null,null,null,null,null,10,28.5,3.6934441366574333,0.70288469969311707,3.3191777485508305,3.3191777485508305,0.66383554971016612,null,null,"BUCK"]
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[]
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[]
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[]
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[null,null,null,null,null,null,null,7,7.8333333333333334E-6,2.192982456140351,0.41741213225722468,2.4867105751494232,2.4867105751494232,0.49734211502988462,6.2433552875747118,null,"BOOST",7.833333333333333,1.0611258216254946,0.68779966727957265,2.4867105751494232,null,7.8333333333333334E-6,5.5305629108127476,5.343899833639786,6.2433552875747118,null,7.833333333333333,9.0726257748979786E-2,0.10454554942649504,0.49734211502988462]
[null,null,null,null,null,null,null,8,8.8333333333333323E-6,2.192982456140351,0.41741213225722468,2.2051961704155265,2.2051961704155265,0.4410392340831053,6.102598085207763,null,"BOOST",8.8333333333333321,0.94099837012072163,0.60993555400263988,2.2051961704155265,null,8.8333333333333323E-6,5.470499185060361,5.3049677770013197,6.102598085207763,null,8.8333333333333321,8.0455360645321702E-2,9.2710204208401259E-2,0.4410392340831053]
[null,null,null,null,null,null,null,9,9.8333333333333329E-6,2.192982456140351,0.41741213225722468,1.9809389327461511,1.9809389327461511,0.3961877865492302,5.9904694663730753,null,"BOOST",9.8333333333333321,0.84530362061691955,0.54790820952779518,1.9809389327461511,null,9.8333333333333329E-6,5.4226518103084596,5.2739541047638978,5.9904694663730753,null,9.8333333333333321,7.2273459562746625E-2,8.3282047848224863E-2,0.3961877865492302]
[null,null,null,null,null,null,null,10,1.0833333333333332E-5,2.192982456140351,0.41741213225722468,1.798083031261891,1.798083031261891,0.35961660625237818,5.8990415156309455,null,"BOOST",10.833333333333332,0.76727559409843471,0.4973320671098449,1.798083031261891,null,1.0833333333333332E-5,5.3836377970492171,5.2486660335549224,5.8990415156309455,null,10.833333333333332,6.5602063295416166E-2,7.5594474200696413E-2,0.35961660625237818]
[null,null,null,null,null,null,null,11,1.1833333333333332E-5,2.192982456140351,0.41741213225722468,1.646132352563703,1.646132352563703,0.32922647051274062,5.8230661762818512,null,"BOOST",11.833333333333332,0.70243540304786267,0.45530400510056218,1.646132352563703,null,1.1833333333333332E-5,5.3512177015239315,5.2276520025502808,5.8230661762818512,null,11.833333333333332,6.0058226960592258E-2,6.9206208775285452E-2,0.32922647051274062]
[null,null,null,null,null,null,null,12,1.2833333333333333E-5,2.192982456140351,0.41741213225722468,1.5178622991171806,1.5178622991171806,0.30357245982343611,5.75893114955859,null,"BOOST",12.833333333333332,0.64770017683634085,0.419825770936882,1.5178622991171806,null,1.2833333333333333E-5,5.3238500884181708,5.2099128854684409,5.75893114955859,null,12.833333333333332,5.5378365119507139E-2,6.3813517182406063E-2,0.30357245982343611]
[null,null,null,null,null,null,null,13,1.3833333333333332E-5,2.192982456140351,0.41741213225722468,1.4081373136388304,1.4081373136388304,0.28162746272776606,5.7040686568194152,null,"BOOST",13.833333333333332,0.60087847730600308,0.38947692002578216,1.4081373136388304,null,1.3833333333333332E-5,5.3004392386530013,5.194738460012891,5.7040686568194152,null,13.833333333333332,5.1375109809663262E-2,5.9200491843918887E-2,0.28162746272776606]
[null,null,null,null,null,null,null,14,1.4833333333333332E-5,2.192982456140351,0.41741213225722468,1.3132067082249763,1.3132067082249763,0.26264134164499525,5.6566033541124883,null,"BOOST",14.833333333333332,0.56036981591458701,0.36322004901280802,1.3132067082249763,null,1.4833333333333332E-5,5.2801849079572936,5.1816100245064041,5.6566033541124883,null,14.833333333333332,4.7911619260697189E-2,5.5209447449946818E-2,0.26264134164499525]
[null,null,null,null,null,null,null,15,1.5833333333333333E-5,2.192982456140351,0.41741213225722468,1.2302673371791883,1.2302673371791883,0.24605346743583767,5.6151336685895945,null,"BOOST",15.833333333333334,0.52497803806734999,0.34027983539094647,1.2302673371791883,null,1.5833333333333333E-5,5.2624890190336746,5.1701399176954732,5.6151336685895945,null,15.833333333333334,4.4885622254758423E-2,5.1722534979423862E-2,0.24605346743583767]
[null,null,null,null,null,null,null,16,1.6833333333333334E-5,2.192982456140351,0.41741213225722468,1.1571821488319101,1.1571821488319101,0.23143642976638201,5.5785910744159555,null,"BOOST",16.833333333333332,0.49379122392473512,0.3200651917043556,1.1571821488319101,null,1.6833333333333334E-5,5.2468956119623673,5.1600325958521776,5.5785910744159555,null,16.833333333333332,4.2219149645564849E-2,4.8649909139062045E-2,0.23143642976638201]
[null,null,null,null,null,null,null,17,1.7833333333333334E-5,2.192982456140351,0.41741213225722468,1.0922934302058214,1.0922934302058214,0.21845868604116428,5.5461467151029105,null,"BOOST",17.833333333333336,0.46610199641493683,0.30211761086112066,1.0922934302058214,null,1.7833333333333334E-5,5.2330509982074682,5.1510588054305604,5.5461467151029105,null,17.833333333333336,3.9851720693477095E-2,4.5921876850890338E-2,0.21845868604116428]
[null,null,null,null,null,null,null,18,1.8833333333333335E-5,2.192982456140351,0.41741213225722468,1.0342955489559549,1.0342955489559549,0.20685910979119099,5.5171477744779773,null,"BOOST",18.833333333333336,0.44135321784423226,0.28607596780654787,1.0342955489559549,null,1.8833333333333335E-5,5.2206766089221164,5.143037983903274,5.5171477744779773,null,18.833333333333336,3.7735700125681858E-2,4.3483547106595272E-2,0.20685910979119099]
[null,null,null,null,null,null,null,19,1.9833333333333332E-5,2.192982456140351,0.41741213225722468,0.98214619354641108,0.98214619354641108,0.19642923870928222,5.4910730967732055,null,"BOOST",19.833333333333332,0.41910011442351475,0.27165196942974723,0.98214619354641108,null,1.9833333333333332E-5,5.2095500572117572,5.1358259847148737,5.4910730967732055,null,19.833333333333332,3.5833059783210511E-2,4.1291099353321578E-2,0.19642923870928222]
[null,null,null,null,null,null,null,20,2.0833333333333333E-5,2.192982456140351,0.41741213225722468,0.93500317625618323,0.93500317625618323,0.18700063525123664,5.4675015881280915,null,"BOOST",20.833333333333332,0.398983308931186,0.25861267489711931,0.93500317625618323,null,2.0833333333333333E-5,5.1994916544655929,5.1293063374485595,5.4675015881280915,null,20.833333333333332,3.4113072913616399E-2,3.9309126584362135E-2,0.18700063525123664]

{"sheet":"Timings","index":10,"n_rows":96,"n_cols":33,"rows_kept":96,"cut":false,"hidden":true,"merged":[]}
["Device",2,"1:LM5177 / 2:LM51772",null,"Transition","Vin",1.15E-7,8.0000000000000002E-8,{"$f":"IF($B$1=2,H1,G1)","v":8.0000000000000002E-8},null,null,{"$f":"I1","v":8.0000000000000002E-8},null,{"$f":"0.75/$L$1*$J$3/2000000*0.2","v":9.3749999999999992E-7},null,null,null,null,null,null,null,"BuckBoost",null,"iripple,avg_L",{"$f":"1/2*Fsw/L*((W16)^2*(Vin-Vout)+(W15)^2*Vin+(W17)^2*Vout)","v":1.6968157972966917},null,"di = du/L * dt",null,"avg = 1/T * (I1 * dt1 + …"]
[null,null,null,null,"Buck -> BuBo",{"$f":"$P$9","v":22.872341281122935},2,4,{"$f":"IF($B$1=2,H2,G2)","v":4},null,null,null,null,{"$f":"MIN($J$3/2000000*$B$3*1000*$L$5+$J$4*(1-$L$5),$N$1)","v":3.5833324000000001E-7},null,{"$f":"$N$5-$J$7*$J$1","v":2.0930238009736409E-7},null,{"$f":"$N$5-$J$7*$J$1","v":2.0930238009736409E-7},null,{"$f":"MAX(MAX(0.5*$N$5/$L$4*$L$6,J6*$J$2)-$J$7*$J$1,0)","v":1.0465119004868204E-7},null,null,null,"iripple,avg_L_out_path",{"$f":"1/2*Fsw/L*((W16)^2*(Vin-Vout)+(W17)^2*Vout)","v":-3.284101198465221E-2}]
["Fsw [kHz]",{"$f":"Fsw/1000","v":600},null,null,"BuBo -> Buck",{"$f":"$T$9","v":27.298900712251548},1,1,1,9.9999999999999995E-7,null,{"$f":"0.225-I2*0.025","v":0.125},null,null,null,{"$f":"$N$5+$J$7*$J$1","v":2.0930238009736409E-7},null,{"$f":"$N$5+J7*$J$1","v":2.0930238009736409E-7},null,{"$f":"MAX(0.5*$N$5/$L$4*$L$6,J5*$J$2)","v":1.0465119004868204E-7},null,null,null,"iripple,avg_L_in_path",{"$f":"1/2*Fsw/L*((W16)^2*(Vin-Vout)+(W15)^2*Vin)","v":1.6436036027232326}]
["IL [A]",0,null,null,"Boost -> BuBo",{"$f":"$R$8","v":17.488371438831631},2,2,2,9.9999999999999995E-7,null,{"$f":"0.75+I3*0.25","v":1},null,{"$f":"$L$3/$B$3*0.001","v":2.0833333333333336E-7},null,{"$f":"0.001/$B$3-$P$3","v":1.4573642865693025E-6},null,{"$f":"0.001/$B$3-R3","v":1.4573642865693025E-6},null,{"$f":"MAX($T$5-$T$3-J7*$J$1,0)","v":5.2228690347937945E-7}]
["Vin",{"$f":"VIN_nom","v":16},null,null,"BuBo -> Boost",{"$f":"$T$8","v":14.652604667721397},1,1,1,{"$f":"IF(B4>0,1,0)","v":0},null,{"$f":"1-I4*0.0416666","v":0.9166668},null,{"$f":"$L$4*0.000000075/$N$2*0.000001","v":2.0930238009736409E-7},null,null,null,null,null,{"$f":"$N$4+2*$N$5","v":6.2693809352806151E-7},null,null,null,"iavg",{"$f":"IF(B5>B6,Iin+Y1,Iout+Y1)","v":6.6968157972966917}]
["Vout [V]",{"$f":"Vout","v":20},null,null,null,null,"LM5177","LM51772",null,{"$f":"IF(B4<0,1,0)","v":0},null,{"$f":"0.75+I5*0.25","v":1},null,{"$f":"N4+2*N5","v":6.2693809352806151E-7},null,null,null,null,null,{"$f":"0.001/$B$3-$T$5","v":1.0397285731386053E-6},null,null,null,"dI1",{"$f":"Vin/L*W16","v":2.4737298019430591}]
["Iout",{"$f":"Iout","v":5},null,null,null,null,null,null,null,{"$f":"J5-J6","v":0},null,null,null,null,null,null,null,null,null,null,null,null,null,"dI2",{"$f":"(Vin-Vout)/L*W15","v":-1.386304764184807}]
["Iin",{"$f":"Iin_Vinnom","v":6.5789473684210531},null,null,"Timings [ns]","Phase II (Q1-Q4)","Phase I (Q1-Q3)","Phase III (Q2-Q4)",null,null,null,null,null,null,null,{"$f":"B6*1/($P$2*1000*$B$3)","v":159.25921777777779},null,{"$f":"$B$6*(1-$R$2*1000*$B$3)","v":17.488371438831631},null,{"$f":"$B$6*((0.001/$B$3-$T$4)/($T$6+$T$4))","v":14.652604667721397},null,null,null,"dI3",{"$f":"Vout/L*W17","v":1.0874250377582517}]
["eff",{"$f":"Efficiency","v":0.95},null,null,"BuBo -> Buck",{"$f":"Timings!$T$6*1000000000","v":1039.7285731386053},{"$f":"Timings!$T$2*1000000000","v":104.65119004868204},{"$f":"(Timings!$T$5-Timings!$T$2)*1000000000","v":522.28690347937948},null,null,null,null,null,null,null,{"$f":"$B$6/($P$4*1000*$B$3)","v":22.872341281122935},null,{"$f":"B6*(1-$R$4*1000*$B$3)","v":2.5116285611683686},null,{"$f":"$B$6*((0.001/$B$3-$T$2)/($T$6+$T$2))","v":27.298900712251548}]
["L",{"$f":"Lf","v":3.0000000000000001E-6},null,null,"BuBo -> Boost",{"$f":"Timings!$T$6*1000000000","v":1039.7285731386053},{"$f":"Timings!$T$4*1000000000","v":522.28690347937948},{"$f":"(Timings!$T$5-Timings!$T$4)*1000000000","v":104.65119004868205},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Abs currents at"]
[null,null,null,null,"BuBo center",{"$f":"Timings!$T$6*1000000000","v":1039.7285731386053},{"$f":"Timings!$N$6*1000000000*L11","v":411.89832744793642},{"$f":"Timings!$N$6*1000000000*(1-L11)","v":215.03976608012508},null,null,"Simplis Align factor",0.65700000000000003,null,null,null,null,null,null,null,null,null,null,null,"I_0",{"$f":"IF(Vin>B6,0,Y6)+Iout-Y2","v":7.506570813927711},null,{"$f":"1/(W15+W16)*(Iin/Fsw-1/2*dI1_*W15-dI1_*W16-1/2*dI2_*W16)","v":5.8880757002197468}]
[null,null,null,null,null,null,null,null,null,null,"default 0.5",null,null,null,null,null,null,null,null,null,null,null,null,"I_1",{"$f":"IF(Vin>B6,Y7,0)+Iout-Y2","v":5.0328410119846518}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"I_2",{"$f":"Y11+Y8","v":8.5939958516859623}]
[null,null,null,null,"Duty cycles [%]","Phase II (Q1-Q4)","Phase I (Q1-Q3)","Phase III (Q2-Q4)",null,null,null,null,null,null,null,null,null,null,null,null,null,"Timings",null,"I_PP",{"$f":"ABS(MAX(Y11:Y13))-ABS(MIN(Y11:Y13))","v":3.5611548397013104}]
[null,null,null,null,"BuBo -> Buck",{"$f":"F9*$B$3*0.000001*100","v":62.383714388316314},6.2790714029209216,31.337214208762767,null,null,null,null,null,null,null,null,null,null,null,null,null,"t1 - Ph. II",{"$f":"$F$11*0.000000001","v":1.0397285731386053E-6}]
[null,null,null,null,"BuBo -> Boost",62.383714388316314,31.337214208762767,6.2790714029209234,null,null,null,null,null,null,null,null,null,null,null,null,null,"t2 - Ph. I",{"$f":"(Vout/Fsw-Vin*W15)/(Vin+Vout)","v":4.6382433786432363E-7},"i_rms",{"$f":"SQRT(Fsw*(M75*(I_0*I_1+((I_1-I_0)^2)/3)+M76*(I_1*I_2+((I_2-I_1)^2)/3)+M77*(I_2*I_0+((I_0-I_2)^2)/3)))","v":6.6637941816382851}]
[null,null,null,null,"BuBo center",62.383714388316314,24.713899646876182,12.902385964807502,null,null,null,null,null,null,null,null,null,null,null,null,null,"t3 - Ph. III",{"$f":"1/Fsw-(W15+W16)","v":1.6311375566373777E-7}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"t period",{"$f":"1/Fsw","v":1.6666666666666667E-6}]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Boost",null,"BuckBoost",null,"Boost"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"VIN_min","v":9},{"$f":"VIN_min","v":9},{"$f":"$F$5","v":14.652604667721397},{"$f":"$F$4","v":17.488371438831631},{"$f":"$F$2","v":22.872341281122935},{"$f":"$F$3","v":27.298900712251548},{"$f":"VIN_max","v":48}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"$F$5","v":14.652604667721397},{"$f":"AB25","v":9},{"$f":"AC25-AB25","v":5.6526046677213966},{"$f":"AD25-AC25","v":2.8357667711102348},5.3839698422913038,4.4265594311286129,20.701099287748452]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Simplis",null,null,null,null,null,null,null,null,null,null,{"$f":"$F$4","v":17.488371438831631}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Boost",null,null,null,null,null,null,null,null,null,null,{"$f":"$F$2","v":22.872341281122935}]
[null,null,null,null,null,null,null,null,null,null,"Simplis",null,"Ref - Calc",null,null,"Vin < vout",16,18,null,null,null,null,null,null,null,null,{"$f":"$F$3","v":27.298900712251548}]
[null,null,null,null,null,null,null,null,null,null,"t[ns]","Delta t [ns]",null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"VIN_max","v":48}]
[null,null,null,null,null,null,null,null,null,"t0",806.55840000000001,null,null,null,null,"I start","Delta"]
[null,null,null,null,null,null,null,null,null,"t1 - Ph. II",807.84619999999995,{"$f":"(K32-K31)*1000*0.000000001","v":1.2877999999999475E-6},{"$f":"$F$11*0.000000001","v":1.0397285731386053E-6},null,"Ph. II",14.09,{"$f":"P33-P32","v":-1.8100000000000005}]
[null,null,null,null,null,null,null,null,null,"t2 - Ph. I",808.32010000000002,{"$f":"(K33-K32)*1000*0.000000001","v":4.739000000000715E-7},{"$f":"(Vout/Fsw-Vin*M32)/(Vin+Vout)","v":4.6382433786432363E-7},null,"Ph. I",12.28,{"$f":"P34-P33","v":4.1100000000000012}]
[null,null,null,null,null,null,null,null,null,"t3 - Ph. III",808.5702,{"$f":"(K34-K33)*1000*0.000000001","v":2.500999999999749E-7},{"$f":"1/Fsw-(M32+M33)","v":1.6311375566373777E-7},null,"Ph. III",16.39,{"$f":"P32-P34","v":-2.3000000000000007}]
[null,null,null,null,null,null,null,null,null,"t period",null,{"$f":"(K34-K31)*1000*0.000000001","v":2.011799999999994E-6},{"$f":"1/Fsw","v":1.6666666666666667E-6}]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Buck"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Vin < vout",20,18]
[null,null,null,null,null,null,null,null,null,"t0",1082.558,null,null,null,null,"I start","Delta"]
[null,null,null,null,null,null,null,null,null,"t1 - Ph. II",1083.8409999999999,{"$f":"(K40-K39)*1000*0.000000001","v":1.2829999999999018E-6},{"$f":"$F$11*0.000000001","v":1.0397285731386053E-6},null,"Ph. II",10.997199999999999,{"$f":"P41-P40","v":1.0903000000000009}]
[null,null,null,null,null,null,null,null,null,"t2 - Ph. I",1084.136,{"$f":"(K41-K40)*1000*0.000000001","v":2.9500000000007277E-7},{"$f":"(Vout/Fsw-Vin*M40)/(Vin+Vout)","v":4.6382433786432363E-7},null,"Ph. I",12.0875,{"$f":"P42-P41","v":3.2568000000000001}]
[null,null,null,null,null,null,null,null,null,"t3 - Ph. III",1084.558,{"$f":"(K42-K41)*1000*0.000000001","v":4.2200000000002551E-7},{"$f":"1/Fsw-(M40+M41)","v":1.6311375566373777E-7},null,"Ph. III",15.3443,{"$f":"P40-P42","v":-4.3471000000000011}]
[null,null,null,null,null,null,null,null,null,"t period",null,{"$f":"(K42-K39)*1000*0.000000001","v":2.0000000000000003E-6},{"$f":"1/Fsw","v":1.6666666666666667E-6}]
[]
[null,null,null,"EVM"]
[null,null,null,"XGL1060-332MEC"]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Buck"]
[null,null,null,null,null,null,null,null,null,"t0",806.55840000000001,null,null,null,null,"Vin < vout",16,14]
[null,null,null,null,null,null,null,null,null,"t1 - Ph. II",807.84619999999995,{"$f":"(K56-K55)*1000*0.000000001","v":1.2877999999999475E-6},{"$f":"$F$11*0.000000001","v":1.0397285731386053E-6},null,null,"I start","Delta"]
[null,null,null,null,null,null,null,null,null,"t2 - Ph. I",808.11800000000005,{"$f":"(K57-K56)*1000*0.000000001","v":2.718000000000984E-7},{"$f":"(Vout/Fsw-Vin*M56)/(Vin+Vout)","v":4.6382433786432363E-7},null,"Ph. II",10.92,{"$f":"P58-P57","v":1.1500000000000004}]
[null,null,null,null,null,null,null,null,null,"t3 - Ph. III",808.5702,{"$f":"(K58-K57)*1000*0.000000001","v":4.52199999999948E-7},{"$f":"1/Fsw-(M56+M57)","v":1.6311375566373777E-7},null,"Ph. I",12.07,{"$f":"P59-P58","v":2.33}]
[null,null,null,null,null,null,null,null,null,"T period",null,{"$f":"(K58-K55)*1000*0.000000001","v":2.011799999999994E-6},{"$f":"1/Fsw","v":1.6666666666666667E-6},null,"Ph. III",14.4,{"$f":"P57-P59","v":-3.4800000000000004}]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,"Volt second balance"]
[]
[null,null,null,null,null,"U = L dI/dt"]
[null,null,null,null,null,"V dt = L dI"]
[]
[null,null,null,null,null,"(Ui - Uo)* t1 + Ui * t2 - Uo * t3 = 0",null,null,null,null,null,"math"]
[null,null,null,null,null,"t3 = T -t1 -t2",null,null,null,null,null,"t1 - Ph. II",{"$f":"$F$11*0.000000001","v":1.0397285731386053E-6}]
[null,null,null,null,null,"(Ui - Uo)* t1 + Ui * t2 - Uo * (T -t1 -t2) = 0",null,null,null,null,null,"t2 - Ph. I",{"$f":"(Vout/Fsw-Vin*M75)/(Vin+Vout)","v":4.6382433786432363E-7}]
[null,null,null,null,null,"(Ui - Uo)*t1 -Uo*T+Uo*t1 +Uo*t2 + Ui * t2 = 0",null,null,null,null,null,"t3 - Ph. III",{"$f":"1/Fsw-(M75+M76)","v":1.6311375566373777E-7}]
