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{"sheet":"LM(2)5118 Calculator","index":0,"n_rows":113,"n_cols":7,"rows_kept":113,"cut":false,"hidden":false,"merged":[]}
["LM(2)5118 Quick Start Component Calculator",null,null,null,"Version 2.01"]
["Revision date:  April 2014"]
[]
[]
[]
[" Step 1 - Application Requirements"]
[null,null,"Vout (V)",null,48]
[" Enter design requirements in the shaded cells",null,"Vin(min) (V)",null,42]
[null,null,"Vin(max) (V)",null,55]
[null,null,"Maximum Average Load Current Iout (A)",null,4.2]
[null,null,"Ripple Current as % of Maximum Load Current (%)",null,0.4]
[null,null,"Effciency of Converter (%)",null,0.9]
[null,null,"VCCX Voltage (V)",null,0]
[null,null,"Vin at start of  Transition to Buck-Boost Mode (V)",null,{"$f":"1.33*Vout","v":63.84}]
[null,null,"Buck-Boost Mode Operation",null,{"$f":"IF(Vinmin<1.4*Vout,\"YES\",\"NO\")","v":"YES"}]
[]
[null,null,"Recommended Controller IC",null,{"$f":"IF(E15 = \"NO\", \"LM5116\", \"LM5118\")","v":"LM5118"}]
[]
["Step 2 - Switching Frequency"]
[null,null,"Maximum Possible Switching Frequency (kHz)",null,{"$f":"IF(Fmax<610,Fmax,500)","v":500}]
[{"$f":"IF(E21>=E20,\"Violation of Minimum On-Time or Max Frequency\",\"\")","v":""},null,"Switching Frequency (kHz)",null,220]
[{"$f":"IF(E21>=E20,\"Reduce Switching Frequency\",\"\")","v":""},null,"Timing Resistor, Rt (kW)",null,{"$f":"6.4*10^3/Fsw-3.02","v":26.07090909090909}]
[{"$f":"IF(Dviolate<DMaximumAll,\"Check Switching Frequency or Decrease Vin\",\"\")","v":""}]
["Step 3 - Inductor Value"]
[null,null,"Calculated Buck Mode Inductor Value, Lb (µH)",null,{"$f":"IF(Vinmax>E14,((Vout*(Vinmax-Vout))/(Vinmax*Fsw*(Ripple*Iout)))*1000,\"NA\")","v":"NA"}]
[null,null,"Calculated Buck-Boost Mode Inductor Value, Lb-b (µH)",null,{"$f":"IF(BuckBoostMode=\"YES\",(((Vinmin)*Vout)/((Vinmin+Vout)*Fsw*Ripple*Iout))*1000,\"NA\")","v":60.606060606060609}]
[null,null,"Actual Chosen Inductor Value, L (µH)",null,47]
[null,null,"Inductor Tolerance (%)",null,0.2]
[]
["Step 4 - Calculate Output and Inductor Currents Based on Chosen Inductor"]
[null,null,"Buck mode Ripple Current at Vin(max), ΔI (A)",null,{"$f":"IF(Vinmax>E14,((Vout*(Vinmax-Vout))/(Vinmax*L*Fsw))*1000,\"NA\")","v":"NA"}]
[null,null,"Buck-Boost Ripple Current at Vin(min), ΔI (A)",null,{"$f":"(Vout*Vinmin)/(Fsw*L*(Vout+Vinmin))*1000","v":2.1663442940038684}]
[null,null,"Buck-Boost Ripple Current at Vin=Vout, ΔI (A) ",null,{"$f":"IF(Vinmax>=Vout,(Vout*Vout)/((Vout+Vout)*Fsw*L)*1000,\"NA\")","v":2.3210831721470018}]
[null,null,"Buck mode Ripple Current at Vin(max), Including inductor tolerance, ΔI (A)",null,{"$f":"IrippleBuck/(1-L_tol)","v":{"$error":"#VALUE!"}}]