[null,null,null,null,null,"(Ui *t1 + (Uo + Ui) * t2 -Uo*T = 0",null,null,null,null,null,"T period",{"$f":"1/Fsw","v":1.6666666666666667E-6}]
[null,null,null,null,null,"(Ui *t1 + (Uo + ui) * t2 -Uo*T = 0"]
[null,null,null,null,null,"t2 = (Uo*T - Ui*t1)/(Ui+Uo)"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,"rms = sqrt(1/T * t1 (i0 * i1 + (i1-i0)^2/3)"]
[]
[null,null,null,null,null,"rms = sqrt(1/T *   ( t1 * (i0 * i1 + ((i1-i0)^2)/3) +  t2 * (i1 * i2 + ((i2-i1)^2)/3)   +   t2 *  (i2 * i0 + ((i0-i2)^2)/3) ) )"]

{"sheet":"CFG Setting","index":11,"n_rows":164,"n_cols":18,"rows_kept":164,"cut":false,"hidden":true,"merged":[]}
["LM5177"]
["CFG"]
["Setting","R_CFG [","DRSS","HICCUP","USLEEP","IMON_LIMIT",{"$f":"C3","v":"DRSS"},{"$f":"D3","v":"HICCUP"},{"$f":"E3","v":"USLEEP"},{"$f":"F3","v":"IMON_LIMIT"}]
[1,0,0,0,0,0,{"$f":"IF(C4=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(D4=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(E4=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(F4=1,\"Enable\",\"Disable\")","v":"Disable"},null,{"$f":"CONCATENATE(G$3,\": \",C4)","v":"DRSS: 0"},{"$f":"CONCATENATE(H$3,\": \",D4)","v":"HICCUP: 0"},{"$f":"CONCATENATE(I$3,\": \",E4)","v":"USLEEP: 0"},{"$f":"CONCATENATE(J$3,\": \",F4)","v":"IMON_LIMIT: 0"},{"$f":"CONCATENATE(K$3,\": \",G4)","v":": Disable"},null,{"$f":"CONCATENATE(L4,\" / \",M4,\" / \",N4,\" / \",O4)","v":"DRSS: 0 / HICCUP: 0 / USLEEP: 0 / IMON_LIMIT: 0"}]
[2,0.51100000000000001,1,0,0,0,{"$f":"IF(C5=1,\"Enable\",\"Disable\")","v":"Enable"},"Disable","Disable","Disable",null,{"$f":"CONCATENATE(G$3,\": \",C5)","v":"DRSS: 1"},"HICCUP: 0","USLEEP: 0","IMON_LIMIT: 0",": Enable",null,{"$f":"CONCATENATE(L5,\" / \",M5,\" / \",N5,\" / \",O5)","v":"DRSS: 1 / HICCUP: 0 / USLEEP: 0 / IMON_LIMIT: 0"}]
[3,1.1499999999999999,0,1,0,0,"Disable","Enable","Disable","Disable",null,"DRSS: 0","HICCUP: 1","USLEEP: 0","IMON_LIMIT: 0",": Disable",null,"DRSS: 0 / HICCUP: 1 / USLEEP: 0 / IMON_LIMIT: 0"]
[4,1.9,1,1,0,0,"Enable","Enable","Disable","Disable",null,"DRSS: 1","HICCUP: 1","USLEEP: 0","IMON_LIMIT: 0",": Enable",null,"DRSS: 1 / HICCUP: 1 / USLEEP: 0 / IMON_LIMIT: 0"]
[5,2.7,0,0,0,1,"Disable","Disable","Disable","Enable",null,"DRSS: 0","HICCUP: 0","USLEEP: 0","IMON_LIMIT: 1",": Disable",null,"DRSS: 0 / HICCUP: 0 / USLEEP: 0 / IMON_LIMIT: 1"]
[6,3.8,1,0,0,1,"Enable","Disable","Disable","Enable",null,"DRSS: 1","HICCUP: 0","USLEEP: 0","IMON_LIMIT: 1",": Enable",null,"DRSS: 1 / HICCUP: 0 / USLEEP: 0 / IMON_LIMIT: 1"]
[7,5.0999999999999996,0,1,0,1,"Disable","Enable","Disable","Enable",null,"DRSS: 0","HICCUP: 1","USLEEP: 0","IMON_LIMIT: 1",": Disable",null,"DRSS: 0 / HICCUP: 1 / USLEEP: 0 / IMON_LIMIT: 1"]
[8,6.5,1,1,0,1,"Enable","Enable","Disable","Enable",null,"DRSS: 1","HICCUP: 1","USLEEP: 0","IMON_LIMIT: 1",": Enable",null,"DRSS: 1 / HICCUP: 1 / USLEEP: 0 / IMON_LIMIT: 1"]
[9,8.3000000000000007,0,0,1,0,"Disable","Disable","Enable","Disable",null,"DRSS: 0","HICCUP: 0","USLEEP: 1","IMON_LIMIT: 0",": Disable",null,"DRSS: 0 / HICCUP: 0 / USLEEP: 1 / IMON_LIMIT: 0"]
[10,10.5,1,0,1,0,"Enable","Disable","Enable","Disable",null,"DRSS: 1","HICCUP: 0","USLEEP: 1","IMON_LIMIT: 0",": Enable",null,"DRSS: 1 / HICCUP: 0 / USLEEP: 1 / IMON_LIMIT: 0"]
[11,13.3,0,1,1,0,"Disable","Enable","Enable","Disable",null,"DRSS: 0","HICCUP: 1","USLEEP: 1","IMON_LIMIT: 0",": Disable",null,"DRSS: 0 / HICCUP: 1 / USLEEP: 1 / IMON_LIMIT: 0"]
[12,16.2,1,1,1,0,"Enable","Enable","Enable","Disable",null,"DRSS: 1","HICCUP: 1","USLEEP: 1","IMON_LIMIT: 0",": Enable",null,"DRSS: 1 / HICCUP: 1 / USLEEP: 1 / IMON_LIMIT: 0"]
[13,20.5,0,0,1,1,"Disable","Disable","Enable","Enable",null,"DRSS: 0","HICCUP: 0","USLEEP: 1","IMON_LIMIT: 1",": Disable",null,"DRSS: 0 / HICCUP: 0 / USLEEP: 1 / IMON_LIMIT: 1"]
[14,24.9,1,0,1,1,"Enable","Disable","Enable","Enable",null,"DRSS: 1","HICCUP: 0","USLEEP: 1","IMON_LIMIT: 1",": Enable",null,"DRSS: 1 / HICCUP: 0 / USLEEP: 1 / IMON_LIMIT: 1"]
[15,30.1,0,1,1,1,"Disable","Enable","Enable","Enable",null,"DRSS: 0","HICCUP: 1","USLEEP: 1","IMON_LIMIT: 1",": Disable",null,"DRSS: 0 / HICCUP: 1 / USLEEP: 1 / IMON_LIMIT: 1"]
[16,36.5,1,1,1,1,"Enable","Enable","Enable","Enable",null,"DRSS: 1","HICCUP: 1","USLEEP: 1","IMON_LIMIT: 1",": Enable",null,"DRSS: 1 / HICCUP: 1 / USLEEP: 1 / IMON_LIMIT: 1"]
[]
[null,null,0,1,3,2]
[null,null,"DRSS: off","HICCUP: off","uSleep: off","IMON_LIMIT: off"]
[null,null,"DRSS: on","HICCUP: on","uSleep: on","IMON: on"]
[null,null,null,null,null,"ILIMIT: positive"]
[null,null,null,null,null,"ILIMIT: negative"]
[]
[null,"CFG Setting",1,1,2,3,"Calc Setting",{"$f":"CONCATENATE(\"R_\",A2)","v":"R_CFG"},null,"This cell give 1 for disable and 2 for enable"]
[null,null,{"$f":"(C27-1)*2^C21","v":0},{"$f":"(D27-1)*2^D21","v":0},{"$f":"(E27-1)*2^E21","v":8},{"$f":"(IF(F27>2,1,0)*2^F21)","v":4},{"$f":"SUM(C28:F28)+1","v":13},{"$f":"INDEX(B4:B19,G28)","v":20.5}]
[]
["LM51772"]
["CFG1"]
["Setting","R_CFG2 [","Slope Comp.","I2C"]
[1,0,"n/a","ADDR LSB: 0",null,null,null,null,null,null,null,{"$f":"CONCATENATE($C$32,\": \",C33)","v":"Slope Comp.: n/a"},{"$f":"CONCATENATE(D$32,\" \",D33)","v":"I2C ADDR LSB: 0"},null,null,null,null,{"$f":"CONCATENATE(L33,\" / \",M33)","v":"Slope Comp.: n/a / I2C ADDR LSB: 0"}]
[2,0.51100000000000001,0.25,"Disabled",null,null,null,null,null,null,null,{"$f":"CONCATENATE($C$32,\": \",C34)","v":"Slope Comp.: 0.25"},{"$f":"CONCATENATE(D$32,\" \",D34)","v":"I2C Disabled"},null,null,null,null,{"$f":"CONCATENATE(L34,\" / \",M34,\" / \",N34,\" / \",O34)","v":"Slope Comp.: 0.25 / I2C Disabled /  / "}]
[3,1.1499999999999999,0.375,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 0.375","I2C Disabled",null,null,null,null,"Slope Comp.: 0.375 / I2C Disabled /  / "]
[4,1.9,0.5,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 0.5","I2C Disabled",null,null,null,null,"Slope Comp.: 0.5 / I2C Disabled /  / "]
[5,2.7,0.625,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 0.625","I2C Disabled",null,null,null,null,"Slope Comp.: 0.625 / I2C Disabled /  / "]
[6,3.8,0.75,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 0.75","I2C Disabled",null,null,null,null,"Slope Comp.: 0.75 / I2C Disabled /  / "]
[7,5.0999999999999996,0.875,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 0.875","I2C Disabled",null,null,null,null,"Slope Comp.: 0.875 / I2C Disabled /  / "]
[8,6.5,1,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 1","I2C Disabled",null,null,null,null,"Slope Comp.: 1 / I2C Disabled /  / "]
[9,8.3000000000000007,1.5,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 1.5","I2C Disabled",null,null,null,null,"Slope Comp.: 1.5 / I2C Disabled /  / "]
[10,10.5,2,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 2","I2C Disabled",null,null,null,null,"Slope Comp.: 2 / I2C Disabled /  / "]
[11,13.3,2.5,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 2.5","I2C Disabled",null,null,null,null,"Slope Comp.: 2.5 / I2C Disabled /  / "]
[12,16.2,3,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 3","I2C Disabled",null,null,null,null,"Slope Comp.: 3 / I2C Disabled /  / "]
[13,20.5,3.5,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 3.5","I2C Disabled",null,null,null,null,"Slope Comp.: 3.5 / I2C Disabled /  / "]
[14,24.9,4,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 4","I2C Disabled",null,null,null,null,"Slope Comp.: 4 / I2C Disabled /  / "]
[15,30.1,4.5,"Disabled",null,null,null,null,null,null,null,"Slope Comp.: 4.5","I2C Disabled",null,null,null,null,"Slope Comp.: 4.5 / I2C Disabled /  / "]
[16,36.5,"n/a","ADDR LSB: 1",null,null,null,null,null,null,null,"Slope Comp.: n/a","I2C ADDR LSB: 1",null,null,null,null,"Slope Comp.: n/a / I2C ADDR LSB: 1 /  / "]
[]
[]
[null,null,{"$f":"CONCATENATE(C32,\": off\")","v":"Slope Comp.: off"},{"$f":"CONCATENATE(D32,\": 0\")","v":"I2C: 0"}]
[null,null,{"$f":"CONCATENATE(C32,\": on\")","v":"Slope Comp.: on"},{"$f":"CONCATENATE(D32,\": 1\")","v":"I2C: 1"}]
[]
[]
[]
[null,"CFG Setting",7,{"$f":"IF(OR(C56=1,B56=16),1,2)","v":2},1,1,"Calc Setting",{"$f":"CONCATENATE(\"R_\",A31)","v":"R_CFG1"},null,"This cell give 1 for disable and 2 for enable"]
[null,null,{"$f":"C56","v":7},{"$f":"(D56-1)*2^D50","v":1},{"$f":"(E56-1)*2^E50","v":0},{"$f":"(IF(F56>1,1,0)*2^F50)","v":0},{"$f":"C57","v":7},{"$f":"INDEX(B33:B48,G57)","v":5.0999999999999996}]
[]
[]
["CFG2"]
["Setting","R_CFG2 [","SYNC_OUT","SYNC_IN_FALLING","VDET","PCM_HYST",{"$f":"C61","v":"SYNC_OUT"},{"$f":"D61","v":"SYNC_IN_FALLING"},{"$f":"E61","v":"VDET"},{"$f":"F61","v":"PCM_HYST"}]
[1,0,0,0,0,0,{"$f":"IF(C62=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(D62=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(E62=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(F62=1,\"Enable\",\"Disable\")","v":"Disable"},null,{"$f":"CONCATENATE($C$61,\": \",C62)","v":"SYNC_OUT: 0"},{"$f":"CONCATENATE(D$61,\": \",D62)","v":"SYNC_IN_FALLING: 0"},{"$f":"CONCATENATE(E$61,\": \",E62)","v":"VDET: 0"},{"$f":"CONCATENATE(F$61,\": \",F62)","v":"PCM_HYST: 0"},{"$f":"CONCATENATE(K$3,\": \",G62)","v":": Disable"},null,{"$f":"CONCATENATE(L62,\" / \",M62,\" / \",N62,\" / \",O62)","v":"SYNC_OUT: 0 / SYNC_IN_FALLING: 0 / VDET: 0 / PCM_HYST: 0"}]
[2,0.51100000000000001,1,0,0,0,"Enable","Disable","Disable","Disable",null,{"$f":"CONCATENATE($C$61,\": \",C63)","v":"SYNC_OUT: 1"},{"$f":"CONCATENATE(D$61,\": \",D63)","v":"SYNC_IN_FALLING: 0"},{"$f":"CONCATENATE(E$61,\": \",E63)","v":"VDET: 0"},{"$f":"CONCATENATE(F$61,\": \",F63)","v":"PCM_HYST: 0"},": Enable",null,{"$f":"CONCATENATE(L63,\" / \",M63,\" / \",N63,\" / \",O63)","v":"SYNC_OUT: 1 / SYNC_IN_FALLING: 0 / VDET: 0 / PCM_HYST: 0"}]
[3,1.1499999999999999,0,1,0,0,"Disable","Enable","Disable","Disable",null,"SYNC_OUT: 0","SYNC_IN_FALLING: 1","VDET: 0","PCM_HYST: 0",": Disable",null,"SYNC_OUT: 0 / SYNC_IN_FALLING: 1 / VDET: 0 / PCM_HYST: 0"]
[4,1.9,1,1,0,0,"Enable","Enable","Disable","Disable",null,"SYNC_OUT: 1","SYNC_IN_FALLING: 1","VDET: 0","PCM_HYST: 0",": Enable",null,"SYNC_OUT: 1 / SYNC_IN_FALLING: 1 / VDET: 0 / PCM_HYST: 0"]
[5,2.7,0,0,1,0,"Disable","Disable","Enable","Disable",null,"SYNC_OUT: 0","SYNC_IN_FALLING: 0","VDET: 1","PCM_HYST: 0",": Disable",null,"SYNC_OUT: 0 / SYNC_IN_FALLING: 0 / VDET: 1 / PCM_HYST: 0"]
[6,3.8,1,1,1,0,"Enable","Enable","Enable","Disable",null,"SYNC_OUT: 1","SYNC_IN_FALLING: 1","VDET: 1","PCM_HYST: 0",": Enable",null,"SYNC_OUT: 1 / SYNC_IN_FALLING: 1 / VDET: 1 / PCM_HYST: 0"]
[7,5.0999999999999996,0,1,1,0,"Disable","Enable","Enable","Disable",null,"SYNC_OUT: 0","SYNC_IN_FALLING: 1","VDET: 1","PCM_HYST: 0",": Disable",null,"SYNC_OUT: 0 / SYNC_IN_FALLING: 1 / VDET: 1 / PCM_HYST: 0"]
[8,6.5,1,1,1,0,"Enable","Enable","Enable","Disable",null,"SYNC_OUT: 1","SYNC_IN_FALLING: 1","VDET: 1","PCM_HYST: 0",": Enable",null,"SYNC_OUT: 1 / SYNC_IN_FALLING: 1 / VDET: 1 / PCM_HYST: 0"]
[9,8.3000000000000007,0,0,0,1,"Disable","Disable","Disable","Enable",null,"SYNC_OUT: 0","SYNC_IN_FALLING: 0","VDET: 0","PCM_HYST: 1",": Disable",null,"SYNC_OUT: 0 / SYNC_IN_FALLING: 0 / VDET: 0 / PCM_HYST: 1"]
[10,10.5,1,0,0,1,"Enable","Disable","Disable","Enable",null,"SYNC_OUT: 1","SYNC_IN_FALLING: 0","VDET: 0","PCM_HYST: 1",": Enable",null,"SYNC_OUT: 1 / SYNC_IN_FALLING: 0 / VDET: 0 / PCM_HYST: 1"]
[11,13.3,0,1,0,1,"Disable","Enable","Disable","Enable",null,"SYNC_OUT: 0","SYNC_IN_FALLING: 1","VDET: 0","PCM_HYST: 1",": Disable",null,"SYNC_OUT: 0 / SYNC_IN_FALLING: 1 / VDET: 0 / PCM_HYST: 1"]
[12,16.2,1,1,0,1,"Enable","Enable","Disable","Enable",null,"SYNC_OUT: 1","SYNC_IN_FALLING: 1","VDET: 0","PCM_HYST: 1",": Enable",null,"SYNC_OUT: 1 / SYNC_IN_FALLING: 1 / VDET: 0 / PCM_HYST: 1"]
[13,20.5,0,0,1,1,"Disable","Disable","Enable","Enable",null,"SYNC_OUT: 0","SYNC_IN_FALLING: 0","VDET: 1","PCM_HYST: 1",": Disable",null,"SYNC_OUT: 0 / SYNC_IN_FALLING: 0 / VDET: 1 / PCM_HYST: 1"]
[14,24.9,1,0,1,1,"Enable","Disable","Enable","Enable",null,"SYNC_OUT: 1","SYNC_IN_FALLING: 0","VDET: 1","PCM_HYST: 1",": Enable",null,"SYNC_OUT: 1 / SYNC_IN_FALLING: 0 / VDET: 1 / PCM_HYST: 1"]
[15,30.1,0,1,1,1,"Disable","Enable","Enable","Enable",null,"SYNC_OUT: 0","SYNC_IN_FALLING: 1","VDET: 1","PCM_HYST: 1",": Disable",null,"SYNC_OUT: 0 / SYNC_IN_FALLING: 1 / VDET: 1 / PCM_HYST: 1"]
[16,36.5,1,1,1,1,"Enable","Enable","Enable","Enable",null,"SYNC_OUT: 1","SYNC_IN_FALLING: 1","VDET: 1","PCM_HYST: 1",": Enable",null,"SYNC_OUT: 1 / SYNC_IN_FALLING: 1 / VDET: 1 / PCM_HYST: 1"]
[]
[null,null,0,1,2,3]
[null,null,{"$f":"CONCATENATE(C61,\": off\")","v":"SYNC_OUT: off"},{"$f":"CONCATENATE(D61,\": off\")","v":"SYNC_IN_FALLING: off"},{"$f":"CONCATENATE(E61,\": off\")","v":"VDET: off"},{"$f":"CONCATENATE(F61,\": off\")","v":"PCM_HYST: off"}]
[null,null,{"$f":"CONCATENATE(C61,\": on\")","v":"SYNC_OUT: on"},{"$f":"CONCATENATE(D61,\": on\")","v":"SYNC_IN_FALLING: on"},{"$f":"CONCATENATE(E61,\": on\")","v":"VDET: on"},{"$f":"CONCATENATE(F61,\": on\")","v":"PCM_HYST: on"}]
[]
[]
[]
[null,"CFG Setting",1,1,1,2,"Calc Setting",{"$f":"CONCATENATE(\"R_\",A60)","v":"R_CFG2"},null,"This cell give 1 for disable and 2 for enable"]
[null,null,{"$f":"(C85-1)*2^C79","v":0},{"$f":"(D85-1)*2^D79","v":0},{"$f":"(E85-1)*2^E79","v":0},{"$f":"(F85-1)*2^F79","v":8},{"$f":"SUM(C86:F86)+1","v":9},{"$f":"INDEX(B62:B77,G86)","v":8.3000000000000007}]
[]
[]
[]
["CFG3"]
["Setting","R_CFG3 [","EN_VCC1","INC_INDUCT_De-Rate","CONST_TDEAD",{"$f":"IF(Device=\"LM51772\",\"SCALE_DT\",\"uSLEEP\")","v":"SCALE_DT"},{"$f":"C91","v":"EN_VCC1"},{"$f":"D91","v":"INC_INDUCT_De-Rate"},{"$f":"E91","v":"CONST_TDEAD"},{"$f":"F91","v":"SCALE_DT"}]
[1,0,0,0,0,0,{"$f":"IF(C92=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(Device=\"LM51772\",IF(D92=1,\"40%\",\"30%\"),IF(D92=1,\"30%\",\"20%\"))","v":"30%"},{"$f":"IF(E92=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(F92=1,\"Enable\",\"Disable\")","v":"Disable"},null,{"$f":"CONCATENATE($C$91,\": \",C92)","v":"EN_VCC1: 0"},{"$f":"CONCATENATE(D$91,\": \",D92)","v":"INC_INDUCT_De-Rate: 0"},{"$f":"CONCATENATE(E$91,\": \",E92)","v":"CONST_TDEAD: 0"},{"$f":"CONCATENATE(F$91,\": \",F92)","v":"SCALE_DT: 0"},{"$f":"CONCATENATE(K$3,\": \",G92)","v":": Disable"},null,{"$f":"CONCATENATE(L92,\" / \",M92,\" / \",N92,\" / \",O92)","v":"EN_VCC1: 0 / INC_INDUCT_De-Rate: 0 / CONST_TDEAD: 0 / SCALE_DT: 0"}]
[2,0.51100000000000001,1,0,0,0,"Enable","30%","Disable","Disable",null,{"$f":"CONCATENATE($C$91,\": \",C93)","v":"EN_VCC1: 1"},{"$f":"CONCATENATE(D$91,\": \",D93)","v":"INC_INDUCT_De-Rate: 0"},{"$f":"CONCATENATE(E$91,\": \",E93)","v":"CONST_TDEAD: 0"},{"$f":"CONCATENATE(F$91,\": \",F93)","v":"SCALE_DT: 0"},": Enable",null,{"$f":"CONCATENATE(L93,\" / \",M93,\" / \",N93,\" / \",O93)","v":"EN_VCC1: 1 / INC_INDUCT_De-Rate: 0 / CONST_TDEAD: 0 / SCALE_DT: 0"}]
[3,1.1499999999999999,0,1,0,0,"Disable","40%","Disable","Disable",null,"EN_VCC1: 0","INC_INDUCT_De-Rate: 1","CONST_TDEAD: 0","SCALE_DT: 0",": Disable",null,"EN_VCC1: 0 / INC_INDUCT_De-Rate: 1 / CONST_TDEAD: 0 / SCALE_DT: 0"]
[4,1.9,1,1,0,0,"Enable","40%","Disable","Disable",null,"EN_VCC1: 1","INC_INDUCT_De-Rate: 1","CONST_TDEAD: 0","SCALE_DT: 0",": Enable",null,"EN_VCC1: 1 / INC_INDUCT_De-Rate: 1 / CONST_TDEAD: 0 / SCALE_DT: 0"]
[5,2.7,0,0,1,0,"Disable","30%","Enable","Disable",null,"EN_VCC1: 0","INC_INDUCT_De-Rate: 0","CONST_TDEAD: 1","SCALE_DT: 0",": Disable",null,"EN_VCC1: 0 / INC_INDUCT_De-Rate: 0 / CONST_TDEAD: 1 / SCALE_DT: 0"]
[6,3.8,1,0,1,0,"Enable","30%","Enable","Disable",null,"EN_VCC1: 1","INC_INDUCT_De-Rate: 0","CONST_TDEAD: 1","SCALE_DT: 0",": Enable",null,"EN_VCC1: 1 / INC_INDUCT_De-Rate: 0 / CONST_TDEAD: 1 / SCALE_DT: 0"]
[7,5.0999999999999996,0,1,1,0,"Disable","40%","Enable","Disable",null,"EN_VCC1: 0","INC_INDUCT_De-Rate: 1","CONST_TDEAD: 1","SCALE_DT: 0",": Disable",null,"EN_VCC1: 0 / INC_INDUCT_De-Rate: 1 / CONST_TDEAD: 1 / SCALE_DT: 0"]
[8,6.5,1,1,1,0,"Enable","40%","Enable","Disable",null,"EN_VCC1: 1","INC_INDUCT_De-Rate: 1","CONST_TDEAD: 1","SCALE_DT: 0",": Enable",null,"EN_VCC1: 1 / INC_INDUCT_De-Rate: 1 / CONST_TDEAD: 1 / SCALE_DT: 0"]
[9,8.3000000000000007,0,0,0,1,"Disable","30%","Disable","Enable",null,"EN_VCC1: 0","INC_INDUCT_De-Rate: 0","CONST_TDEAD: 0","SCALE_DT: 1",": Disable",null,"EN_VCC1: 0 / INC_INDUCT_De-Rate: 0 / CONST_TDEAD: 0 / SCALE_DT: 1"]
[10,10.5,1,0,0,1,"Enable","30%","Disable","Enable",null,"EN_VCC1: 1","INC_INDUCT_De-Rate: 0","CONST_TDEAD: 0","SCALE_DT: 1",": Enable",null,"EN_VCC1: 1 / INC_INDUCT_De-Rate: 0 / CONST_TDEAD: 0 / SCALE_DT: 1"]
[11,13.3,0,1,0,1,"Disable","40%","Disable","Enable",null,"EN_VCC1: 0","INC_INDUCT_De-Rate: 1","CONST_TDEAD: 0","SCALE_DT: 1",": Disable",null,"EN_VCC1: 0 / INC_INDUCT_De-Rate: 1 / CONST_TDEAD: 0 / SCALE_DT: 1"]
[12,16.2,1,1,0,1,"Enable","40%","Disable","Enable",null,"EN_VCC1: 1","INC_INDUCT_De-Rate: 1","CONST_TDEAD: 0","SCALE_DT: 1",": Enable",null,"EN_VCC1: 1 / INC_INDUCT_De-Rate: 1 / CONST_TDEAD: 0 / SCALE_DT: 1"]
[13,20.5,0,0,1,1,"Disable","30%","Enable","Enable",null,"EN_VCC1: 0","INC_INDUCT_De-Rate: 0","CONST_TDEAD: 1","SCALE_DT: 1",": Disable",null,"EN_VCC1: 0 / INC_INDUCT_De-Rate: 0 / CONST_TDEAD: 1 / SCALE_DT: 1"]
[14,24.9,1,0,1,1,"Enable","30%","Enable","Enable",null,"EN_VCC1: 1","INC_INDUCT_De-Rate: 0","CONST_TDEAD: 1","SCALE_DT: 1",": Enable",null,"EN_VCC1: 1 / INC_INDUCT_De-Rate: 0 / CONST_TDEAD: 1 / SCALE_DT: 1"]
[15,30.1,0,1,1,1,"Disable","40%","Enable","Enable",null,"EN_VCC1: 0","INC_INDUCT_De-Rate: 1","CONST_TDEAD: 1","SCALE_DT: 1",": Disable",null,"EN_VCC1: 0 / INC_INDUCT_De-Rate: 1 / CONST_TDEAD: 1 / SCALE_DT: 1"]
[16,36.5,1,1,1,1,"Enable","40%","Enable","Enable",null,"EN_VCC1: 1","INC_INDUCT_De-Rate: 1","CONST_TDEAD: 1","SCALE_DT: 1",": Enable",null,"EN_VCC1: 1 / INC_INDUCT_De-Rate: 1 / CONST_TDEAD: 1 / SCALE_DT: 1"]
[]
[null,null,0,1,2,3]
[null,null,{"$f":"CONCATENATE(C91,\": off\")","v":"EN_VCC1: off"},{"$f":"CONCATENATE(D91,\": 20%\")","v":"INC_INDUCT_De-Rate: 20%"},{"$f":"CONCATENATE(E91,\": off\")","v":"CONST_TDEAD: off"},{"$f":"CONCATENATE(F91,\": off\")","v":"SCALE_DT: off"}]