[null,null,"Buck-Boost Ripple Current at Vin(min), Including inductor tolerance, ΔI (A)",null,{"$f":"IrippleBB/(1-L_tol)","v":2.7079303675048352}]
[null,null,"Buck Average Inductor Current at Vin(max), Including Effciency (A)",null,{"$f":"Iout/Eff","v":4.666666666666667}]
[null,null,"Buck-Boost Average Inductor Current at Vin(min), Including Effciency (A)",null,{"$f":"((Vout+Vinmin)/Vinmin)*(Iout/Eff)","v":10}]
[null,null,"Buck-Mode Peak Inductor Current, Ip(b) (A)",null,{"$f":"IF(Vinmax>E14,ILavgBuck+E34/2,\"NA\")","v":"NA"}]
[null,null,"Buck-Boost Mode Peak Inductor Current, Ip(b-b) (A)",null,{"$f":"IF(BuckBoostMode=\"YES\",ILavgBB+E35/2,\"NA\")","v":11.353965183752418}," "]
[]
["Step 5 - Sense Resistor"]
[null,null,"Current Limit Margin (% beyond Max Load) (%)",null,0.2]
[null,null,"Buck Mode K Factor (K)",null,{"$f":"1+(10/(Vinmax-Vout))","v":2.4285714285714288}]
[null,null,"Selected Buck Mode K Factor (K)",null,1.1599999999999999]
[null,null,"Buck-Boost Mode K Factor (K)",null,{"$f":"1+(10/Vinmin)","v":1.2380952380952381}]
[null,null,"Selected Buck-Boost Mode K Factor (K)",null,3]
[null,null,"Current Sense Resistor, Rs (mW)",null,{"$f":"IF((2.5*(1-E42))/(10*(ILavgBB+(IrippleBB*KBB)/2))*1000<(1.25*(1-E42))/(10*(ILavgBuck+(IrippleBuck*KBuck)/2))*1000,(2.5*(1-E42))/(10*(ILavgBB+(IrippleBB*KBB)/2))*1000,(1.25*(1-E42))/(10*(ILavgBuck+(IrippleBuck*KBuck)/2))*1000)","v":{"$error":"#VALUE!"}}," "]
[null,null,"Closest Standard Value, Rs (mW)",null,20]
[]
["Step 6 - Ramp Capacitor"]
[null,null,"Cramp (pF)",null,{"$f":"(L*5*10^-6)/(10*Rs)*10^9","v":1175}]
[null,null,"Closest Smaller Standard Value, Cramp (pF)",null,4700]
[null,null,"Rramp (kW)",null,{"$f":"IF(Vout>20,7/(Vout*5*10^-6-50*10^-6)*10^-3,\"NA\")","v":36.842105263157904}]
[]
["Step 7 - Current Limits"]
[null,null,"Buck Mode Peak Inductor Current Limit (A)",null,{"$f":"IF(ILPeakLimitBuck<IpeakBuck,\"Error\",ILPeakLimitBuck)","v":"Error"}]
[null,null,"Buck-Boost Mode Peak Inductor Current Limit (A)",null,{"$f":"IF(ILPeakLimitBB<IpeakBB,\"Error\",ILPeakLimitBB)","v":12.371050934880722}]
[]
["Step 9 - Output Capacitors (Based on Worst Case Conditions for Each Mode)"]
[null,null,"Target output ripple (mV)",null,50]
[null,null,"Buck-Boost Duty cycle at Vin(min) (%)",null,{"$f":"Vout/(Vinmin+Vout)","v":0.53333333333333333}]
[null,null,"Buck-Boost RMS Ripple Current in Output Cap (A)",null,{"$f":"SQRT(-(DBB*Iout^2)/(DBB-1))","v":4.4899888641287298}]
[null,null,"Minimum COUT output Capacitor Value (µF)",null,{"$f":"Iout*Vout/(Vinmin+Vout)/(Fsw*DeltaVout)*1000000","v":203.63636363636365}]