[null,null,{"$f":"CONCATENATE(C91,\": on\")","v":"EN_VCC1: on"},{"$f":"CONCATENATE(D91,\": 30%\")","v":"INC_INDUCT_De-Rate: 30%"},{"$f":"CONCATENATE(E91,\": on\")","v":"CONST_TDEAD: on"},{"$f":"CONCATENATE(F91,\": on\")","v":"SCALE_DT: on"}]
[]
[]
[]
[null,"CFG Setting",1,2,1,1,"Calc Setting",{"$f":"CONCATENATE(\"R_\",A90)","v":"R_CFG3"},null,"This cell give 1 for disable and 2 for enable"]
[null,null,{"$f":"(C115-1)*2^C109","v":0},{"$f":"(D115-1)*2^D109","v":2},{"$f":"(E115-1)*2^E109","v":0},{"$f":"(F115-1)*2^F109","v":0},{"$f":"SUM(C116:F116)+1","v":3},{"$f":"INDEX(B92:B107,G116)","v":1.1499999999999999}]
[]
[]
[]
["CFG4"]
["Setting","R_CFG4 [","DRSS","SCP – Hiccup Mode","Neg. Current Limit","Current Limit","Current Limit",{"$f":"D121","v":"SCP – Hiccup Mode"},{"$f":"E121","v":"Neg. Current Limit"},{"$f":"F121","v":"Current Limit"}]
[1,0,0,0,0,0,{"$f":"IF(C122=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(D122=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(E122=1,\"Enable\",\"Disable\")","v":"Disable"},{"$f":"IF(F122=1,\"Enable\",\"Disable\")","v":"Disable"},null,{"$f":"CONCATENATE($C$121,\": \",C122)","v":"DRSS: 0"},{"$f":"CONCATENATE(D$121,\": \",D122)","v":"SCP – Hiccup Mode: 0"},{"$f":"CONCATENATE(E$121,\": \",E122)","v":"Neg. Current Limit: 0"},{"$f":"CONCATENATE(F$121,\": \",F122)","v":"Current Limit: 0"},{"$f":"CONCATENATE(K$3,\": \",G122)","v":": Disable"},null,{"$f":"CONCATENATE(L122,\" / \",M122,\" / \",N122,\" / \",O122)","v":"DRSS: 0 / SCP – Hiccup Mode: 0 / Neg. Current Limit: 0 / Current Limit: 0"}]
[2,0.51100000000000001,1,0,0,0,"Enable","Disable","Disable","Disable",null,{"$f":"CONCATENATE($C$121,\": \",C123)","v":"DRSS: 1"},{"$f":"CONCATENATE(D$121,\": \",D123)","v":"SCP – Hiccup Mode: 0"},{"$f":"CONCATENATE(E$121,\": \",E123)","v":"Neg. Current Limit: 0"},{"$f":"CONCATENATE(F$121,\": \",F123)","v":"Current Limit: 0"},": Enable",null,{"$f":"CONCATENATE(L123,\" / \",M123,\" / \",N123,\" / \",O123)","v":"DRSS: 1 / SCP – Hiccup Mode: 0 / Neg. Current Limit: 0 / Current Limit: 0"}]
[3,1.1499999999999999,0,1,0,0,"Disable","Enable","Disable","Disable",null,"DRSS: 0","SCP – Hiccup Mode: 1","Neg. Current Limit: 0","Current Limit: 0",": Disable",null,"DRSS: 0 / SCP – Hiccup Mode: 1 / Neg. Current Limit: 0 / Current Limit: 0"]
[4,1.9,1,1,0,0,"Enable","Enable","Disable","Disable",null,"DRSS: 1","SCP – Hiccup Mode: 1","Neg. Current Limit: 0","Current Limit: 0",": Enable",null,"DRSS: 1 / SCP – Hiccup Mode: 1 / Neg. Current Limit: 0 / Current Limit: 0"]
[5,2.7,0,0,1,0,"Disable","Disable","Enable","Disable",null,"DRSS: 0","SCP – Hiccup Mode: 0","Neg. Current Limit: 1","Current Limit: 0",": Disable",null,"DRSS: 0 / SCP – Hiccup Mode: 0 / Neg. Current Limit: 1 / Current Limit: 0"]
[6,3.8,1,0,1,0,"Enable","Disable","Enable","Disable",null,"DRSS: 1","SCP – Hiccup Mode: 0","Neg. Current Limit: 1","Current Limit: 0",": Enable",null,"DRSS: 1 / SCP – Hiccup Mode: 0 / Neg. Current Limit: 1 / Current Limit: 0"]
[7,5.0999999999999996,0,1,1,0,"Disable","Enable","Enable","Disable",null,"DRSS: 0","SCP – Hiccup Mode: 1","Neg. Current Limit: 1","Current Limit: 0",": Disable",null,"DRSS: 0 / SCP – Hiccup Mode: 1 / Neg. Current Limit: 1 / Current Limit: 0"]
[8,6.5,1,1,1,0,"Enable","Enable","Enable","Disable",null,"DRSS: 1","SCP – Hiccup Mode: 1","Neg. Current Limit: 1","Current Limit: 0",": Enable",null,"DRSS: 1 / SCP – Hiccup Mode: 1 / Neg. Current Limit: 1 / Current Limit: 0"]
[9,8.3000000000000007,0,0,0,1,"Disable","Disable","Disable","Enable",null,"DRSS: 0","SCP – Hiccup Mode: 0","Neg. Current Limit: 0","Current Limit: 1",": Disable",null,"DRSS: 0 / SCP – Hiccup Mode: 0 / Neg. Current Limit: 0 / Current Limit: 1"]
[10,10.5,1,0,0,1,"Enable","Disable","Disable","Enable",null,"DRSS: 1","SCP – Hiccup Mode: 0","Neg. Current Limit: 0","Current Limit: 1",": Enable",null,"DRSS: 1 / SCP – Hiccup Mode: 0 / Neg. Current Limit: 0 / Current Limit: 1"]
[11,13.3,0,1,0,1,"Disable","Enable","Disable","Enable",null,"DRSS: 0","SCP – Hiccup Mode: 1","Neg. Current Limit: 0","Current Limit: 1",": Disable",null,"DRSS: 0 / SCP – Hiccup Mode: 1 / Neg. Current Limit: 0 / Current Limit: 1"]
[12,16.2,1,1,0,1,"Enable","Enable","Disable","Enable",null,"DRSS: 1","SCP – Hiccup Mode: 1","Neg. Current Limit: 0","Current Limit: 1",": Enable",null,"DRSS: 1 / SCP – Hiccup Mode: 1 / Neg. Current Limit: 0 / Current Limit: 1"]
[13,20.5,0,0,1,1,"Disable","Disable","Enable","Enable",null,"DRSS: 0","SCP – Hiccup Mode: 0","Neg. Current Limit: 1","Current Limit: 1",": Disable",null,"DRSS: 0 / SCP – Hiccup Mode: 0 / Neg. Current Limit: 1 / Current Limit: 1"]
[14,24.9,1,0,1,1,"Enable","Disable","Enable","Enable",null,"DRSS: 1","SCP – Hiccup Mode: 0","Neg. Current Limit: 1","Current Limit: 1",": Enable",null,"DRSS: 1 / SCP – Hiccup Mode: 0 / Neg. Current Limit: 1 / Current Limit: 1"]
[15,30.1,0,1,1,1,"Disable","Enable","Enable","Enable",null,"DRSS: 0","SCP – Hiccup Mode: 1","Neg. Current Limit: 1","Current Limit: 1",": Disable",null,"DRSS: 0 / SCP – Hiccup Mode: 1 / Neg. Current Limit: 1 / Current Limit: 1"]
[16,36.5,1,1,1,1,"Enable","Enable","Enable","Enable",null,"DRSS: 1","SCP – Hiccup Mode: 1","Neg. Current Limit: 1","Current Limit: 1",": Enable",null,"DRSS: 1 / SCP – Hiccup Mode: 1 / Neg. Current Limit: 1 / Current Limit: 1"]
[]
[null,null,0,1,2,3]
[null,null,{"$f":"CONCATENATE(C121,\": off\")","v":"DRSS: off"},{"$f":"CONCATENATE(D121,\": off\")","v":"SCP – Hiccup Mode: off"},{"$f":"CONCATENATE(E121,\": off\")","v":"Neg. Current Limit: off"},"IMON_LIMIT: off"]
[null,null,{"$f":"CONCATENATE(C121,\": on\")","v":"DRSS: on"},{"$f":"CONCATENATE(D121,\": on\")","v":"SCP – Hiccup Mode: on"},{"$f":"CONCATENATE(E121,\": on\")","v":"Neg. Current Limit: on"},"ILIMIT: iSET"]
[null,null,null,null,null,"ILIMIT: ILIM_DAC"]
[null,null,null,null,null,"ILIMIT: ILIM_DAC (RC-Filter)"]
[]
[null,"CFG Setting",1,1,1,3,"Calc Setting",{"$f":"CONCATENATE(\"R_\",A120)","v":"R_CFG4"},null,"This cell give 1 for disable and 2 for enable"]
[null,null,{"$f":"(C145-1)*2^C139","v":0},{"$f":"(D145-1)*2^D139","v":0},{"$f":"(E145-1)*2^E139","v":0},{"$f":"(IF(F145>1,1,0)*2^F139)","v":8},{"$f":"SUM(C146:F146)+1","v":9},{"$f":"INDEX(B122:B137,G146)","v":8.3000000000000007},null,{"$f":"F145","v":3},"Decoded IMON/Limiter"]
[]
[]
[]
[]
["CDC Gain"]
[0.25]
[0.5]
[1]
[2]
[]
[]
[]
["CDC disabled",1]
["CDC enabled"]
[]
["Internal FB disabled",1]
["Int. FB (SEL_DIV20 = 0)"]
["Int. FB (SEL_DIV20 = 1)"]

{"sheet":"Schematic Management","index":12,"n_rows":17,"n_cols":8,"rows_kept":17,"cut":false,"hidden":true,"merged":[]}
[]
[{"$f":"CHOOSE(With_CDC,CHOOSE(With_RCS,  \"SCH772_NO_RCS_NO_CDC\", \"SCH772_RCS_LIM_NO_CDC\",\"SCH772_RCS_LIM_DAC_NO_CDC\",\"SCH772_RCS_LIM_DACplus_NO_CDC\"),CHOOSE(With_RCS, \"SCH772_NO_RCS\",\"SCH772_RCS_LIM\",\"SCH772_RCS_LIM_DAC\",\"SCH772_RCS_LIM_DACplus\"))","v":"SCH772_RCS_LIM_DAC_NO_CDC"}]
[]
[]
[]
[null,"\"SCH772_NO_RCS_NO_CDC\"",null,"\"SCH772_RCS_LIM_NO_CDC\"",null,"\"SCH772_RCS_LIM_DAC_NO_CDC\"",null,"\"SCH772_RCS_LIM_DAC+_NO_CDC\""]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,"\"SCH772_NO_RCS\"",null,"\"SCH772_RCS_LIM\"",null,"\"SCH772_RCS_LIM_DAC\"",null,"\"SCH772_RCS_LIM_DAC+\""]

{"sheet":"Stability Calculations","index":13,"n_rows":687,"n_cols":51,"rows_kept":687,"cut":false,"hidden":true,"merged":[[9,32,9,34],[9,37,9,38],[9,40,9,41],[10,3,10,5],[10,6,10,8],[10,9,10,11],[10,12,10,14],[10,15,10,17],[10,19,10,21],[10,22,10,24],[1,1,1,3],[1,4,1,6],[1,16,1,18],[9,1,11,1],[9,2,9,17],[9,18,9,30],[10,25,10,27],[10,28,10,30]]}
[]
[null,"Divider Network & EA Poles/Zeros",null,null,"Modulator",null,null,null,null,"Power Stage Poles/Zeros",null,null,null,null,"Complex Pole Pair",null,"Total System"]
[null,"Afb1",{"$f":"Afb","v":0.05},"V/V","Acs",{"$f":"Acs","v":40},"A/V","gm",{"$f":"gm","v":5.9999999999999995E-4},"z_ESR",null,{"$f":"Fesr","v":318309.88618379069},"Hz","p3",{"$f":"Fsw/2","v":300000},"Hz","Adc",{"$f":"Am*Afb*AEA","v":19151.01234567901},"V/V"]
[null,"EA zero, z1",{"$f":"Fz1_u","v":15.915494309189533},"Hz","Am",{"$f":"Am","v":63.836707818930037},"V/V",null,null,"p_dom",null,{"$f":"Fp_dominant","v":795.77471545947674},"Hz","pterm1",{"$f":"Q*PS_Pole2","v":159264.49259418121},null,"Crossover",{"$f":"AW8/1000","v":15.311999999999999},"kHz"]
[null,"EA pole, p1",{"$f":"Fp1_u","v":0.157579151576134},"Hz","Q",{"$f":"Q","v":0.53088164198060406},null,null,null,"z_RHP",null,{"$f":"IF(VIN_nom>Vout, 10000000,Frhp)","v":135120.06868099922},"Hz","pterm2",{"$f":"PS_Pole2^2+0.01","v":90000000000.009995},null,"Phase Margin",{"$f":"AW9","v":-5.9000849520453755},"°"]
[null,"Aea",{"$f":"AEA","v":5999.9999999999991},"V/V","mc",{"$f":"mc","v":1.3780000000000001},null,null,null,null,null,null,null,null,null,null,"radconv",{"$f":"180/Pi","v":57.295779513082323},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"XOVER SEARCH"]
[null,"EA pole, p2",{"$f":"Fp2_u","v":1579.9437757626504},"Hz","k",{"$f":"k","v":1.0995872921810701},null,null,null,null,null,null,null,null,null,null,"Adc [dB]",{"$f":"20*LOG(Adc)","v":85.643834724862117},"dB",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"System",null,"Error Amp"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"xover",{"$f":"SUM(AV12:AV613)","v":15312},"xover",{"$f":"SUM(AX12:AX613)","v":93325}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"phase margin",{"$f":"SUM(AW13:AW613)","v":-5.9000849520453755},"phase margin",{"$f":"SUM(AY13:AY613)","v":-89.039779251092654}]
[null,"Freq (Hz)","Power Stage",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Error Amplifier",null,null,null,null,null,null,null,null,null,null,null,null,null,"System Response",null,null,null,null,"ERROR AMP Response",null,null,"PLANT Response"]
[null,null,null,"p_dom",null,null,"z_ESR",null,null,"z_RHP",null,null,"Sampling Double Pole",null,null,"Total",null,null,null,"p1",null,null,"z1",null,null,"p2",null,null,"Total"]
[null,null,"ADC","Complex","Gain(V/V)","Phase(rad)","Complex","Gain(V/V)","Phase(rad)","Complex","Gain(V/V)","Phase(rad)","Complex","Gain(V/V)","Phase(rad)","Complex","Gain(V/V)","Phase(rad)","ADC_EA","Complex","Gain(V/V)","Phase(rad)","Complex","Gain(V/V)","Phase(rad)","Complex","Gain(V/V)","Phase(rad)","Complex","Gain(V/V)","Phase(rad)","Complex","Gain(dB)",":Loop Phase Margin (°)","Phase (°)",null,null,"Gain(dB)","Phase(Deg)",null,"Gain(dB)","Phase(Deg)"]
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[null,"Pole/Zero Locations for Chart"]
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[]
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[]
[null,null,null,null,null,null,null,"System",null,"Plant"]
[null,null,"p1","p-dom",null,null,{"$f":"PS_Pole1","v":795.77471545947674},{"$f":"AW622","v":52.036805362394517},null,{"$f":"BE622","v":91.246868880416869}]
[null,null,"z1","ESR zero",null,null,{"$f":"PS_Zero1","v":318309.88618379069},{"$f":"AW623","v":-46.344105478397111},null,{"$f":"BE623","v":89.727358966191716}]
[null,null,"p2","EA pole",null,null,{"$f":"IL_Pole1","v":0.16902642432534409},{"$f":"AW624","v":117.65997069811858},null,{"$f":"BE624","v":89.493139924251452}]
[null,null,"z2","EA zero",null,null,{"$f":"IL_Zero1","v":99.596334850998332},{"$f":"AW625","v":71.636267787221215},null,{"$f":"BE625","v":89.53799208297562}]
[null,null,"p3","p_sampling",null,null,{"$f":"PS_Pole2","v":300000},{"$f":"AW626","v":-45.347733125368038},null,{"$f":"BE626","v":90.269062344848209}]
[null,null,"zRHP","RHP zero",null,null,{"$f":"PS_RHPZ","v":135120.06868099922},{"$f":"AW628","v":-34.014192464891863},null,{"$f":"BE628","v":93.656719379817474}]
[]
[null,null,{"$f":"U4*1000","v":16312.5}]
[null,null,{"$f":"U4*1000","v":16312.5}]
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[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"phase margin",{"$f":"SUM(BM689:BM1306)","v":0}]

{"sheet":"Efficiency Plot Management","index":15,"n_rows":9,"n_cols":1,"rows_kept":9,"cut":false,"hidden":true,"merged":[]}
[]
[{"$f":"IF(PLOT_TYPE=1, \"EFF_IOUT\", \"EFF_VIN\")","v":"EFF_IOUT"}]
[]
[]
[]
[]
[]
[]
[{"$f":"IF(OR(BODEPLOT_TYPE=FALSE,IMONLIM_select = 0), \"BodePlot\", \"BodePlot_ILim\")","v":"BodePlot"}]

{"sheet":"Efficiency vs VIN Calculations","index":16,"n_rows":209,"n_cols":92,"rows_kept":209,"cut":false,"hidden":true,"merged":[[6,29,6,31],[0,0,3,3],[5,0,6,3],[6,6,6,21],[6,22,6,25],[6,26,6,28],[6,32,6,36],[6,37,6,40],[6,56,6,59],[6,60,6,64],[6,66,6,73],[6,41,6,45],[6,46,6,49]]}
["BUCK-BOOST CONTROLLER POWER TOOL"]
[null,null,null,null,null,null,null,{"$f":"BK9","v":0.93312866234551439},"Low VIN"]
[null,null,null,null,null,null,null,{"$f":"BK109","v":0.96222443526719859},"Nom VIN"]
[null,null,null,null,null,null,null,{"$f":"BK209","v":0.93359192937991187},"High VIN"]
[]
["Enter the values of your design and MOSFET datasheet specifications below. Note that thermal resistance (θJA) will change when components are placed on the PCB",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,80,100,120,140,160,180,20,30,40,50]
[null,null,null,null,null,null,"Operating Point Condtions",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Filter Inductor",null,null,null,"Cout",null,null,"Cin",null,null,"High-side BUCK \"Control\" MOSFET Losses ",null,null,null,null,"Low-side BUCK \"Sync\" MOSFET Losses ",null,null,null,"Low-side BOOST \"Control\" MOSFET Losses ",null,null,null,null,"High-side BOOST \"Sync\" MOSFET Losses ",null,null,null,"Pass FET","External Diode","Diode/FET","Diode/FET","Sense Rs","Output Rs","Controller IC Losses",null,null,null,"RESULTS",null,null,null,null,null,"Consolidated Buck/Boost Efficiency & Losses"]
["Input Parameters",null,null,null,null,null,"Step","Vin","Mode","Mode Digit","Iout","Iin","t1_Ph_II","t2_Ph_I","t3_Ph_III","I_0","I_1","I_2","Avg IL","Duty Cycle BUCK Leg","Duty Cycle BOOST Leg","Ripple Current pk-pk","Irms Lf","DCR    Loss","Core Loss","Total Inductor Loss","Irms Cout","Cout ESR Loss","Total Cout Loss","Irms Cin","Cin ESR Loss","Total Cin Loss","Irms BuCtrl","RDS(on) Loss BuCtrl","Transition Loss BuCtrl","Dead Time Loss BuCtrl","Total Control Bu MOSFET Loss","Irms BuSync","RDS(on) Loss BuSync","Deadtime Loss BuSync","Total Sync Bu MOSFET Loss","Irms BoCtlr","RDS(on) Loss BoCtlr","Transition Loss BoCtlr","Dead Time Loss BoCtlr","Total Control Bo MOSFET Loss","Irms BoSync","RDS(on) Loss BoSync","Deadtime Loss BoSync","Total Sync Bo MOSFET Loss","Q1/Q3 RDS(on) Loss @ D = 100%","Deadtime Loss ext D","Reverse Recovery Loss MOSFET D BUCK","Reverse Recovery Loss MOSFET D BOOST","Isense Shunt Loss","Iout Shunt Loss","IQ Loss","Switching Current Loss","Switching Current Diss","Total IC Loss","Total Loss","Pout","EFF, h","Control FET Temp Rise","Sync FET Temp Rise","Column1","h","Inductor Cu & Core Loss","Total MOSFET Loss","Buck ''Control'' MOSFET Loss","Buck ''SYNC'' MOSFET Loss","Boost ''Control'' MOSFET Loss","Boost ''SYNC'' MOSFET Loss","Shunt Loss",null,null,null,null,null,null,"Qg",null,"θJA=80","θJA=100","θJA=120","θJA=140","θJA=160","θJA=180","θJA=20","θJA=30","θJA=40","θJA=50"]
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Row],[t3_Ph_III]]*(Table1[[#This Row],[I_2]]*Table1[[#This Row],[I_0]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_2]])^2)/3))))","v":11.723466161387298},{"$f":"(Table1[[#This Row],[Irms Lf]]^2*Rdcr*(1+Ltc*Ta-Ltc*25))/(1-Table1[[#This Row],[Irms Lf]]^2*Rdcr*Ltc*ThetaCa)","v":0.83578689663815242},{"$f":"ABS(7.759*10^-3*Fsw^0.9458*(0.00787*Table1[[#This Row],[Ripple Current pk-pk]])^2.304)","v":0.33983742615607671},{"$f":"Table1[[#This Row],[DCR    Loss]]+Table1[[#This Row],[Core Loss]]","v":1.1756243227942291},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, Table1[[#This Row],[Ripple Current pk-pk]]/SQRT(12), SQRT(Table1[[#This Row],[Duty Cycle BOOST Leg]]/(1-Table1[[#This Row],[Duty Cycle BOOST Leg]]))*SQRT(Table1[[#This Row],[Iout]]^2+(Table1[[#This Row],[Ripple Current pk-pk]]^2)/12))","v":5.6738989452772692},{"$f":"RCoutEsr*Table1[[#This Row],[Irms Cout]]^2","v":0.16096564620609255},{"$f":"Table1[[#This Row],[Cout ESR Loss]]","v":0.16096564620609255},{"$f":"IF(Table1[[#This 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MOSFET Loss]],Table1[[#This Row],[Total Sync Bo MOSFET Loss]], Table1[[#This Row],[Deadtime Loss ext D]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table1[[#This Row],[Total IC Loss]],Table1[[#This Row],[Isense Shunt Loss]],Table1[[#This Row],[Iout Shunt Loss]])","v":6.573807776314319},{"$f":"Vout*Table1[[#This Row],[Iout]]","v":100},{"$f":"Table1[[#This Row],[Pout]]/(Table1[[#This Row],[Pout]]+Table1[[#This Row],[Total Loss]])","v":0.93831685370469298},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]),ThetaJA_Q4*(Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":120.20037182565771},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, Table1[[#This Row],[Total Sync Bu MOSFET 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MOSFET Loss]],Table1[[#This Row],[Total Sync Bo MOSFET Loss]], Table1[[#This Row],[Deadtime Loss ext D]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table1[[#This Row],[Total IC Loss]],Table1[[#This Row],[Isense Shunt Loss]],Table1[[#This Row],[Iout Shunt Loss]])","v":6.5690210204195774},{"$f":"Vout*Table1[[#This Row],[Iout]]","v":100},{"$f":"Table1[[#This Row],[Pout]]/(Table1[[#This Row],[Pout]]+Table1[[#This Row],[Total Loss]])","v":0.93835900004035033},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]),ThetaJA_Q4*(Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":120.39662024619557},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, Table1[[#This Row],[Total Sync Bu MOSFET 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["Theta Ja",2,"°C/W","Junction to Ambient Resistance",null,null,54,{"$f":"VIN_min+(VIN_max-VIN_min)*(Table1[[#This Row],[Step]]/200)","v":19.53},{"$f":"IF(Mode = 2,IF(Table1[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table1[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table1[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BUCK-BST"},{"$f":"IF(Table1[[#This Row],[Mode]]=\"BOOST\",2, IF(Table1[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":3},5,{"$f":"Vout*Table1[[#This Row],[Iout]]/(Table1[[#This Row],[Vin]]*Efficiency)","v":5.3898186326030126},{"$f":"MIN(1/Fsw,CHOOSE(Table1[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table1[[#This Row],[Iout]])/(Table1[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table1[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table1[[#This Row],[Iin]]-Table1[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table1[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":1.0397285731386053E-6},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],1/Fsw-Table1[[#This 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MOSFET Loss]],Table1[[#This Row],[Total Sync Bo MOSFET Loss]], Table1[[#This Row],[Deadtime Loss ext D]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table1[[#This Row],[Total IC Loss]],Table1[[#This Row],[Isense Shunt Loss]],Table1[[#This Row],[Iout Shunt Loss]])","v":6.5555639112685817},{"$f":"Vout*Table1[[#This Row],[Iout]]","v":100},{"$f":"Table1[[#This Row],[Pout]]/(Table1[[#This Row],[Pout]]+Table1[[#This Row],[Total Loss]])","v":0.93847750722123191},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]),ThetaJA_Q4*(Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":120.99660821111998},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, Table1[[#This Row],[Total Sync Bu MOSFET 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MOSFET Loss]],Table1[[#This Row],[Total Sync Bo MOSFET Loss]], Table1[[#This Row],[Deadtime Loss ext D]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table1[[#This Row],[Total IC Loss]],Table1[[#This Row],[Isense Shunt Loss]],Table1[[#This Row],[Iout Shunt Loss]])","v":6.4616102864307789},{"$f":"Vout*Table1[[#This Row],[Iout]]","v":100},{"$f":"Table1[[#This Row],[Pout]]/(Table1[[#This Row],[Pout]]+Table1[[#This Row],[Total Loss]])","v":0.93930572467346607},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]),ThetaJA_Q4*(Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":124.29519155721572},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, Table1[[#This Row],[Total Sync Bu MOSFET 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MOSFET Loss]],Table1[[#This Row],[Total Sync Bo MOSFET Loss]], Table1[[#This Row],[Deadtime Loss ext D]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table1[[#This Row],[Total IC Loss]],Table1[[#This Row],[Isense Shunt Loss]],Table1[[#This Row],[Iout Shunt Loss]])","v":6.473223684936813},{"$f":"Vout*Table1[[#This Row],[Iout]]","v":100},{"$f":"Table1[[#This Row],[Pout]]/(Table1[[#This Row],[Pout]]+Table1[[#This Row],[Total Loss]])","v":0.93920327138688298},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]),ThetaJA_Q4*(Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":124.60406828214815},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, Table1[[#This Row],[Total Sync Bu MOSFET 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MOSFET Loss]],Table1[[#This Row],[Total Sync Bo MOSFET Loss]], Table1[[#This Row],[Deadtime Loss ext D]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table1[[#This Row],[Total IC Loss]],Table1[[#This Row],[Isense Shunt Loss]],Table1[[#This Row],[Iout Shunt Loss]])","v":6.4850196707836689},{"$f":"Vout*Table1[[#This Row],[Iout]]","v":100},{"$f":"Table1[[#This Row],[Pout]]/(Table1[[#This Row],[Pout]]+Table1[[#This Row],[Total Loss]])","v":0.93909923019375685},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]),ThetaJA_Q4*(Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":124.91200141948423},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, Table1[[#This Row],[Total Sync Bu MOSFET 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Row],[t2_Ph_I]])))","v":5.4044271762492597},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],Table1[[#This Row],[I_0]]+1/Lf*(Table1[[#This Row],[Vin]]-Vout)*Table1[[#This Row],[t1_Ph_II]],Table1[[#This Row],[I_0]]+1/Lf*Table1[[#This Row],[Vin]]*Table1[[#This Row],[t1_Ph_II]],Table1[[#This Row],[I_0]]+(Table1[[#This Row],[Vin]]-Vout)/L*Table1[[#This Row],[t1_Ph_II]])","v":6.3228540825216939},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],0,0,Table1[[#This Row],[I_1]]+Table1[[#This Row],[Vin]]/L*Table1[[#This Row],[t2_Ph_I]])","v":8.0547481668280625},{"$f":"Fsw*(Table1[[#This Row],[I_0]]*Table1[[#This Row],[t1_Ph_II]]+Table1[[#This Row],[I_1]]*Table1[[#This Row],[t2_Ph_I]]+Table1[[#This Row],[I_2]]*Table1[[#This Row],[t3_Ph_III]])","v":6.1630120365059273},{"$f":"MIN(1,CHOOSE(Table1[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table1[[#This Row],[Iout]])/(Table1[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table1[[#This Row],[Iout]]),1,Fsw*Table1[[#This Row],[t2_Ph_I]]+Table1[[#This 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(Vout*Iout/2)*(Fsw/1)*(Tr_boost+Tf_boost))","v":1.005565094475567},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, 0, IF(Table1[[#This Row],[Iin]]>Table1[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table1[[#This Row],[Iin]]-Table1[[#This Row],[Ripple Current pk-pk]]/2)*Vsd_Q4*Deadtime*Fsw))","v":0},{"$f":"(Table1[[#This Row],[Dead Time Loss BoCtlr]]+Table1[[#This Row],[Transition Loss BoCtlr]]+Table1[[#This Row],[RDS(on) Loss BoCtlr]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table1[[#This Row],[RDS(on) Loss BoCtlr]]*RdsonTopTc*ThetaJA_Q4)","v":1.043098043845698},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],SQRT((Fsw*(Table1[[#This Row],[t1_Ph_II]]+Table1[[#This Row],[t2_Ph_I]]))*((Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_1]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_1]])^2)/3))),SQRT((Fsw*(Table1[[#This Row],[t2_Ph_I]]+0))*((Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_1]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_1]])^2)/3))),SQRT(Fsw*(Table1[[#This Row],[t1_Ph_II]]*((Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_1]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_1]])^2)/3))+Table1[[#This Row],[t3_Ph_III]]*((Table1[[#This Row],[I_2]]*Table1[[#This Row],[I_0]]+((Table1[[#This Row],[I_2]]-Table1[[#This Row],[I_0]])^2)/3)))))","v":5.6951522780594033},{"$f":"Rdson3*Table1[[#This Row],[Irms BoSync]]^2","v":0.1362259897751979},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], 0, IF(Table1[[#This Row],[Iin]]<Table1[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*(Table1[[#This Row],[Iin]]+Table1[[#This Row],[Ripple Current pk-pk]]/2), 2*Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*Table1[[#This Row],[Iin]]), IF(Table1[[#This Row],[Iin]]<Table1[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*(Table1[[#This Row],[Iin]]+Table1[[#This Row],[Ripple Current pk-pk]]/2), 2*Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*Table1[[#This Row],[Iin]]))","v":0.22360537104350281},{"$f":"(Table1[[#This Row],[Deadtime Loss BoSync]]+Table1[[#This Row],[RDS(on) Loss BoSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table1[[#This Row],[RDS(on) Loss BoSync]]*RdsonBotTc*ThetaJA_Q3)","v":0.3719934014513121},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], Rdson3*Table1[[#This Row],[Irms Lf]]^2, Rdson1*Table1[[#This Row],[Irms Lf]]^2, 0)","v":0},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table1[[#This Row],[Iout]], 2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table1[[#This Row],[Iin]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table1[[#This Row],[Iout]]+2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table1[[#This Row],[Iin]])","v":0},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2)*Fsw*(Table1[[#This Row],[Vin]]-Table1[[#This Row],[Iout]]*Rdson1),0,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2)*Fsw*(Table1[[#This Row],[Vin]]-Table1[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0.51154799999999989},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],0, IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2)*Fsw*(Table1[[#This Row],[Vin]]-Table1[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0.51154799999999989},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], Rs*Table1[[#This Row],[Irms BuSync]]^2, Rs*Table1[[#This Row],[Irms BoCtlr]]^2, Rs*(Table1[[#This Row],[Irms BuSync]]^2+Table1[[#This Row],[Irms BoCtlr]]^2))","v":4.5222833129260974E-2},0.25,{"$f":"IF(Vout>8, Iq*Vout, Iq*Table1[[#This Row],[Vin]])","v":0.06},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], (Qg_Q1+Qg_Q2)*Fsw, (Qg_Q3+Qg_Q4)*Fsw, (Qg_Q1+Qg_Q2+Qg_Q3+Qg_Q4)*Fsw)*IF(Vout>8, Vout, Table1[[#This Row],[Vin]])","v":1.2959999999999998},0.32645042016806725,{"$f":"Table1[[#This Row],[IQ Loss]]+Table1[[#This Row],[Switching Current Loss]]","v":1.3559999999999999},{"$f":"SUM(Table1[[#This Row],[Total Inductor Loss]],Table1[[#This Row],[Total Cout Loss]],Table1[[#This Row],[Total Cin Loss]],Table1[[#This Row],[Total Control Bu MOSFET Loss]],Table1[[#This Row],[Total Sync Bu MOSFET Loss]],Table1[[#This Row],[Total Control Bo MOSFET Loss]],Table1[[#This Row],[Total Sync Bo MOSFET Loss]], Table1[[#This Row],[Deadtime Loss ext D]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table1[[#This Row],[Total IC Loss]],Table1[[#This Row],[Isense Shunt Loss]],Table1[[#This Row],[Iout Shunt Loss]])","v":6.4969894357936209},{"$f":"Vout*Table1[[#This Row],[Iout]]","v":100},{"$f":"Table1[[#This Row],[Pout]]/(Table1[[#This Row],[Pout]]+Table1[[#This Row],[Total Loss]])","v":0.93899367981936599},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]),ThetaJA_Q4*(Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":125.21881461579983},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, Table1[[#This Row],[Total Sync Bu MOSFET Loss]]*ThetaJA_Q2, ThetaJA_Q3*Table1[[#This Row],[Total Sync Bo MOSFET Loss]])","v":17.383390814976678},null,{"$f":"Table1[[#This Row],[EFF, h]]*100","v":93.899367981936592},{"$f":"Table1[[#This Row],[Total Inductor Loss]]","v":0.53342345007949321},{"$f":"Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Total Sync Bu MOSFET Loss]]+Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Total Sync Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]","v":4.3033428691432851},{"$f":"Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.66","v":1.9130539235966637},{"$f":"Table1[[#This Row],[Total Sync Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.33","v":0.45853402024961126},{"$f":" Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.66","v":1.3807197238456981},{"$f":" Table1[[#This Row],[Total Sync Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.33","v":0.54080424145131212},{"$f":"Table1[[#This Row],[Isense Shunt Loss]]","v":4.5222833129260974E-2}]
["Total",{"$f":"SUM(B77:B79)","v":{"$error":"#NAME?"}},"A",null,null,null,71,{"$f":"VIN_min+(VIN_max-VIN_min)*(Table1[[#This Row],[Step]]/200)","v":22.844999999999999},{"$f":"IF(Mode = 2,IF(Table1[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table1[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table1[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BUCK-BST"},{"$f":"IF(Table1[[#This Row],[Mode]]=\"BOOST\",2, IF(Table1[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":3},5,{"$f":"Vout*Table1[[#This Row],[Iout]]/(Table1[[#This Row],[Vin]]*Efficiency)","v":4.6077110043658065},{"$f":"MIN(1/Fsw,CHOOSE(Table1[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table1[[#This Row],[Iout]])/(Table1[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table1[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table1[[#This Row],[Iin]]-Table1[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table1[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":1.0397285731386053E-6},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],1/Fsw-Table1[[#This Row],[t1_Ph_II]],1/Fsw-Table1[[#This Row],[t1_Ph_II]],(Vout/Fsw-Table1[[#This Row],[Vin]]*t1_Ph_II)/(Table1[[#This Row],[Vin]]+Vout))","v":2.236138191149936E-7},{"$f":"1/Fsw-(Table1[[#This Row],[t1_Ph_II]]+Table1[[#This Row],[t2_Ph_I]])","v":4.0332427441306788E-7},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],Table1[[#This Row],[Iout]]-1/(2*Lf)*(Table1[[#This Row],[Vin]]-Vout)*Table1[[#This Row],[t1_Ph_II]],Table1[[#This Row],[Iin]]-1/(2*Lf)*Table1[[#This Row],[Vin]]*Table1[[#This Row],[t1_Ph_II]],1/(Table1[[#This Row],[t1_Ph_II]]+Table1[[#This Row],[t2_Ph_I]])*(Table1[[#This Row],[Iin]]/Fsw-(1/2*(Table1[[#This Row],[Vin]]-Vout)/Lf*Table1[[#This Row],[t1_Ph_II]]*Table1[[#This Row],[t1_Ph_II]]+(Table1[[#This Row],[Vin]]-Vout)/Lf*Table1[[#This Row],[t1_Ph_II]]*Table1[[#This Row],[t2_Ph_I]]+1/2*Table1[[#This Row],[Vin]]/L*Table1[[#This Row],[t2_Ph_I]]*Table1[[#This Row],[t2_Ph_I]])))","v":5.3477625121060655},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],Table1[[#This Row],[I_0]]+1/Lf*(Table1[[#This Row],[Vin]]-Vout)*Table1[[#This Row],[t1_Ph_II]],Table1[[#This Row],[I_0]]+1/Lf*Table1[[#This Row],[Vin]]*Table1[[#This Row],[t1_Ph_II]],Table1[[#This Row],[I_0]]+(Table1[[#This Row],[Vin]]-Vout)/L*Table1[[#This Row],[t1_Ph_II]])","v":6.3337717756325089},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],0,0,Table1[[#This Row],[I_1]]+Table1[[#This Row],[Vin]]/L*Table1[[#This Row],[t2_Ph_I]])","v":8.0365910081931844},{"$f":"Fsw*(Table1[[#This Row],[I_0]]*Table1[[#This Row],[t1_Ph_II]]+Table1[[#This Row],[I_1]]*Table1[[#This Row],[t2_Ph_I]]+Table1[[#This Row],[I_2]]*Table1[[#This Row],[t3_Ph_III]])","v":6.1307355716893221},{"$f":"MIN(1,CHOOSE(Table1[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table1[[#This Row],[Iout]])/(Table1[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table1[[#This Row],[Iout]]),1,Fsw*Table1[[#This Row],[t2_Ph_I]]+Table1[[#This Row],[t1_Ph_II]]))","v":0.1341693311975693},{"$f":"MIN(1,CHOOSE(Table1[[#This Row],[Mode Digit]],0,(Vout+(Rdson3+Rdcr)*Table1[[#This Row],[Iin]]-Table1[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table1[[#This Row],[Iin]]),Fsw*Table1[[#This Row],[t1_Ph_II]]+Table1[[#This Row],[t3_Ph_III]]))","v":0.62383754720743756},{"$f":"MAX(Table1[[#This Row],[I_0]:[I_2]])-MIN(Table1[[#This Row],[I_0]:[I_1]])","v":2.6888284960871189},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],SQRT((Table1[[#This Row],[t1_Ph_II]]+Table1[[#This Row],[t2_Ph_I]])*Fsw*(Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_1]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_1]])^2)/3)),SQRT((Table1[[#This Row],[t1_Ph_II]]+Table1[[#This Row],[t2_Ph_I]])*Fsw*(Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_1]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_1]])^2)/3)),SQRT(Fsw*(Table1[[#This Row],[t1_Ph_II]]*(Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_1]]+((Table1[[#This Row],[I_1]]-Table1[[#This Row],[I_0]])^2)/3)+Table1[[#This Row],[t2_Ph_I]]*(Table1[[#This Row],[I_1]]*Table1[[#This Row],[I_2]]+((Table1[[#This Row],[I_2]]-Table1[[#This Row],[I_1]])^2)/3)+Table1[[#This Row],[t3_Ph_III]]*(Table1[[#This Row],[I_2]]*Table1[[#This Row],[I_0]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_2]])^2)/3))))","v":6.2669893283962903},{"$f":"(Table1[[#This Row],[Irms Lf]]^2*Rdcr*(1+Ltc*Ta-Ltc*25))/(1-Table1[[#This Row],[Irms Lf]]^2*Rdcr*Ltc*ThetaCa)","v":0.22795086422522948},{"$f":"ABS(7.759*10^-3*Fsw^0.9458*(0.00787*Table1[[#This Row],[Ripple Current pk-pk]])^2.304)","v":0.31392100431286463},{"$f":"Table1[[#This Row],[DCR    Loss]]+Table1[[#This Row],[Core Loss]]","v":0.5418718685380941},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, Table1[[#This Row],[Ripple Current pk-pk]]/SQRT(12), SQRT(Table1[[#This Row],[Duty Cycle BOOST Leg]]/(1-Table1[[#This Row],[Duty Cycle BOOST Leg]]))*SQRT(Table1[[#This Row],[Iout]]^2+(Table1[[#This Row],[Ripple Current pk-pk]]^2)/12))","v":0.7761979280103174},{"$f":"RCoutEsr*Table1[[#This Row],[Irms Cout]]^2","v":3.0124161172375491E-3},{"$f":"Table1[[#This Row],[Cout ESR Loss]]","v":3.0124161172375491E-3},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, SQRT(Table1[[#This Row],[Duty Cycle BUCK Leg]]*(1-Table1[[#This Row],[Duty Cycle BUCK Leg]]))*SQRT(Table1[[#This Row],[Iout]]^2+(Table1[[#This Row],[Ripple Current pk-pk]]^2)/12), Table1[[#This Row],[Ripple Current pk-pk]]/SQRT(12))","v":1.7245832157522778},{"$f":"RCinEsr*Table1[[#This Row],[Irms Cin]]^2","v":5.9483745361089352E-3},{"$f":"Table1[[#This Row],[Cin ESR Loss]]","v":5.9483745361089352E-3},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],SQRT((Fsw*(Table1[[#This Row],[t1_Ph_II]]+0))*((Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_1]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_1]])^2)/3))),Table1[[#This Row],[Irms Lf]],SQRT(Fsw*(Table1[[#This Row],[t1_Ph_II]]*(Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_1]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_1]])^2)/3)+Table1[[#This Row],[t2_Ph_I]]*(Table1[[#This Row],[I_1]]*Table1[[#This Row],[I_2]]+((Table1[[#This Row],[I_1]]-Table1[[#This Row],[I_2]])^2)/3))))","v":5.3189825522747887},{"$f":"Rdson1*Table1[[#This Row],[Irms BuCtrl]]^2","v":0.11882461664389525},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], (Table1[[#This Row],[Vin]]*Table1[[#This Row],[Iout]]/2)*(Fsw)*(Tr_buck+Tf_buck), 0, (Table1[[#This Row],[Vin]]*Table1[[#This Row],[Avg IL]]/2)*(Fsw/1)*(Tr_buck+Tf_buck))","v":1.4143531400493672},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, IF(Table1[[#This Row],[Iout]]>Table1[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table1[[#This Row],[Iout]]-Table1[[#This Row],[Ripple Current pk-pk]]/2)*Vsd_Q1*Deadtime*Fsw),0)","v":0},{"$f":"(Table1[[#This Row],[Dead Time Loss BuCtrl]]+Table1[[#This Row],[Transition Loss BuCtrl]]+Table1[[#This Row],[RDS(on) Loss BuCtrl]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table1[[#This Row],[RDS(on) Loss BuCtrl]]*RdsonTopTc*ThetaJA_Q1)","v":1.5781842705183262},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],SQRT((Fsw*(Table1[[#This Row],[t2_Ph_I]]+0))*((Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_1]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_1]])^2)/3))),0,SQRT((Fsw*(Table1[[#This