[null,null,"Required COUT ESR (mW)",null,{"$f":"DeltaVout/(Iout/(1-E61)+IrippleBB/2)","v":4.9587569537694227}]
[null,null,"Chosen COUT output capacitor value (µF)",null,456]
[null,null,"Actual COUT ESR (mW)",null,4.5999999999999996]
[null,null,"Buck Mode Output Ripple Voltage (mV)",null,{"$f":"IF(Vinmax<BuckMode,\"NA\",Coutesr*((Iout/(1-E61)+(IrippleBB/2))))","v":"NA"}]
[]
["Step 10 - Input Capacitors (Based on Worst Case Conditions for Each Mode)"]
[null,null,"Buck-Boost RMS Input Ripple Current (A)",null,{"$f":"(Iout/(1-DBB))*SQRT(DBB*(1-DBB))","v":4.4899888641287298}]
[null,null,"Buck-Boost Mode Peak to Peak Current Ripple in Input Cap (A)",null,{"$f":"IpeakBB","v":11.353965183752418}]
[null,null,"Buck Mode RMS input Ripple Current (A)",null,{"$f":"IF(Vinmax<BuckMode,\"NA\",Iout*0.5)","v":"NA"}]
[null,null,"Buck Mode Peak to Peak Current Ripple in Input Cap (A)",null,{"$f":"IpeakBuck","v":"NA"}]
[null,null,"Initial Input Capacitor Value(μF)",null,{"$f":"E39/2/Fsw*1000","v":25.804466326710042}]
[null,null,"Chosen CIN Input Capacitor Value (µF)",null,20]
[]
["Step 11 - Feedback Resistors"]
[null,null,"Rfb2 (W)",null,2670]
[null,null,"Rfb1 (W)",null,{"$f":"_Rfb2/((Vout/1.23)-1)","v":70.21808851828095}]
[]
["Step 12 - Chb & Cvcc Capacitor"]
[null,null,"High-side MOSFET Qg at VGS=10V (nC)",null,30]
[null,null,"Minimum Bootstrap Capacitor Chb (µF)",null,{"$f":"E82*10^-3/(0.05*7)","v":8.5714285714285701E-2}]
[null,null,"Chosen Value for Chb (µF)",null,0.1]
[null,null,"Minimum VCC Bypass Capacitor Cvcc (µF)",null,{"$f":"10*E84","v":1}]
[]
["Step 13 - Error Amplifier Compensation"]
[null,null,"Right Half Plane Zero Frequency (kHz)",null,{"$f":"((Rout*(1-DBB)^2)/(2*PI()*L*DBB*10^-6))/1000","v":15.80261846302507}]
[null,null,"Capacitor ESR Zero Frequency (kHz)",null,{"$f":"1/(Cout*Coutesr*2*PI()*10^-6)","v":75.874782175770108}]
[null,null,"Capacitor Pole Frequency (kHz)",null,{"$f":"(1+DBB)/(2*PI()*Cout*Rout*10^-3)","v":4.6827386399479441E-2}]
[null,null,"Bandwidth (kHz)",null,{"$f":"fmodRzero/4","v":3.9506546157562674}]
[null,null,"Selected Bandwith (kHz)",null,1.95]
[null,null,"Target Compensation Zero (kHz)",null,{"$f":"fcutoff/10","v":0.19500000000000001}]
[null,null,"Target Compensation Pole (kHz)",null,{"$f":"fmodRzero","v":15.80261846302507}]
[null,null,"Cpole (nF)",null,{"$f":"fcompZero/(fcompPole*_Rfb2*CompGain)*10^9","v":1.5840773410698179}]
[null,null,"Select Nearest Standard Cpole Value (nF)",null,2.2000000000000002]
[null,null,"Czero (nF)",null,{"$f":"((1/(CompGain*_Rfb2))-E95*10^-9)*10^9","v":126.78807566841513},null," "]