Row],[t3_Ph_III]]+0))*((Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_2]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_2]])^2)/3))))","v":3.3141484352438653},{"$f":"Rdson2*Table1[[#This Row],[Irms BuSync]]^2","v":4.6131035373483321E-2},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], IF(Table1[[#This Row],[Iout]]<Table1[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table1[[#This Row],[Iout]]+Table1[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table1[[#This Row],[Iout]]),0, IF(Table1[[#This Row],[Iout]]<Table1[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table1[[#This Row],[Iout]]+Table1[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table1[[#This Row],[Iout]]))","v":0.24057142857142857},{"$f":"(Table1[[#This Row],[Deadtime Loss BuSync]]+Table1[[#This Row],[RDS(on) Loss BuSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table1[[#This Row],[RDS(on) Loss BuSync]]*RdsonBotTc*ThetaJA_Q2)","v":0.28991221206733181},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],0,SQRT((Fsw*(Table1[[#This Row],[t1_Ph_II]]+0))*((Table1[[#This Row],[I_0]]*Table1[[#This Row],[I_1]]+((Table1[[#This Row],[I_0]]-Table1[[#This Row],[I_1]])^2)/3))),SQRT((Fsw*(Table1[[#This Row],[t2_Ph_I]]+0))*((Table1[[#This Row],[I_1]]*Table1[[#This Row],[I_2]]+((Table1[[#This Row],[I_1]]-Table1[[#This Row],[I_2]])^2)/3))))","v":2.6380112303404242},{"$f":"Rdson4*Table1[[#This Row],[Irms BoCtlr]]^2","v":2.9228233655889238E-2},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], 0, (Vout*Table1[[#This Row],[Iin]]/2)*(Fsw)*(Tr_boost+Tf_boost), (Vout*Iout/2)*(Fsw/1)*(Tr_boost+Tf_boost))","v":1.005565094475567},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, 0, IF(Table1[[#This 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Rdson1*Table1[[#This Row],[Irms Lf]]^2, 0)","v":0.11978696035957639},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table1[[#This Row],[Iout]], 2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table1[[#This Row],[Iin]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table1[[#This Row],[Iout]]+2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table1[[#This Row],[Iin]])","v":0},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2)*Fsw*(Table1[[#This Row],[Vin]]-Table1[[#This Row],[Iout]]*Rdson1),0,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2)*Fsw*(Table1[[#This Row],[Vin]]-Table1[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0.57574800000000004},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]],0, IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2)*Fsw*(Table1[[#This Row],[Vin]]-Table1[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], Rs*Table1[[#This Row],[Irms BuSync]]^2, Rs*Table1[[#This Row],[Irms BoCtlr]]^2, Rs*(Table1[[#This Row],[Irms BuSync]]^2+Table1[[#This Row],[Irms BoCtlr]]^2))","v":4.1508355159622853E-2},0.25,{"$f":"IF(Vout>8, Iq*Vout, Iq*Table1[[#This Row],[Vin]])","v":0.06},{"$f":"CHOOSE(Table1[[#This Row],[Mode Digit]], (Qg_Q1+Qg_Q2)*Fsw, (Qg_Q3+Qg_Q4)*Fsw, (Qg_Q1+Qg_Q2+Qg_Q3+Qg_Q4)*Fsw)*IF(Vout>8, Vout, Table1[[#This Row],[Vin]])","v":0.64799999999999991},0.32645042016806725,{"$f":"Table1[[#This Row],[IQ Loss]]+Table1[[#This Row],[Switching Current Loss]]","v":0.70799999999999996},{"$f":"SUM(Table1[[#This Row],[Total Inductor Loss]],Table1[[#This Row],[Total Cout Loss]],Table1[[#This Row],[Total Cin Loss]],Table1[[#This Row],[Total Control Bu MOSFET Loss]],Table1[[#This Row],[Total Sync Bu MOSFET Loss]],Table1[[#This Row],[Total Control Bo MOSFET Loss]],Table1[[#This Row],[Total Sync Bo MOSFET Loss]], Table1[[#This Row],[Deadtime Loss ext D]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table1[[#This Row],[Total IC Loss]],Table1[[#This Row],[Isense Shunt Loss]],Table1[[#This Row],[Iout Shunt Loss]])","v":7.1131795948789014},{"$f":"Vout*Table1[[#This Row],[Iout]]","v":100},{"$f":"Table1[[#This Row],[Pout]]/(Table1[[#This Row],[Pout]]+Table1[[#This Row],[Total Loss]])","v":0.93359192937991187},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]),ThetaJA_Q4*(Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":150.22526323244807},{"$f":"IF(Table1[[#This Row],[Vin]]>Vout, Table1[[#This Row],[Total Sync Bu MOSFET Loss]]*ThetaJA_Q2, ThetaJA_Q3*Table1[[#This Row],[Total Sync Bo MOSFET Loss]])","v":18.935231138991693},null,{"$f":"Table1[[#This Row],[EFF, h]]*100","v":93.359192937991182},{"$f":"Table1[[#This Row],[Total Inductor Loss]]","v":2.5637701113659466},{"$f":"Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Total Sync Bu MOSFET Loss]]+Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Total Sync Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]","v":3.5184222071468283},{"$f":"Table1[[#This Row],[Total Control Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.66","v":2.8837480672074678},{"$f":"Table1[[#This Row],[Total Sync Bu MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.33","v":0.5055840256498616},{"$f":" Table1[[#This Row],[Total Control Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.66","v":0},{"$f":" Table1[[#This Row],[Total Sync Bo MOSFET Loss]]+Table1[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.33","v":0.12333263428949921},{"$f":"Table1[[#This Row],[Isense Shunt Loss]]","v":4.1508355159622853E-2}]

{"sheet":"Efficiency vs Load Calculations","index":17,"n_rows":109,"n_cols":92,"rows_kept":109,"cut":false,"hidden":true,"merged":[[6,29,6,31],[0,0,3,3],[5,0,6,3],[6,6,6,21],[6,22,6,25],[6,26,6,28],[6,66,6,73],[6,32,6,36],[6,37,6,40],[6,41,6,45],[6,46,6,49],[6,56,6,59],[6,60,6,64]]}
["BUCK-BOOST CONTROLLER POWER TOOL"]
[null,null,null,null,null,null,null,{"$f":"BK19","v":0.85081951574459236},"10% load"]
[null,null,null,null,null,null,null,{"$f":"BK59","v":0.94914636415600739},"50% load"]
[null,null,null,null,null,null,null,{"$f":"BK109","v":0.9574957699295793},"100% load"]
[]
["Enter the values of your design and MOSFET datasheet specifications below. Note that thermal resistance (θJA) will change when components are placed on the PCB",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(Vin>Vout, \"Buck ''CONTROL'' MOSFET Temp Rise\", \"Boost ''CONTROL'' MOSFET Temp Rise\")","v":"Boost ''CONTROL'' MOSFET Temp Rise"},{"$f":"IF(Vin>Vout, \"Buck ''SYNC'' MOSFET Temp Rise\", \"Boost ''SYNC'' MOSFET Temp Rise\")","v":"Boost ''SYNC'' MOSFET Temp Rise"},null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,80,100,120,140,160,180,20,30,40,50]
[null,null,null,null,null,null,"Operating Point Condtions",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Filter Inductor",null,null,null,"Cout",null,null,"Cin",null,null,"High-side BUCK \"Control\" MOSFET Losses ",null,null,null,null,"Low-side BUCK \"Sync\" MOSFET Losses ",null,null,null,"Low-side BOOST \"Control\" MOSFET Losses ",null,null,null,null,"High-side BOOST \"Sync\" MOSFET Losses ",null,null,null,"Pass FET","External Diode","Diode/FET","Diode/FET","Sense Rs","Output Rs","Controller IC Losses",null,null,null,"RESULTS",null,null,null,null,null,"Consolidated Buck/Boost Efficiency & Losses"]
["Input Parameters",null,null,null,null,null,"Step","Vin","Mode","Mode Digit","Iout","Iin","t1_Ph_II","t2_Ph_I","t3_Ph_III","I_0","I_1","I_2","Avg IL","Duty Cycle BUCK Leg","Duty Cycle BOOST Leg","Ripple Current pk-pk","Irms Lf","DCR    Loss","Core Loss","Total Inductor Loss","Irms Cout","Cout ESR Loss","Total Cout Loss","Irms Cin","Cin ESR Loss","Total Cin Loss","Irms BuCtrl","RDS(on) Loss BuCtrl","Transition Loss BuCtrl","Dead Time Loss BuCtrl","Total Control Bu MOSFET Loss","Irms BuSync","RDS(on) Loss BuSync","Deadtime Loss BuSync","Total Sync Bu MOSFET Loss","Irms BoCtlr","RDS(on) Loss BoCtlr","Transition Loss BoCtlr","Dead Time Loss BoCtlr","Total Control Bo MOSFET Loss","Irms BoSync","RDS(on) Loss BoSync","Deadtime Loss BoSync","Total Sync Bo MOSFET Loss","Q1/Q3 RDS(on) Loss @ D = 100%","Deadtime Loss ext D","Reverse Recovery Loss MOSFET D BUCK","Reverse Recovery Loss MOSFET D BOOST","Isense Shunt Loss","Iout Shunt Loss","IQ Loss","Switching Current Loss","Switching Current Diss","Total IC Loss","Total Loss","Pout","EFF, h","'CONTROL'' MOSFET Temp Rise","'SYNC'' MOSFET Temp Rise","Column14","h","Inductor Cu & Core Loss","Total MOSFET Loss","Buck ''Control'' MOSFET Loss","Buck ''SYNC'' MOSFET Loss","Boost ''Control'' MOSFET Loss","Boost ''SYNC'' MOSFET Loss","Shunt Loss",null,null,null,null,null,null,"Qg",null,"θJA=80","θJA=100","θJA=120","θJA=140","θJA=160","θJA=180","θJA=20","θJA=30","θJA=40","θJA=50"]
["Design","Input Value","Units","Description",null,null,0,{"$f":"Vin","v":16},{"$f":"IF(Mode = 2,IF(Table2[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table2[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table2[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BOOST"},{"$f":"IF(Table2[[#This Row],[Mode]]=\"BOOST\",2, IF(Table2[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":2},0,{"$f":"Vout*Table2[[#This Row],[Iout]]/(Table2[[#This Row],[Vin]]*Efficiency)","v":0},{"$f":"MIN(1/Fsw,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":3.3333333333333335E-7},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],(Vout/Fsw-Table2[[#This Row],[Vin]]*t1_Ph_II)/(Table2[[#This Row],[Vin]]+Vout))","v":1.3333333333333334E-6},{"$f":"1/Fsw-(Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])","v":0},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],Table2[[#This Row],[Iout]]-1/(2*Lf)*(Table2[[#This Row],[Vin]]-Vout)*Table2[[#This Row],[t1_Ph_II]],Table2[[#This Row],[Iin]]-1/(2*Lf)*Table2[[#This Row],[Vin]]*Table2[[#This Row],[t1_Ph_II]],1/(Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])*(Table2[[#This Row],[Iin]]/Fsw-(1/2*(Table2[[#This Row],[Vin]]-Vout)/Lf*Table2[[#This Row],[t1_Ph_II]]*Table2[[#This Row],[t1_Ph_II]]+(Table2[[#This Row],[Vin]]-Vout)/Lf*Table2[[#This Row],[t1_Ph_II]]*Table2[[#This Row],[t2_Ph_I]]+1/2*Table2[[#This Row],[Vin]]/L*Table2[[#This Row],[t2_Ph_I]]*Table2[[#This Row],[t2_Ph_I]])))","v":-0.88888888888888884},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],Table2[[#This Row],[I_0]]+1/Lf*(Table2[[#This Row],[Vin]]-Vout)*Table2[[#This Row],[t1_Ph_II]],Table2[[#This Row],[I_0]]+1/Lf*Table2[[#This Row],[Vin]]*Table2[[#This Row],[t1_Ph_II]],Table2[[#This Row],[I_0]]+(Table2[[#This Row],[Vin]]-Vout)/L*Table2[[#This Row],[t1_Ph_II]])","v":0.88888888888888884},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],0,0,Table2[[#This Row],[I_1]]+Table2[[#This Row],[Vin]]/L*Table2[[#This Row],[t2_Ph_I]])","v":0},{"$f":"Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[I_1]]*Table2[[#This Row],[t2_Ph_I]]+Table2[[#This Row],[I_2]]*Table2[[#This Row],[t3_Ph_III]])","v":0.53333333333333333},{"$f":"MIN(1,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]]),1,Fsw*Table2[[#This Row],[t2_Ph_I]]+Table2[[#This Row],[t1_Ph_II]]))","v":1},{"$f":"MIN(1,CHOOSE(Table2[[#This Row],[Mode Digit]],0,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]]),Fsw*Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t3_Ph_III]]))","v":0.2},{"$f":"MAX(Table2[[#This Row],[I_0]:[I_2]])-MIN(Table2[[#This Row],[I_0]:[I_1]])","v":1.7777777777777777},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],SQRT((Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])*Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3)),SQRT((Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])*Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3)),SQRT(Fsw*(Table2[[#This Row],[t1_Ph_II]]*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_1]]-Table2[[#This Row],[I_0]])^2)/3)+Table2[[#This Row],[t2_Ph_I]]*(Table2[[#This Row],[I_1]]*Table2[[#This Row],[I_2]]+((Table2[[#This Row],[I_2]]-Table2[[#This Row],[I_1]])^2)/3)+Table2[[#This Row],[t3_Ph_III]]*(Table2[[#This Row],[I_2]]*Table2[[#This Row],[I_0]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_2]])^2)/3))))","v":0.51320023927966729},{"$f":"(Table2[[#This Row],[Irms Lf]]^2*Rdcr*(1+Ltc*Ta-Ltc*25))/(1-Table2[[#This Row],[Irms Lf]]^2*Rdcr*Ltc*ThetaCa)","v":1.5014148859754414E-3},{"$f":"ABS(7.759*10^-3*Fsw^0.9458*(0.00787*Table2[[#This Row],[Ripple Current pk-pk]])^2.304)","v":0.12101095438382024},{"$f":"Table2[[#This Row],[DCR    Loss]]+Table2[[#This Row],[Core Loss]]","v":0.12251236926979568},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, Table2[[#This Row],[Ripple Current pk-pk]]/SQRT(12), SQRT(Table2[[#This Row],[Duty Cycle BOOST Leg]]/(1-Table2[[#This Row],[Duty Cycle BOOST Leg]]))*SQRT(Table2[[#This Row],[Iout]]^2+(Table2[[#This Row],[Ripple Current pk-pk]]^2)/12))","v":0.25660011963983365},{"$f":"RCoutEsr*Table2[[#This Row],[Irms Cout]]^2","v":3.2921810699588475E-4},{"$f":"Table2[[#This Row],[Cout ESR Loss]]","v":3.2921810699588475E-4},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, SQRT(Table2[[#This Row],[Duty Cycle BUCK Leg]]*(1-Table2[[#This Row],[Duty Cycle BUCK Leg]]))*SQRT(Table2[[#This Row],[Iout]]^2+(Table2[[#This Row],[Ripple Current pk-pk]]^2)/12), Table2[[#This Row],[Ripple Current pk-pk]]/SQRT(12))","v":0.5132002392796674},{"$f":"RCinEsr*Table2[[#This Row],[Irms Cin]]^2","v":5.2674897119341579E-4},{"$f":"Table2[[#This Row],[Cin ESR Loss]]","v":5.2674897119341579E-4},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],SQRT((Fsw*(Table2[[#This Row],[t1_Ph_II]]+0))*((Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3))),Table2[[#This Row],[Irms Lf]],SQRT(Fsw*(Table2[[#This Row],[t1_Ph_II]]*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3)+Table2[[#This Row],[t2_Ph_I]]*(Table2[[#This Row],[I_1]]*Table2[[#This Row],[I_2]]+((Table2[[#This Row],[I_1]]-Table2[[#This Row],[I_2]])^2)/3))))","v":0.51320023927966729},{"$f":"Rdson1*Table2[[#This Row],[Irms BuCtrl]]^2","v":1.1061728395061728E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], (Table2[[#This Row],[Vin]]*Table2[[#This Row],[Iout]]/2)*(Fsw)*(Tr_buck+Tf_buck), 0, (Table2[[#This Row],[Vin]]*Table2[[#This Row],[Avg IL]]/2)*(Fsw/1)*(Tr_buck+Tf_buck))","v":0},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, IF(Table2[[#This Row],[Iout]]>Table2[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table2[[#This Row],[Iout]]-Table2[[#This Row],[Ripple Current pk-pk]]/2)*Vsd_Q1*Deadtime*Fsw),0)","v":0},{"$f":"(Table2[[#This Row],[Dead Time Loss BuCtrl]]+Table2[[#This Row],[Transition Loss BuCtrl]]+Table2[[#This Row],[RDS(on) Loss BuCtrl]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuCtrl]]*RdsonTopTc*ThetaJA_Q1)","v":1.106466585894606E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],SQRT((Fsw*(Table2[[#This Row],[t2_Ph_I]]+0))*((Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3))),0,SQRT((Fsw*(Table2[[#This Row],[t3_Ph_III]]+0))*((Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_2]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_2]])^2)/3))))","v":0},{"$f":"Rdson2*Table2[[#This Row],[Irms BuSync]]^2","v":0},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]),0, IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]))","v":0},{"$f":"(Table2[[#This Row],[Deadtime Loss BuSync]]+Table2[[#This Row],[RDS(on) Loss BuSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table2[[#This Row],[RDS(on) Loss 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Loss BuCtrl]]+Table2[[#This Row],[Transition Loss BuCtrl]]+Table2[[#This Row],[RDS(on) Loss BuCtrl]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuCtrl]]*RdsonTopTc*ThetaJA_Q1)","v":2.0005384746513235E-3},{"$f":"Table2[[#This Row],[Irms Lf]]","v":0.68999282580760468},{"$f":"Rdson2*Table2[[#This Row],[Irms BuSync]]^2","v":1.9995784185970469E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]),0, IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]))","v":0},{"$f":"(Table2[[#This Row],[Deadtime Loss 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["Components","Input Value","Units","Description",null,null,8,16,{"$f":"IF(Mode = 2,IF(Table2[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table2[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table2[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BOOST"},{"$f":"IF(Table2[[#This Row],[Mode]]=\"BOOST\",2, IF(Table2[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":2},0.4,{"$f":"Vout*Table2[[#This Row],[Iout]]/(Table2[[#This Row],[Vin]]*Efficiency)","v":0.52631578947368418},{"$f":"MIN(1/Fsw,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":3.3378950369541852E-7},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],(Vout/Fsw-Table2[[#This 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Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.66","v":0.16132988646799878},{"$f":"Table2[[#This Row],[Total Sync Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.33","v":8.2129886467998764E-2},{"$f":" Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.66","v":0.29933169446858265},{"$f":" Table2[[#This Row],[Total Sync Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.33","v":0.11940385386256952},{"$f":"Table2[[#This Row],[Isense Shunt Loss]]","v":1.7427545829387509E-3},null,null,null,"θJA=30°C/W - 50°C/W"]
["LTc",{"$f":"Ltc*1000000","v":4000},"ppm","Inductor Series Resistance Temp Co",null,null,11,16,{"$f":"IF(Mode = 2,IF(Table2[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table2[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table2[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BOOST"},{"$f":"IF(Table2[[#This Row],[Mode]]=\"BOOST\",2, IF(Table2[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":2},0.55000000000000004,{"$f":"Vout*Table2[[#This Row],[Iout]]/(Table2[[#This Row],[Vin]]*Efficiency)","v":0.72368421052631582},{"$f":"MIN(1/Fsw,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":3.3396058305712952E-7},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],1/Fsw-Table2[[#This 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Row],[I_2]]*Table2[[#This Row],[I_0]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_2]])^2)/3))))","v":0.8877417778868183},{"$f":"(Table2[[#This Row],[Irms Lf]]^2*Rdcr*(1+Ltc*Ta-Ltc*25))/(1-Table2[[#This Row],[Irms Lf]]^2*Rdcr*Ltc*ThetaCa)","v":4.4937020340638043E-3},{"$f":"ABS(7.759*10^-3*Fsw^0.9458*(0.00787*Table2[[#This Row],[Ripple Current pk-pk]])^2.304)","v":0.121536247252964},{"$f":"Table2[[#This Row],[DCR    Loss]]+Table2[[#This Row],[Core Loss]]","v":0.12602994928702779},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, Table2[[#This Row],[Ripple Current pk-pk]]/SQRT(12), SQRT(Table2[[#This Row],[Duty Cycle BOOST Leg]]/(1-Table2[[#This Row],[Duty Cycle BOOST Leg]]))*SQRT(Table2[[#This Row],[Iout]]^2+(Table2[[#This Row],[Ripple Current pk-pk]]^2)/12))","v":0.37689542024749545},{"$f":"RCoutEsr*Table2[[#This Row],[Irms Cout]]^2","v":7.10250789017681E-4},{"$f":"Table2[[#This Row],[Cout ESR Loss]]","v":7.10250789017681E-4},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, SQRT(Table2[[#This 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pk-pk]]/2)*Vsd_Q1*Deadtime*Fsw),0)","v":0},{"$f":"(Table2[[#This Row],[Dead Time Loss BuCtrl]]+Table2[[#This Row],[Transition Loss BuCtrl]]+Table2[[#This Row],[RDS(on) Loss BuCtrl]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuCtrl]]*RdsonTopTc*ThetaJA_Q1)","v":3.3125904388724586E-3},{"$f":"Table2[[#This Row],[Irms Lf]]","v":0.8877417778868183},{"$f":"Rdson2*Table2[[#This Row],[Irms BuSync]]^2","v":3.3099589496637266E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]),0, IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]))","v":0},{"$f":"(Table2[[#This Row],[Deadtime Loss BuSync]]+Table2[[#This Row],[RDS(on) Loss BuSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuSync]]*RdsonBotTc*ThetaJA_Q2)","v":3.3125904388724586E-3},{"$f":"Table2[[#This Row],[Irms Lf]]","v":0.8877417778868183},{"$f":"Rdson4*Table2[[#This Row],[Irms BoCtlr]]^2","v":3.3099589496637266E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 0, (Vout*Table2[[#This Row],[Iin]]/2)*(Fsw)*(Tr_boost+Tf_boost), (Vout*Iout/2)*(Fsw/1)*(Tr_boost+Tf_boost))","v":0.14554231630567419},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, 0, IF(Table2[[#This Row],[Iin]]>Table2[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table2[[#This Row],[Iin]]-Table2[[#This Row],[Ripple Current pk-pk]]/2)*Vsd_Q4*Deadtime*Fsw))","v":4.0145921112700053E-3},{"$f":"(Table2[[#This Row],[Dead Time Loss BoCtlr]]+Table2[[#This Row],[Transition Loss BoCtlr]]+Table2[[#This Row],[RDS(on) Loss 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Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.66","v":0.16171259043887248},{"$f":"Table2[[#This Row],[Total Sync Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.33","v":8.2512590438872463E-2},{"$f":" Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.66","v":0.31138839984419009},{"$f":" Table2[[#This Row],[Total Sync Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.33","v":0.1213776054073126},{"$f":"Table2[[#This Row],[Isense Shunt Loss]]","v":1.9702136605141227E-3}]
["ThetaCa",{"$f":"ThetaCa","v":20},"°C/W","Core to Ambient Thermal Resistance",null,null,12,16,{"$f":"IF(Mode = 2,IF(Table2[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table2[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table2[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BOOST"},{"$f":"IF(Table2[[#This Row],[Mode]]=\"BOOST\",2, IF(Table2[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":2},0.6,{"$f":"Vout*Table2[[#This Row],[Iout]]/(Table2[[#This Row],[Vin]]*Efficiency)","v":0.78947368421052633},{"$f":"MIN(1/Fsw,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":3.3401761138708875E-7},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],1/Fsw-Table2[[#This 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Row],[Iin]]),Fsw*Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t3_Ph_III]]))","v":0.20041056683225325},{"$f":"MAX(Table2[[#This Row],[I_0]:[I_2]])-MIN(Table2[[#This Row],[I_0]:[I_1]])","v":1.7814272607311401},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],SQRT((Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])*Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3)),SQRT((Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])*Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3)),SQRT(Fsw*(Table2[[#This Row],[t1_Ph_II]]*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_1]]-Table2[[#This Row],[I_0]])^2)/3)+Table2[[#This Row],[t2_Ph_I]]*(Table2[[#This Row],[I_1]]*Table2[[#This Row],[I_2]]+((Table2[[#This Row],[I_2]]-Table2[[#This Row],[I_1]])^2)/3)+Table2[[#This Row],[t3_Ph_III]]*(Table2[[#This Row],[I_2]]*Table2[[#This Row],[I_0]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_2]])^2)/3))))","v":0.94219192409718011},{"$f":"(Table2[[#This Row],[Irms Lf]]^2*Rdcr*(1+Ltc*Ta-Ltc*25))/(1-Table2[[#This Row],[Irms Lf]]^2*Rdcr*Ltc*ThetaCa)","v":5.0620851911356742E-3},{"$f":"ABS(7.759*10^-3*Fsw^0.9458*(0.00787*Table2[[#This Row],[Ripple Current pk-pk]])^2.304)","v":0.12158406973268653},{"$f":"Table2[[#This Row],[DCR    Loss]]+Table2[[#This Row],[Core Loss]]","v":0.1266461549238222},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, Table2[[#This Row],[Ripple Current pk-pk]]/SQRT(12), SQRT(Table2[[#This Row],[Duty Cycle BOOST Leg]]/(1-Table2[[#This Row],[Duty Cycle BOOST Leg]]))*SQRT(Table2[[#This Row],[Iout]]^2+(Table2[[#This Row],[Ripple Current pk-pk]]^2)/12))","v":0.39561980792285611},{"$f":"RCoutEsr*Table2[[#This Row],[Irms Cout]]^2","v":7.8257516210458787E-4},{"$f":"Table2[[#This Row],[Cout ESR Loss]]","v":7.8257516210458787E-4},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, SQRT(Table2[[#This Row],[Duty Cycle BUCK Leg]]*(1-Table2[[#This Row],[Duty Cycle BUCK Leg]]))*SQRT(Table2[[#This Row],[Iout]]^2+(Table2[[#This Row],[Ripple Current pk-pk]]^2)/12), Table2[[#This Row],[Ripple Current pk-pk]]/SQRT(12))","v":0.5142537542624307},{"$f":"RCinEsr*Table2[[#This Row],[Irms Cin]]^2","v":5.2891384754600896E-4},{"$f":"Table2[[#This Row],[Cin ESR Loss]]","v":5.2891384754600896E-4},{"$f":"Table2[[#This Row],[Irms Lf]]","v":0.94219192409718011},{"$f":"Rdson1*Table2[[#This Row],[Irms BuCtrl]]^2","v":3.7284476117025755E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], (Table2[[#This Row],[Vin]]*Table2[[#This Row],[Iout]]/2)*(Fsw)*(Tr_buck+Tf_buck), 0, (Table2[[#This Row],[Vin]]*Table2[[#This Row],[Avg IL]]/2)*(Fsw/1)*(Tr_buck+Tf_buck))","v":0},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, IF(Table2[[#This Row],[Iout]]>Table2[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table2[[#This Row],[Iout]]-Table2[[#This Row],[Ripple Current pk-pk]]/2)*Vsd_Q1*Deadtime*Fsw),0)","v":0},{"$f":"(Table2[[#This Row],[Dead Time Loss BuCtrl]]+Table2[[#This Row],[Transition Loss BuCtrl]]+Table2[[#This Row],[RDS(on) Loss BuCtrl]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuCtrl]]*RdsonTopTc*ThetaJA_Q1)","v":3.7317869169869009E-3},{"$f":"Table2[[#This Row],[Irms Lf]]","v":0.94219192409718011},{"$f":"Rdson2*Table2[[#This Row],[Irms BuSync]]^2","v":3.7284476117025755E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]),0, IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]))","v":0},{"$f":"(Table2[[#This Row],[Deadtime Loss BuSync]]+Table2[[#This Row],[RDS(on) Loss BuSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuSync]]*RdsonBotTc*ThetaJA_Q2)","v":3.7317869169869009E-3},{"$f":"Table2[[#This Row],[Irms Lf]]","v":0.94219192409718011},{"$f":"Rdson4*Table2[[#This Row],[Irms BoCtlr]]^2","v":3.7284476117025755E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 0, (Vout*Table2[[#This Row],[Iin]]/2)*(Fsw)*(Tr_boost+Tf_boost), (Vout*Iout/2)*(Fsw/1)*(Tr_boost+Tf_boost))","v":0.1587734359698264},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, 0, IF(Table2[[#This Row],[Iin]]>Table2[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table2[[#This Row],[Iin]]-Table2[[#This Row],[Ripple Current pk-pk]]/2)*Vsd_Q4*Deadtime*Fsw))","v":2.4355438475013379E-3},{"$f":"(Table2[[#This Row],[Dead Time Loss BoCtlr]]+Table2[[#This Row],[Transition Loss BoCtlr]]+Table2[[#This Row],[RDS(on) Loss BoCtlr]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BoCtlr]]*RdsonTopTc*ThetaJA_Q4)","v":0.16508515014914257},{"$f":"Table2[[#This Row],[Irms Lf]]","v":0.94219192409718011},{"$f":"Rdson3*Table2[[#This Row],[Irms BoSync]]^2","v":3.7284476117025755E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 0, IF(Table2[[#This Row],[Iin]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*(Table2[[#This Row],[Iin]]+Table2[[#This Row],[Ripple Current pk-pk]]/2), 2*Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*Table2[[#This Row],[Iin]]), IF(Table2[[#This Row],[Iin]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*(Table2[[#This Row],[Iin]]+Table2[[#This Row],[Ripple Current pk-pk]]/2), 2*Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*Table2[[#This Row],[Iin]]))","v":4.0420506253516376E-2},{"$f":"(Table2[[#This Row],[Deadtime Loss BoSync]]+Table2[[#This Row],[RDS(on) Loss BoSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BoSync]]*RdsonBotTc*ThetaJA_Q3)","v":4.4188494942442841E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], Rdson3*Table2[[#This Row],[Irms Lf]]^2, Rdson1*Table2[[#This Row],[Irms Lf]]^2, 0)","v":3.7284476117025755E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table2[[#This Row],[Iout]], 2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table2[[#This Row],[Iin]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table2[[#This Row],[Iout]]+2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table2[[#This Row],[Iin]])","v":0},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1), IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This 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Row],[Vin]])","v":0.64799999999999991},0.32645042016806725,{"$f":"Table2[[#This Row],[IQ Loss]]+Table2[[#This Row],[Switching Current Loss]]","v":0.70799999999999996},{"$f":"SUM(Table2[[#This Row],[Total Inductor Loss]],Table2[[#This Row],[Total Cout Loss]],Table2[[#This Row],[Total Cin Loss]],Table2[[#This Row],[Total Control Bu MOSFET Loss]],Table2[[#This Row],[Total Sync Bu MOSFET Loss]],Table2[[#This Row],[Total Control Bo MOSFET Loss]],Table2[[#This Row],[Total Sync Bo MOSFET Loss]], Table2[[#This Row],[Deadtime Loss ext D]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table2[[#This Row],[Total IC Loss]],Table2[[#This Row],[Isense Shunt Loss]],Table2[[#This Row],[Iout Shunt Loss]])","v":1.784914176913617},{"$f":"Vout*Table2[[#This Row],[Iout]]","v":12},{"$f":"Table2[[#This Row],[Pout]]/(Table2[[#This Row],[Pout]]+Table2[[#This Row],[Total Loss]])","v":0.87051684515360173},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]),ThetaJA_Q4*(Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":24.305109008948556},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, Table2[[#This Row],[Total Sync Bu MOSFET Loss]]*ThetaJA_Q2, ThetaJA_Q3*Table2[[#This Row],[Total Sync Bo MOSFET Loss]])","v":2.6513096965465706},null,{"$f":"Table2[[#This Row],[EFF, h]]*100","v":87.051684515360179},{"$f":"Table2[[#This Row],[Total Inductor Loss]]","v":0.1266461549238222},{"$f":"Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Total Sync Bu MOSFET Loss]]+Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Total Sync Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]","v":0.69673721892555918},{"$f":" Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.66","v":0.1621317869169869},{"$f":"Table2[[#This Row],[Total Sync Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.33","v":8.293178691698691E-2},{"$f":" Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.66","v":0.32348515014914259},{"$f":" Table2[[#This Row],[Total Sync Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.33","v":0.12338849494244285},{"$f":"Table2[[#This Row],[Isense Shunt Loss]]","v":2.2193140545848661E-3}]
["Cin",{"$f":"Cin*1000000","v":100},"μF","Input Capacitance",null,null,13,16,{"$f":"IF(Mode = 2,IF(Table2[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table2[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table2[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BOOST"},{"$f":"IF(Table2[[#This Row],[Mode]]=\"BOOST\",2, IF(Table2[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":2},0.65,{"$f":"Vout*Table2[[#This Row],[Iout]]/(Table2[[#This Row],[Vin]]*Efficiency)","v":0.85526315789473684},{"$f":"MIN(1/Fsw,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":3.3407464065511389E-7},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],1/Fsw-Table2[[#This 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Loss]]","v":0.70799999999999996},{"$f":"SUM(Table2[[#This Row],[Total Inductor Loss]],Table2[[#This Row],[Total Cout Loss]],Table2[[#This Row],[Total Cin Loss]],Table2[[#This Row],[Total Control Bu MOSFET Loss]],Table2[[#This Row],[Total Sync Bu MOSFET Loss]],Table2[[#This Row],[Total Control Bo MOSFET Loss]],Table2[[#This Row],[Total Sync Bo MOSFET Loss]], Table2[[#This Row],[Deadtime Loss ext D]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table2[[#This Row],[Total IC Loss]],Table2[[#This Row],[Isense Shunt Loss]],Table2[[#This Row],[Iout Shunt Loss]])","v":1.9617896265726436},{"$f":"Vout*Table2[[#This Row],[Iout]]","v":21},{"$f":"Table2[[#This Row],[Pout]]/(Table2[[#This Row],[Pout]]+Table2[[#This Row],[Total Loss]])","v":0.9145628603659729},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D 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Row],[Iout]]))","v":0},{"$f":"(Table2[[#This Row],[Deadtime Loss BuSync]]+Table2[[#This Row],[RDS(on) Loss BuSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuSync]]*RdsonBotTc*ThetaJA_Q2)","v":9.9366322982618639E-3},{"$f":"Table2[[#This Row],[Irms Lf]]","v":1.536306011571424},{"$f":"Rdson4*Table2[[#This Row],[Irms BoCtlr]]^2","v":9.9129918770000866E-3},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 0, (Vout*Table2[[#This Row],[Iin]]/2)*(Fsw)*(Tr_boost+Tf_boost), (Vout*Iout/2)*(Fsw/1)*(Tr_boost+Tf_boost))","v":0.29108463261134837},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, 0, IF(Table2[[#This Row],[Iin]]>Table2[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table2[[#This Row],[Iin]]-Table2[[#This Row],[Ripple Current pk-pk]]/2)*Vsd_Q4*Deadtime*Fsw))","v":0},{"$f":"(Table2[[#This Row],[Dead Time Loss BoCtlr]]+Table2[[#This Row],[Transition Loss BoCtlr]]+Table2[[#This Row],[RDS(on) Loss BoCtlr]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss 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Row],[Mode Digit]], IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1), IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0.24},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], Rs*Table2[[#This Row],[Irms BuSync]]^2, Rs*Table2[[#This Row],[Irms BoCtlr]]^2, Rs*(Table2[[#This Row],[Irms BuSync]]^2+Table2[[#This Row],[Irms BoCtlr]]^2))","v":5.9005904029762416E-3},0.25,{"$f":"IF(Vout>8, Iq*Vout, Iq*Table2[[#This Row],[Vin]])","v":0.06},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], (Qg_Q1+Qg_Q2)*Fsw, (Qg_Q3+Qg_Q4)*Fsw, (Qg_Q1+Qg_Q2+Qg_Q3+Qg_Q4)*Fsw)*IF(Vout>8, Vout, Table2[[#This Row],[Vin]])","v":0.64799999999999991},0.32645042016806725,{"$f":"Table2[[#This Row],[IQ Loss]]+Table2[[#This Row],[Switching Current Loss]]","v":0.70799999999999996},{"$f":"SUM(Table2[[#This Row],[Total Inductor Loss]],Table2[[#This Row],[Total Cout Loss]],Table2[[#This Row],[Total Cin Loss]],Table2[[#This Row],[Total Control Bu MOSFET Loss]],Table2[[#This Row],[Total Sync Bu MOSFET Loss]],Table2[[#This Row],[Total Control Bo MOSFET Loss]],Table2[[#This Row],[Total Sync Bo MOSFET Loss]], Table2[[#This Row],[Deadtime Loss ext D]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table2[[#This Row],[Total IC Loss]],Table2[[#This Row],[Isense Shunt Loss]],Table2[[#This Row],[Iout Shunt Loss]])","v":1.9831454731101277},{"$f":"Vout*Table2[[#This Row],[Iout]]","v":22},{"$f":"Table2[[#This Row],[Pout]]/(Table2[[#This Row],[Pout]]+Table2[[#This Row],[Total Loss]])","v":0.91731086836238274},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D 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BUCK]]*0.66","v":0.16833663229826187},{"$f":"Table2[[#This Row],[Total Sync Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.33","v":8.9136632298261867E-2},{"$f":" Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.66","v":0.46011544114047431},{"$f":" Table2[[#This Row],[Total Sync Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.33","v":0.15894180478851119},{"$f":"Table2[[#This Row],[Isense Shunt Loss]]","v":5.9005904029762416E-3},null,null,null,null,9.998704,0.36549999999999999,5.123094,85.419022273213088,319.63300692320018]
["Deadtime","Input Value","Units","Description",null,null,23,16,{"$f":"IF(Mode = 2,IF(Table2[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table2[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table2[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BOOST"},{"$f":"IF(Table2[[#This Row],[Mode]]=\"BOOST\",2, IF(Table2[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":2},1.1499999999999999,{"$f":"Vout*Table2[[#This Row],[Iout]]/(Table2[[#This Row],[Vin]]*Efficiency)","v":1.5131578947368423},{"$f":"MIN(1/Fsw,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":3.3464498493410212E-7},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],1/Fsw-Table2[[#This 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SQRT(Table2[[#This Row],[Duty Cycle BUCK Leg]]*(1-Table2[[#This Row],[Duty Cycle BUCK Leg]]))*SQRT(Table2[[#This Row],[Iout]]^2+(Table2[[#This Row],[Ripple Current pk-pk]]^2)/12), Table2[[#This Row],[Ripple Current pk-pk]]/SQRT(12))","v":0.51521965902576572},{"$f":"RCinEsr*Table2[[#This Row],[Irms Cin]]^2","v":5.3090259409325255E-4},{"$f":"Table2[[#This Row],[Cin ESR Loss]]","v":5.3090259409325255E-4},{"$f":"Table2[[#This Row],[Irms Lf]]","v":1.5984674258335887},{"$f":"Rdson1*Table2[[#This Row],[Irms BuCtrl]]^2","v":1.0731412068094451E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], (Table2[[#This Row],[Vin]]*Table2[[#This Row],[Iout]]/2)*(Fsw)*(Tr_buck+Tf_buck), 0, (Table2[[#This Row],[Vin]]*Table2[[#This Row],[Avg IL]]/2)*(Fsw/1)*(Tr_buck+Tf_buck))","v":0},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, IF(Table2[[#This Row],[Iout]]>Table2[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table2[[#This Row],[Iout]]-Table2[[#This Row],[Ripple Current 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Loss]]","v":0.70799999999999996},{"$f":"SUM(Table2[[#This Row],[Total Inductor Loss]],Table2[[#This Row],[Total Cout Loss]],Table2[[#This Row],[Total Cin Loss]],Table2[[#This Row],[Total Control Bu MOSFET Loss]],Table2[[#This Row],[Total Sync Bu MOSFET Loss]],Table2[[#This Row],[Total Control Bo MOSFET Loss]],Table2[[#This Row],[Total Sync Bo MOSFET Loss]], Table2[[#This Row],[Deadtime Loss ext D]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table2[[#This Row],[Total IC Loss]],Table2[[#This Row],[Isense Shunt Loss]],Table2[[#This Row],[Iout Shunt Loss]])","v":2.1162281180093041},{"$f":"Vout*Table2[[#This Row],[Iout]]","v":28},{"$f":"Table2[[#This Row],[Pout]]/(Table2[[#This Row],[Pout]]+Table2[[#This Row],[Total Loss]])","v":0.92973130268116766},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D 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["Low-side FET","Input Value","Units","Description",null,null,39,16,{"$f":"IF(Mode = 2,IF(Table2[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table2[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table2[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BOOST"},{"$f":"IF(Table2[[#This Row],[Mode]]=\"BOOST\",2, IF(Table2[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":2},1.95,{"$f":"Vout*Table2[[#This Row],[Iout]]/(Table2[[#This Row],[Vin]]*Efficiency)","v":2.5657894736842106},{"$f":"MIN(1/Fsw,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":3.3555773096086183E-7},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],(Vout/Fsw-Table2[[#This 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["Current (switching)",{"$f":"(Qg_Q1+Qg_Q2)*Fsw+Iq","v":3.5400000000000001E-2},"A",null,null,null,68,16,{"$f":"IF(Mode = 2,IF(Table2[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table2[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table2[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BOOST"},{"$f":"IF(Table2[[#This Row],[Mode]]=\"BOOST\",2, IF(Table2[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":2},3.4,{"$f":"Vout*Table2[[#This Row],[Iout]]/(Table2[[#This Row],[Vin]]*Efficiency)","v":4.4736842105263159},{"$f":"MIN(1/Fsw,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":3.3721269569605803E-7},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],1/Fsw-Table2[[#This 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Row],[t1_Ph_II]],Table2[[#This Row],[I_0]]+1/Lf*Table2[[#This Row],[Vin]]*Table2[[#This Row],[t1_Ph_II]],Table2[[#This Row],[I_0]]+(Table2[[#This Row],[Vin]]-Vout)/L*Table2[[#This Row],[t1_Ph_II]])","v":5.3729180657158047},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],0,0,Table2[[#This Row],[I_1]]+Table2[[#This Row],[Vin]]/L*Table2[[#This Row],[t2_Ph_I]])","v":0},{"$f":"Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[I_1]]*Table2[[#This Row],[t2_Ph_I]]+Table2[[#This Row],[I_2]]*Table2[[#This Row],[t3_Ph_III]])","v":5.009038378872277},{"$f":"MIN(1,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]]),1,Fsw*Table2[[#This Row],[t2_Ph_I]]+Table2[[#This Row],[t1_Ph_II]]))","v":1},{"$f":"MIN(1,CHOOSE(Table2[[#This Row],[Mode Digit]],0,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]]),Fsw*Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t3_Ph_III]]))","v":0.2023276174176348},{"$f":"MAX(Table2[[#This Row],[I_0]:[I_2]])-MIN(Table2[[#This Row],[I_0]:[I_1]])","v":1.7984677103789766},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],SQRT((Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])*Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3)),SQRT((Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])*Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3)),SQRT(Fsw*(Table2[[#This Row],[t1_Ph_II]]*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_1]]-Table2[[#This Row],[I_0]])^2)/3)+Table2[[#This Row],[t2_Ph_I]]*(Table2[[#This Row],[I_1]]*Table2[[#This Row],[I_2]]+((Table2[[#This Row],[I_2]]-Table2[[#This Row],[I_1]])^2)/3)+Table2[[#This Row],[t3_Ph_III]]*(Table2[[#This Row],[I_2]]*Table2[[#This Row],[I_0]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_2]])^2)/3))))","v":4.5037085745289351},{"$f":"(Table2[[#This Row],[Irms Lf]]^2*Rdcr*(1+Ltc*Ta-Ltc*25))/(1-Table2[[#This Row],[Irms Lf]]^2*Rdcr*Ltc*ThetaCa)","v":0.11669466361571545},{"$f":"ABS(7.759*10^-3*Fsw^0.9458*(0.00787*Table2[[#This Row],[Ripple Current pk-pk]])^2.304)","v":0.12428041126141022},{"$f":"Table2[[#This Row],[DCR    Loss]]+Table2[[#This Row],[Core Loss]]","v":0.24097507487712566},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, Table2[[#This Row],[Ripple Current pk-pk]]/SQRT(12), SQRT(Table2[[#This Row],[Duty Cycle BOOST Leg]]/(1-Table2[[#This Row],[Duty Cycle BOOST Leg]]))*SQRT(Table2[[#This Row],[Iout]]^2+(Table2[[#This Row],[Ripple Current pk-pk]]^2)/12))","v":1.7322048234980365},{"$f":"RCoutEsr*Table2[[#This Row],[Irms Cout]]^2","v":1.5002667752749319E-2},{"$f":"Table2[[#This Row],[Cout ESR Loss]]","v":1.5002667752749319E-2},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, SQRT(Table2[[#This 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pk-pk]]/2)*Vsd_Q1*Deadtime*Fsw),0)","v":0},{"$f":"(Table2[[#This Row],[Dead Time Loss BuCtrl]]+Table2[[#This Row],[Transition Loss BuCtrl]]+Table2[[#This Row],[RDS(on) Loss BuCtrl]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuCtrl]]*RdsonTopTc*ThetaJA_Q1)","v":8.6968367382820932E-2},{"$f":"Table2[[#This Row],[Irms Lf]]","v":4.5037085745289351},{"$f":"Rdson2*Table2[[#This Row],[Irms BuSync]]^2","v":8.5190241881998918E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]),0, IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]))","v":0},{"$f":"(Table2[[#This Row],[Deadtime Loss BuSync]]+Table2[[#This Row],[RDS(on) Loss BuSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuSync]]*RdsonBotTc*ThetaJA_Q2)","v":8.6968367382820932E-2},{"$f":"Table2[[#This Row],[Irms Lf]]","v":4.5037085745289351},{"$f":"Rdson4*Table2[[#This Row],[Irms BoCtlr]]^2","v":8.5190241881998918E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 0, (Vout*Table2[[#This Row],[Iin]]/2)*(Fsw)*(Tr_boost+Tf_boost), (Vout*Iout/2)*(Fsw/1)*(Tr_boost+Tf_boost))","v":0.89971613716234933},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, 0, IF(Table2[[#This Row],[Iin]]>Table2[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table2[[#This Row],[Iin]]-Table2[[#This Row],[Ripple Current pk-pk]]/2)*Vsd_Q4*Deadtime*Fsw))","v":0},{"$f":"(Table2[[#This Row],[Dead Time Loss BoCtlr]]+Table2[[#This Row],[Transition Loss BoCtlr]]+Table2[[#This Row],[RDS(on) Loss BoCtlr]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BoCtlr]]*RdsonTopTc*ThetaJA_Q4)","v":1.0054637469988472},{"$f":"Table2[[#This Row],[Irms Lf]]","v":4.5037085745289351},{"$f":"Rdson3*Table2[[#This Row],[Irms BoSync]]^2","v":8.5190241881998918E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 0, IF(Table2[[#This Row],[Iin]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*(Table2[[#This Row],[Iin]]+Table2[[#This Row],[Ripple Current pk-pk]]/2), 2*Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*Table2[[#This Row],[Iin]]), IF(Table2[[#This Row],[Iin]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*(Table2[[#This Row],[Iin]]+Table2[[#This Row],[Ripple Current pk-pk]]/2), 2*Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*Table2[[#This Row],[Iin]]))","v":0.21524812030075188},{"$f":"(Table2[[#This Row],[Deadtime Loss BoSync]]+Table2[[#This Row],[RDS(on) Loss BoSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BoSync]]*RdsonBotTc*ThetaJA_Q3)","v":0.30670923430871938},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], Rdson3*Table2[[#This Row],[Irms Lf]]^2, Rdson1*Table2[[#This Row],[Irms Lf]]^2, 0)","v":8.5190241881998918E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table2[[#This Row],[Iout]], 2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table2[[#This Row],[Iin]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table2[[#This Row],[Iout]]+2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table2[[#This Row],[Iin]])","v":0},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1), IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0.24},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1), IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0.24},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], Rs*Table2[[#This Row],[Irms BuSync]]^2, Rs*Table2[[#This Row],[Irms BoCtlr]]^2, Rs*(Table2[[#This Row],[Irms BuSync]]^2+Table2[[#This Row],[Irms BoCtlr]]^2))","v":5.070847731071363E-2},0.25,{"$f":"IF(Vout>8, Iq*Vout, Iq*Table2[[#This Row],[Vin]])","v":0.06},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], (Qg_Q1+Qg_Q2)*Fsw, (Qg_Q3+Qg_Q4)*Fsw, (Qg_Q1+Qg_Q2+Qg_Q3+Qg_Q4)*Fsw)*IF(Vout>8, Vout, Table2[[#This Row],[Vin]])","v":0.64799999999999991},0.32645042016806725,{"$f":"Table2[[#This Row],[IQ Loss]]+Table2[[#This Row],[Switching Current Loss]]","v":0.70799999999999996},{"$f":"SUM(Table2[[#This Row],[Total Inductor Loss]],Table2[[#This Row],[Total Cout Loss]],Table2[[#This Row],[Total Cin Loss]],Table2[[#This Row],[Total Control Bu MOSFET Loss]],Table2[[#This Row],[Total Sync Bu MOSFET Loss]],Table2[[#This Row],[Total Control Bo MOSFET Loss]],Table2[[#This Row],[Total Sync Bo MOSFET Loss]], Table2[[#This Row],[Deadtime Loss ext D]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table2[[#This Row],[Total IC Loss]],Table2[[#This Row],[Isense Shunt Loss]],Table2[[#This Row],[Iout Shunt Loss]])","v":3.2313350170313431},{"$f":"Vout*Table2[[#This Row],[Iout]]","v":68},{"$f":"Table2[[#This Row],[Pout]]/(Table2[[#This Row],[Pout]]+Table2[[#This Row],[Total Loss]])","v":0.95463604583209438},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D 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["Qrr Current",{"$f":"Qrr_Q2*Fsw","v":1.2E-2},"A",null,null,null,69,16,{"$f":"IF(Mode = 2,IF(Table2[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table2[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table2[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BOOST"},{"$f":"IF(Table2[[#This Row],[Mode]]=\"BOOST\",2, IF(Table2[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":2},3.45,{"$f":"Vout*Table2[[#This Row],[Iout]]/(Table2[[#This Row],[Vin]]*Efficiency)","v":4.5394736842105265},{"$f":"MIN(1/Fsw,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":3.3726977753275576E-7},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],(Vout/Fsw-Table2[[#This 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Row],[I_1]])^2)/3)+Table2[[#This Row],[t3_Ph_III]]*(Table2[[#This Row],[I_2]]*Table2[[#This Row],[I_0]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_2]])^2)/3))))","v":4.6344548547821862},{"$f":"(Table2[[#This Row],[Irms Lf]]^2*Rdcr*(1+Ltc*Ta-Ltc*25))/(1-Table2[[#This Row],[Irms Lf]]^2*Rdcr*Ltc*ThetaCa)","v":0.12363648068710086},{"$f":"ABS(7.759*10^-3*Fsw^0.9458*(0.00787*Table2[[#This Row],[Ripple Current pk-pk]])^2.304)","v":0.12437737483322062},{"$f":"Table2[[#This Row],[DCR    Loss]]+Table2[[#This Row],[Core Loss]]","v":0.24801385552032146},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, Table2[[#This Row],[Ripple Current pk-pk]]/SQRT(12), SQRT(Table2[[#This Row],[Duty Cycle BOOST Leg]]/(1-Table2[[#This Row],[Duty Cycle BOOST Leg]]))*SQRT(Table2[[#This Row],[Iout]]^2+(Table2[[#This Row],[Ripple Current pk-pk]]^2)/12))","v":1.7823985415804775},{"$f":"RCoutEsr*Table2[[#This Row],[Irms Cout]]^2","v":1.5884722805141065E-2},{"$f":"Table2[[#This Row],[Cout ESR Loss]]","v":1.5884722805141065E-2},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, SQRT(Table2[[#This Row],[Duty Cycle BUCK Leg]]*(1-Table2[[#This Row],[Duty Cycle BUCK Leg]]))*SQRT(Table2[[#This Row],[Iout]]^2+(Table2[[#This Row],[Ripple Current pk-pk]]^2)/12), Table2[[#This Row],[Ripple Current pk-pk]]/SQRT(12))","v":0.51934867627786685},{"$f":"RCinEsr*Table2[[#This Row],[Irms Cin]]^2","v":5.3944609510314515E-4},{"$f":"Table2[[#This Row],[Cin ESR Loss]]","v":5.3944609510314515E-4},{"$f":"Table2[[#This Row],[Irms Lf]]","v":4.6344548547821862},{"$f":"Rdson1*Table2[[#This Row],[Irms BuCtrl]]^2","v":9.020832156425955E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], (Table2[[#This Row],[Vin]]*Table2[[#This Row],[Iout]]/2)*(Fsw)*(Tr_buck+Tf_buck), 0, (Table2[[#This Row],[Vin]]*Table2[[#This Row],[Avg IL]]/2)*(Fsw/1)*(Tr_buck+Tf_buck))","v":0},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, IF(Table2[[#This Row],[Iout]]>Table2[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table2[[#This Row],[Iout]]-Table2[[#This Row],[Ripple Current pk-pk]]/2)*Vsd_Q1*Deadtime*Fsw),0)","v":0},{"$f":"(Table2[[#This Row],[Dead Time Loss BuCtrl]]+Table2[[#This Row],[Transition Loss BuCtrl]]+Table2[[#This Row],[RDS(on) Loss BuCtrl]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuCtrl]]*RdsonTopTc*ThetaJA_Q1)","v":9.2204549807145333E-2},{"$f":"Table2[[#This Row],[Irms Lf]]","v":4.6344548547821862},{"$f":"Rdson2*Table2[[#This Row],[Irms BuSync]]^2","v":9.020832156425955E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]),0, IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]))","v":0},{"$f":"(Table2[[#This Row],[Deadtime Loss BuSync]]+Table2[[#This Row],[RDS(on) Loss BuSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuSync]]*RdsonBotTc*ThetaJA_Q2)","v":9.2204549807145333E-2},{"$f":"Table2[[#This Row],[Irms Lf]]","v":4.6344548547821862},{"$f":"Rdson4*Table2[[#This Row],[Irms BoCtlr]]^2","v":9.020832156425955E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 0, (Vout*Table2[[#This Row],[Iin]]/2)*(Fsw)*(Tr_boost+Tf_boost), (Vout*Iout/2)*(Fsw/1)*(Tr_boost+Tf_boost))","v":0.92617837649065382},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, 0, IF(Table2[[#This Row],[Iin]]>Table2[[#This Row],[Ripple Current pk-pk]]/2,0,ABS(Table2[[#This Row],[Iin]]-Table2[[#This Row],[Ripple Current pk-pk]]/2)*Vsd_Q4*Deadtime*Fsw))","v":0},{"$f":"(Table2[[#This Row],[Dead Time Loss BoCtlr]]+Table2[[#This Row],[Transition Loss BoCtlr]]+Table2[[#This Row],[RDS(on) Loss BoCtlr]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BoCtlr]]*RdsonTopTc*ThetaJA_Q4)","v":1.0388784127567032},{"$f":"Table2[[#This Row],[Irms Lf]]","v":4.6344548547821862},{"$f":"Rdson3*Table2[[#This Row],[Irms BoSync]]^2","v":9.020832156425955E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 0, IF(Table2[[#This Row],[Iin]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*(Table2[[#This Row],[Iin]]+Table2[[#This Row],[Ripple Current pk-pk]]/2), 2*Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*Table2[[#This Row],[Iin]]), IF(Table2[[#This Row],[Iin]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*(Table2[[#This Row],[Iin]]+Table2[[#This Row],[Ripple Current pk-pk]]/2), 2*Deadtime*Fsw*IF(VfdSky_Q3>0,0,Vsd_Q3)*Table2[[#This Row],[Iin]]))","v":0.22157894736842107},{"$f":"(Table2[[#This Row],[Deadtime Loss BoSync]]+Table2[[#This Row],[RDS(on) Loss BoSync]]*(1+RdsonBotTc*Ta-RdsonBotTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BoSync]]*RdsonBotTc*ThetaJA_Q3)","v":0.31868683807688952},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], Rdson3*Table2[[#This Row],[Irms Lf]]^2, Rdson1*Table2[[#This Row],[Irms Lf]]^2, 0)","v":9.020832156425955E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table2[[#This Row],[Iout]], 2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table2[[#This Row],[Iin]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table2[[#This Row],[Iout]]+2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table2[[#This Row],[Iin]])","v":0},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1), IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0.24},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1), IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0.24},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], Rs*Table2[[#This Row],[Irms BuSync]]^2, Rs*Table2[[#This Row],[Irms BoCtlr]]^2, Rs*(Table2[[#This Row],[Irms BuSync]]^2+Table2[[#This Row],[Irms BoCtlr]]^2))","v":5.3695429502535433E-2},0.25,{"$f":"IF(Vout>8, Iq*Vout, Iq*Table2[[#This Row],[Vin]])","v":0.06},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], (Qg_Q1+Qg_Q2)*Fsw, (Qg_Q3+Qg_Q4)*Fsw, (Qg_Q1+Qg_Q2+Qg_Q3+Qg_Q4)*Fsw)*IF(Vout>8, Vout, Table2[[#This Row],[Vin]])","v":0.64799999999999991},0.32645042016806725,{"$f":"Table2[[#This Row],[IQ Loss]]+Table2[[#This Row],[Switching Current Loss]]","v":0.70799999999999996},{"$f":"SUM(Table2[[#This Row],[Total Inductor Loss]],Table2[[#This Row],[Total Cout Loss]],Table2[[#This Row],[Total Cin Loss]],Table2[[#This Row],[Total Control Bu MOSFET Loss]],Table2[[#This Row],[Total Sync Bu MOSFET Loss]],Table2[[#This Row],[Total Control Bo MOSFET Loss]],Table2[[#This Row],[Total Sync Bo MOSFET Loss]], Table2[[#This Row],[Deadtime Loss ext D]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table2[[#This Row],[Total IC Loss]],Table2[[#This Row],[Isense Shunt Loss]],Table2[[#This Row],[Iout Shunt Loss]])","v":3.2981078043709853},{"$f":"Vout*Table2[[#This Row],[Iout]]","v":70},{"$f":"Table2[[#This Row],[Pout]]/(Table2[[#This Row],[Pout]]+Table2[[#This Row],[Total Loss]])","v":0.95500418901435391},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]),ThetaJA_Q4*(Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":76.73270476540219},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, Table2[[#This Row],[Total Sync Bu MOSFET Loss]]*ThetaJA_Q2, ThetaJA_Q3*Table2[[#This Row],[Total Sync Bo MOSFET Loss]])","v":19.121210284613372},null,{"$f":"Table2[[#This Row],[EFF, h]]*100","v":95.500418901435395},{"$f":"Table2[[#This Row],[Total Inductor Loss]]","v":0.24801385552032146},{"$f":"Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Total Sync Bu MOSFET Loss]]+Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Total Sync Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]","v":2.0219743504478833},{"$f":" Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.66","v":0.25060454980714536},{"$f":"Table2[[#This Row],[Total Sync Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.33","v":0.17140454980714534},{"$f":" Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.66","v":1.1972784127567033},{"$f":" Table2[[#This Row],[Total Sync Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.33","v":0.39788683807688952},{"$f":"Table2[[#This Row],[Isense Shunt Loss]]","v":5.3695429502535433E-2}]
["Total",{"$f":"SUM(B77:B79)","v":{"$error":"#NAME?"}},"A",null,null,null,71,16,{"$f":"IF(Mode = 2,IF(Table2[[#This Row],[Vin]]>Vout, \"BUCK\",\"BOOST\"),IF(Table2[[#This Row],[Vin]]>VIN_BB_to_buck, \"BUCK\", IF(Table2[[#This Row],[Vin]]<=VIN_boost_to_BB,\"BOOST\",\"BUCK-BST\")))","v":"BOOST"},{"$f":"IF(Table2[[#This Row],[Mode]]=\"BOOST\",2, IF(Table2[[#This Row],[Mode]]=\"BUCK\", 1,3))","v":2},3.55,{"$f":"Vout*Table2[[#This Row],[Iout]]/(Table2[[#This Row],[Vin]]*Efficiency)","v":4.6710526315789478},{"$f":"MIN(1/Fsw,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]])/Fsw,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]])/Fsw,t1_Ph_II))","v":3.3738394402433455E-7},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],1/Fsw-Table2[[#This Row],[t1_Ph_II]],(Vout/Fsw-Table2[[#This Row],[Vin]]*t1_Ph_II)/(Table2[[#This Row],[Vin]]+Vout))","v":1.3292827226423321E-6},{"$f":"1/Fsw-(Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])","v":0},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],Table2[[#This Row],[Iout]]-1/(2*Lf)*(Table2[[#This Row],[Vin]]-Vout)*Table2[[#This Row],[t1_Ph_II]],Table2[[#This Row],[Iin]]-1/(2*Lf)*Table2[[#This Row],[Vin]]*Table2[[#This Row],[t1_Ph_II]],1/(Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])*(Table2[[#This Row],[Iin]]/Fsw-(1/2*(Table2[[#This Row],[Vin]]-Vout)/Lf*Table2[[#This Row],[t1_Ph_II]]*Table2[[#This Row],[t1_Ph_II]]+(Table2[[#This Row],[Vin]]-Vout)/Lf*Table2[[#This Row],[t1_Ph_II]]*Table2[[#This Row],[t2_Ph_I]]+1/2*Table2[[#This Row],[Vin]]/L*Table2[[#This Row],[t2_Ph_I]]*Table2[[#This Row],[t2_Ph_I]])))","v":3.7713621141807225},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],Table2[[#This Row],[I_0]]+1/Lf*(Table2[[#This Row],[Vin]]-Vout)*Table2[[#This Row],[t1_Ph_II]],Table2[[#This Row],[I_0]]+1/Lf*Table2[[#This Row],[Vin]]*Table2[[#This Row],[t1_Ph_II]],Table2[[#This Row],[I_0]]+(Table2[[#This Row],[Vin]]-Vout)/L*Table2[[#This Row],[t1_Ph_II]])","v":5.570743148977173},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],0,0,Table2[[#This Row],[I_1]]+Table2[[#This Row],[Vin]]/L*Table2[[#This Row],[t2_Ph_I]])","v":0},{"$f":"Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[I_1]]*Table2[[#This Row],[t2_Ph_I]]+Table2[[#This Row],[I_2]]*Table2[[#This Row],[t3_Ph_III]])","v":5.2064937867838443},{"$f":"MIN(1,CHOOSE(Table2[[#This Row],[Mode Digit]],(Vout+(Rdson2+Rs+Rdcr)*Table2[[#This Row],[Iout]])/(Table2[[#This Row],[Vin]]+(Rs+Rdson2-Rdson1)*Table2[[#This Row],[Iout]]),1,Fsw*Table2[[#This Row],[t2_Ph_I]]+Table2[[#This Row],[t1_Ph_II]]))","v":1},{"$f":"MIN(1,CHOOSE(Table2[[#This Row],[Mode Digit]],0,(Vout+(Rdson3+Rdcr)*Table2[[#This Row],[Iin]]-Table2[[#This Row],[Vin]])/(Vout+(Rdson3-Rdson4-Rs)*Table2[[#This Row],[Iin]]),Fsw*Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t3_Ph_III]]))","v":0.20243036641460072},{"$f":"MAX(Table2[[#This Row],[I_0]:[I_2]])-MIN(Table2[[#This Row],[I_0]:[I_1]])","v":1.7993810347964505},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]],SQRT((Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])*Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3)),SQRT((Table2[[#This Row],[t1_Ph_II]]+Table2[[#This Row],[t2_Ph_I]])*Fsw*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_1]])^2)/3)),SQRT(Fsw*(Table2[[#This Row],[t1_Ph_II]]*(Table2[[#This Row],[I_0]]*Table2[[#This Row],[I_1]]+((Table2[[#This Row],[I_1]]-Table2[[#This Row],[I_0]])^2)/3)+Table2[[#This Row],[t2_Ph_I]]*(Table2[[#This Row],[I_1]]*Table2[[#This Row],[I_2]]+((Table2[[#This Row],[I_2]]-Table2[[#This Row],[I_1]])^2)/3)+Table2[[#This Row],[t3_Ph_III]]*(Table2[[#This Row],[I_2]]*Table2[[#This Row],[I_0]]+((Table2[[#This Row],[I_0]]-Table2[[#This Row],[I_2]])^2)/3))))","v":4.6998454261120166},{"$f":"(Table2[[#This Row],[Irms Lf]]^2*Rdcr*(1+Ltc*Ta-Ltc*25))/(1-Table2[[#This Row],[Irms Lf]]^2*Rdcr*Ltc*ThetaCa)","v":0.12718578126182734},{"$f":"ABS(7.759*10^-3*Fsw^0.9458*(0.00787*Table2[[#This Row],[Ripple Current pk-pk]])^2.304)","v":0.12442587386687105},{"$f":"Table2[[#This Row],[DCR    Loss]]+Table2[[#This Row],[Core Loss]]","v":0.25161165512869837},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, Table2[[#This Row],[Ripple Current pk-pk]]/SQRT(12), SQRT(Table2[[#This Row],[Duty Cycle BOOST Leg]]/(1-Table2[[#This Row],[Duty Cycle BOOST Leg]]))*SQRT(Table2[[#This Row],[Iout]]^2+(Table2[[#This Row],[Ripple Current pk-pk]]^2)/12))","v":1.8075147240327409},{"$f":"RCoutEsr*Table2[[#This Row],[Irms Cout]]^2","v":1.6335547387975779E-2},{"$f":"Table2[[#This Row],[Cout ESR Loss]]","v":1.6335547387975779E-2},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, SQRT(Table2[[#This 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pk-pk]]/2)*Vsd_Q1*Deadtime*Fsw),0)","v":0},{"$f":"(Table2[[#This Row],[Dead Time Loss BuCtrl]]+Table2[[#This Row],[Transition Loss BuCtrl]]+Table2[[#This Row],[RDS(on) Loss BuCtrl]]*(1+RdsonTopTc*Ta-RdsonTopTc*25))/(1-Table2[[#This Row],[RDS(on) Loss BuCtrl]]*RdsonTopTc*ThetaJA_Q1)","v":9.4884525722502305E-2},{"$f":"Table2[[#This Row],[Irms Lf]]","v":4.6998454261120166},{"$f":"Rdson2*Table2[[#This Row],[Irms BuSync]]^2","v":9.2771897523253391E-2},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This Row],[Iout]]),0, IF(Table2[[#This Row],[Iout]]<Table2[[#This Row],[Ripple Current pk-pk]]/2,Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*(Table2[[#This Row],[Iout]]+Table2[[#This Row],[Ripple Current pk-pk]]/2),2*Deadtime*Fsw*IF(VfdSky_Q2>0,0,Vsd_Q2)*Table2[[#This 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Rdson1*Table2[[#This Row],[Irms Lf]]^2, 0)","v":0.18293107453007706},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table2[[#This Row],[Iout]], 2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table2[[#This Row],[Iin]], 2*Deadtime*Fsw*IF(VfdSky_Q2>0,VfdSky_Q2,0)*Table2[[#This Row],[Iout]]+2*Deadtime*Fsw*IF(VfdSky_Q3>0,VfdSky_Q3,0)*Table2[[#This Row],[Iin]])","v":0},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1), IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0.24},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1), IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout,  IF(QrrSky_Q2>0,QrrSky_Q2,Qrr_Q2*Table2[[#This Row],[Iout]]/Iout)*Fsw*(Table2[[#This Row],[Vin]]-Table2[[#This Row],[Iout]]*Rdson1)+IF(QrrSky_Q3>0,QrrSky_Q3,Qrr_Q3)*Fsw*Vout)","v":0.24},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], Rs*Table2[[#This Row],[Irms BuSync]]^2, Rs*Table2[[#This Row],[Irms BoCtlr]]^2, Rs*(Table2[[#This Row],[Irms BuSync]]^2+Table2[[#This Row],[Irms BoCtlr]]^2))","v":0.10888754436314109},0.25,{"$f":"IF(Vout>8, Iq*Vout, Iq*Table2[[#This Row],[Vin]])","v":0.06},{"$f":"CHOOSE(Table2[[#This Row],[Mode Digit]], (Qg_Q1+Qg_Q2)*Fsw, (Qg_Q3+Qg_Q4)*Fsw, (Qg_Q1+Qg_Q2+Qg_Q3+Qg_Q4)*Fsw)*IF(Vout>8, Vout, Table2[[#This Row],[Vin]])","v":0.64799999999999991},0.32645042016806725,{"$f":"Table2[[#This Row],[IQ Loss]]+Table2[[#This Row],[Switching Current Loss]]","v":0.70799999999999996},{"$f":"SUM(Table2[[#This Row],[Total Inductor Loss]],Table2[[#This Row],[Total Cout Loss]],Table2[[#This Row],[Total Cin Loss]],Table2[[#This Row],[Total Control Bu MOSFET Loss]],Table2[[#This Row],[Total Sync Bu MOSFET Loss]],Table2[[#This Row],[Total Control Bo MOSFET Loss]],Table2[[#This Row],[Total Sync Bo MOSFET Loss]], Table2[[#This Row],[Deadtime Loss ext D]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]],Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]],Table2[[#This Row],[Total IC Loss]],Table2[[#This Row],[Isense Shunt Loss]],Table2[[#This Row],[Iout Shunt Loss]])","v":4.4391036916587856},{"$f":"Vout*Table2[[#This Row],[Iout]]","v":100},{"$f":"Table2[[#This Row],[Pout]]/(Table2[[#This Row],[Pout]]+Table2[[#This Row],[Total Loss]])","v":0.9574957699295793},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout,ThetaJA_Q1*(Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]),ThetaJA_Q4*(Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]))","v":108.91198542882987},{"$f":"IF(Table2[[#This Row],[Vin]]>Vout, Table2[[#This Row],[Total Sync Bu MOSFET Loss]]*ThetaJA_Q2, ThetaJA_Q3*Table2[[#This Row],[Total Sync Bo MOSFET Loss]])","v":31.344476582446493},null,{"$f":"Table2[[#This Row],[EFF, h]]*100","v":95.749576992957927},{"$f":"Table2[[#This Row],[Total Inductor Loss]]","v":0.37913165437129892},{"$f":"Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Total Sync Bu MOSFET Loss]]+Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Total Sync Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]","v":2.9602700495900951},{"$f":" Table2[[#This Row],[Total Control Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.66","v":0.3497311747010779},{"$f":"Table2[[#This Row],[Total Sync Bu MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BUCK]]*0.33","v":0.2705311747010779},{"$f":" Table2[[#This Row],[Total Control Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.66","v":1.7335997571471644},{"$f":" Table2[[#This Row],[Total Sync Bo MOSFET Loss]]+Table2[[#This Row],[Reverse Recovery Loss MOSFET D BOOST]]*0.33","v":0.60160794304077492},{"$f":"Table2[[#This Row],[Isense Shunt Loss]]","v":0.10888754436314109}]

{"sheet":"Standard Value Calculator","index":18,"n_rows":159,"n_cols":19,"rows_kept":159,"cut":false,"hidden":true,"merged":[]}
[]
["Capacitors","Css","Cc1ea","Cc2ea","Cc1il","Cc2il","Cout","Cin","C_ILimit_HF",{"$f":"P19","v":"C_limitcomp"},"C_cs","Csby","Cout2"]
["Inputs",{"$f":"Css","v":1.8000000000000002E-8},{"$f":"Cc1ea","v":1.5702833829632589E-8},{"$f":"Cc2ea","v":1.3683805788825852E-10},{"$f":"Q32","v":3.7032203475013045E-8},{"$f":"Q33","v":1.8516101737506527E-7},{"$f":"Cout","v":1E-4},{"$f":"Cin","v":1E-4},{"$f":"C_ILimit_HF","v":1.061032953945969E-10},{"$f":"Q19","v":2.3104587766640052E-10},{"$f":"C_CS","v":1.802387831771561E-10},{"$f":"Csby","v":0},{"$f":"Co2_","v":1.2992664502669094E-5},null,null,"Resistors","inputs","Standard Result"]
["Standard Result",{"$f":"SUM(B6:B158)/1000000000000","v":1.7999999999999999E-8},1.4999999999999999E-8,1.5E-10,3.8999999999999998E-8,1.8E-7,1E-4,1E-4,1E-10,{"$f":"IF(J3=\"OPEN\",\"OPEN\",SUM(J6:J158)/1000000000000)","v":2.1999999999999999E-10},{"$f":"IF(K3=\"OPEN\",\"OPEN\",SUM(K6:K158)/1000000000000)","v":1.8E-10},{"$f":"IF(L3=\"OPEN\",\"OPEN\",SUM(L6:L158)/1000000000000)","v":0},{"$f":"IF(M3=\"OPEN\",\"OPEN\",SUM(M6:M158)/1000000000000)","v":1.2E-5},null,null,"Rt",{"$f":"Rfadj","v":52083.333333333336},{"$f":"IF(Q4>(INT(0.5+100*POWER(10,IF(96*(LOG(Q4)-INT(LOG(Q4)))-ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0)<0,ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0)-1,ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0))/96))*POWER(10,INT(LOG(Q4))-2)+INT(0.5+100*POWER(10,(IF(96*(LOG(Q4)-INT(LOG(Q4)))-ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0)<0,ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0)-1,ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0))+1)/96))*POWER(10,INT(LOG(Q4))-2))/2,INT(0.5+100*POWER(10,(IF(96*(LOG(Q4)-INT(LOG(Q4)))-ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0)<0,ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0)-1,ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0))+1)/96))*POWER(10,INT(LOG(Q4))-2),INT(0.5+100*POWER(10,IF(96*(LOG(Q4)-INT(LOG(Q4)))-ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0)<0,ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0)-1,ROUND(96*(LOG(Q4)-INT(LOG(Q4))),0))/96))*POWER(10,INT(LOG(Q4))-2))","v":52300},"Ω"]
["(pF)"]
[0.47,{"$f":"IF(IF((B$3*10^12-$A7)*(B$3*10^12-$A6)*-1<0,0,1)*IF(ABS(B$3*10^12-$A7)>(B$3*10^12-$A6),$A6,$A7)=B7,0,IF((B$3*10^12-$A7)*(B$3*10^12-$A6)*-1<0,0,1)*IF(ABS(B$3*10^12-$A7)>(B$3*10^12-$A6),$A6,$A7))","v":0},0,0,0,0,0,0,0,0,0,0,0,null,null,"Rshunt",{"$f":"Rshunt","v":10},10,"Ω"]
[0.56000000000000005,{"$f":"IF(IF((B$3*10^12-$A8)*(B$3*10^12-$A7)*-1<0,0,1)*IF(ABS(B$3*10^12-$A8)>(B$3*10^12-$A7),$A7,$A8)=B8,0,IF((B$3*10^12-$A8)*(B$3*10^12-$A7)*-1<0,0,1)*IF(ABS(B$3*10^12-$A8)>(B$3*10^12-$A7),$A7,$A8))","v":0},{"$f":"IF(IF((C$3*10^12-$A8)*(C$3*10^12-$A7)*-1<0,0,1)*IF(ABS(C$3*10^12-$A8)>(C$3*10^12-$A7),$A7,$A8)=C8,0,IF((C$3*10^12-$A8)*(C$3*10^12-$A7)*-1<0,0,1)*IF(ABS(C$3*10^12-$A8)>(C$3*10^12-$A7),$A7,$A8))","v":0},{"$f":"IF(IF((D$3*10^12-$A8)*(D$3*10^12-$A7)*-1<0,0,1)*IF(ABS(D$3*10^12-$A8)>(D$3*10^12-$A7),$A7,$A8)=D8,0,IF((D$3*10^12-$A8)*(D$3*10^12-$A7)*-1<0,0,1)*IF(ABS(D$3*10^12-$A8)>(D$3*10^12-$A7),$A7,$A8))","v":0},0,0,{"$f":"IF(IF((G$3*10^12-$A8)*(G$3*10^12-$A7)*-1<0,0,1)*IF(ABS(G$3*10^12-$A8)>(G$3*10^12-$A7),$A7,$A8)=G8,0,IF((G$3*10^12-$A8)*(G$3*10^12-$A7)*-1<0,0,1)*IF(ABS(G$3*10^12-$A8)>(G$3*10^12-$A7),$A7,$A8))","v":0},{"$f":"IF(IF((H$3*10^12-$A8)*(H$3*10^12-$A7)*-1<0,0,1)*IF(ABS(H$3*10^12-$A8)>(H$3*10^12-$A7),$A7,$A8)=H8,0,IF((H$3*10^12-$A8)*(H$3*10^12-$A7)*-1<0,0,1)*IF(ABS(H$3*10^12-$A8)>(H$3*10^12-$A7),$A7,$A8))","v":0},{"$f":"IF(IF((I$3*10^12-$A8)*(I$3*10^12-$A7)*-1<0,0,1)*IF(ABS(I$3*10^12-$A8)>(I$3*10^12-$A7),$A7,$A8)=I8,0,IF((I$3*10^12-$A8)*(I$3*10^12-$A7)*-1<0,0,1)*IF(ABS(I$3*10^12-$A8)>(I$3*10^12-$A7),$A7,$A8))","v":0},0,0,0,0,null,null,"Rc1ea",{"$f":"Rcea1","v":8491.0363810716717},8450,"Ω"]
[0.68,0,0,0,0,0,0,0,0,0,0,0,0]
[0.82,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Rfb1",{"$f":"Rfb1_","v":82000},82500,"Ω"]
[1,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Rfb2",{"$f":"Rfb2_","v":4315.7894736842109},{"$f":"IF(Q10=\"OPEN\",\"OPEN\",IF(Q10>(INT(0.5+100*POWER(10,IF(96*(LOG(Q10)-INT(LOG(Q10)))-ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0)<0,ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0)-1,ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0))/96))*POWER(10,INT(LOG(Q10))-2)+INT(0.5+100*POWER(10,(IF(96*(LOG(Q10)-INT(LOG(Q10)))-ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0)<0,ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0)-1,ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0))+1)/96))*POWER(10,INT(LOG(Q10))-2))/2,INT(0.5+100*POWER(10,(IF(96*(LOG(Q10)-INT(LOG(Q10)))-ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0)<0,ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0)-1,ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0))+1)/96))*POWER(10,INT(LOG(Q10))-2),INT(0.5+100*POWER(10,IF(96*(LOG(Q10)-INT(LOG(Q10)))-ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0)<0,ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0)-1,ROUND(96*(LOG(Q10)-INT(LOG(Q10))),0))/96))*POWER(10,INT(LOG(Q10))-2)))","v":4320},"Ω"]
[1.2,0,0,0,0,0,0,0,0,0,0,0,0]
[1.5,0,0,0,0,0,0,0,0,0,0,0,0]
[1.8,0,0,0,0,0,0,0,0,0,0,0,0,null,null,"Rs",{"$f":"Rs_ideal*1000","v":3.1852168889623136},{"$f":"IF(Q13=0,0,IF(Q13>(INT(0.5+100*POWER(10,IF(96*(LOG(Q13)-INT(LOG(Q13)))-ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0)<0,ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0)-1,ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0))/96))*POWER(10,INT(LOG(Q13))-2)+INT(0.5+100*POWER(10,(IF(96*(LOG(Q13)-INT(LOG(Q13)))-ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0)<0,ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0)-1,ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0))+1)/96))*POWER(10,INT(LOG(Q13))-2))/2,INT(0.5+100*POWER(10,(IF(96*(LOG(Q13)-INT(LOG(Q13)))-ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0)<0,ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0)-1,ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0))+1)/96))*POWER(10,INT(LOG(Q13))-2),INT(0.5+100*POWER(10,IF(96*(LOG(Q13)-INT(LOG(Q13)))-ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0)<0,ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0)-1,ROUND(96*(LOG(Q13)-INT(LOG(Q13))),0))/96))*POWER(10,INT(LOG(Q13))-2)))","v":3.16},"mΩ"]
[2.2000000000000002,{"$f":"IF(IF((B$3*10^12-$A15)*(B$3*10^12-$A14)*-1<0,0,1)*IF(ABS(B$3*10^12-$A15)>(B$3*10^12-$A14),$A14,$A15)=B15,0,IF((B$3*10^12-$A15)*(B$3*10^12-$A14)*-1<0,0,1)*IF(ABS(B$3*10^12-$A15)>(B$3*10^12-$A14),$A14,$A15))","v":0},0,0,0,0,0,0,0,0,0,0,0,null,null,"Cslope_ideal",null,null,"pF"]
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{"sheet":"Snubber","index":19,"n_rows":6,"n_cols":5,"rows_kept":6,"cut":false,"hidden":true,"merged":[]}
[null,null,"UNITS","STD UNITS"]
["Frequency of Ringing",85,"MHz",{"$f":"B2*1000000","v":85000000},"Hz"]
["SW capacitance",3000,"pF",{"$f":"B3*0.000000000001","v":3E-9},"F"]
["Lpar",{"$f":"1000000000*1/((D2*2*3.14159)^2*D3)","v":1.1686430773614742},"nH",{"$f":"B4/1000000000","v":1.1686430773614743E-9},"H"]
["Csnub",{"$f":"4*B3","v":12000},"pF",{"$f":"B5*0.000000000001","v":1.2E-8},"F"]
["Rsnub",{"$f":"SQRT(D4/D3)","v":0.62413755891936573},"Ω",{"$f":"B6","v":0.62413755891936573},"Ω"]

{"sheet":"Parallel Output Caps","index":20,"n_rows":16,"n_cols":5,"rows_kept":16,"cut":false,"hidden":true,"merged":[]}
[]
[]
["Ripple I",{"$f":"Iripple1","v":{"$error":"#NAME?"}}]
["Fsw",{"$f":"Fsw","v":600000}]
[]
["R1",0.5,"mOhms",{"$f":"B6/1000","v":5.0000000000000001E-4},"Ohms"]
["C1",20,"uF",{"$f":"B7/1000000","v":2.0000000000000002E-5},"F"]
[]
["R2",20,"mOhms",{"$f":"B9/1000","v":0.02},"Ohms"]
["C2",68,"uF",{"$f":"B10/1000000","v":6.7999999999999999E-5},"F"]
[]
["I1 ",{"$f":"(D7/(D7+D10))*SQRT((D9*D10*B4)^2+1)/SQRT((((D6+D9)*D7*D10/(D10+D7))*B4)^2+1)","v":0.28817610934128135},"%"]
["I2 ",{"$f":"1-B12","v":0.71182389065871865},"%"]
[]
["I1 ",{"$f":"B12*(Iripple1/(2*SQRT(3)))","v":{"$error":"#NAME?"}},"A"]
["I2 ",{"$f":"B13*(Iripple1/(2*SQRT(3)))","v":{"$error":"#NAME?"}},"A"]