[null,null,"Select Nearest Standard Czero Value (nF)",null,100]
[null,null,"Rcomp (W)",null,{"$f":"1/(fcompZero*2*3.14*E97*10^-9)","v":6440.6149314599716}]
[null,null,"Select nearest Standard Rcomp Value (W)",null,10000]
[]
["Step 14 - Soft Start capacitor"]
[null,null,"Choose soft-start time (ms)",null,12]
[null,null,"Soft Start Capacitor Value (nF)",null,{"$f":"(E103*10^(-5))/1.23*10^6","v":97.560975609756113}]
[]
["Step 15 - UVLO Threshold and Hiccup Mode Restart"]
[null,null,"Minimum Value of Resistor Ruv1  (kW)",null,{"$f":"Vinmax","v":55}]
[null,null,"Chosen Value of  Ruv1 (kW)",null,75]
[null,null,"Desired Undervoltage Threshold (V)",null,4]
[null,null,"Ruv2 Value (kW)",null,{"$f":"1.23*E108/(E109+5*E108*10^(-3)-1.23)","v":29.332273449920507}]
[null,null,"Choose off-time of hiccup duty cycle (µs)",null,723]
[null,null,"Vin voltage for desired hiccup mode off-time  (V)  ",null,12]
[null,null,"Hiccup Mode Off-time Capacitor Value Cr (nF)",null,{"$f":"-(E111*(E110+E108))/(E110*E108*LN(1-((0.98*(E110+E108))/(E110*E112))))","v":99.917863427169848}]

{"sheet":"Bill of Materials","index":1,"n_rows":21,"n_cols":5,"rows_kept":21,"cut":false,"hidden":false,"merged":[]}
[null,"LM5118 List of Components"]
[]
[null,"Component","Description","Value","Minimum Rating"]
[null,"L","Inductor",{"$f":"L","v":47},{"$f":"ILPeakLimitBB","v":12.371050934880722}]
[null,"Cin ","Input capacitor",{"$f":"Cin","v":20},{"$f":"Vinmax","v":55}]
[null,"Cramp","Ramp capacitor",{"$f":"Cramp","v":4700},16]
[null,"Css","Soft start capacitor",{"$f":"Css","v":97.560975609756113},6]
[null,"Cout","Output capacitor",{"$f":"Cout","v":456},{"$f":"Vout","v":48}]
[null,"Cr","UVLO filter capacitor",{"$f":"Cr","v":99.917863427169848},16]
[null,"Cpole","Compensation capacitor",{"$f":"Cpole","v":2.2000000000000002},6]
[null,"Czero","Compensation capacitor",{"$f":"Czero","v":100},6]
[null,"Cvcc","VCC bypass capacitor",{"$f":"Cvcc","v":1},12]
[null,"Chb","HB-SW bypass capacitor",{"$f":"Chb","v":0.1},{"$f":"MAX(Vccx,VCC)","v":7}]
[null,"Rfb1","Feedback resistor",{"$f":"_Rfb1","v":70.21808851828095},"1/16 W"]
[null,"Rfb2","Feedback resistor",{"$f":"_Rfb2","v":2670},"1/16 W"]
[null,"Ruv1","UVLO divider resistor",{"$f":"_Ruv1","v":75},{"$f":"IF(AND(Vinmax^2/(_Ruv2*1000)<0.05,Vinmax<=50),\"1/16W\",\"1/8W\")","v":"1/8W"}]
[null,"Ruv2","UVLO divider resistor",{"$f":"_Ruv2","v":29.332273449920507},"1/16 W"]
[null,"Rs","Sense resistor",{"$f":"Rs","v":20},{"$f":"IF(PRS_BB>PRS_B,PRS_BB,PRS_B)","v":2}]
[null,"Rt","Oscillator timing resistor",{"$f":"Rt","v":26.07090909090909},"1/16 W"]
[null,"Rramp","Optional ramp resistor",{"$f":"Rramp","v":36.842105263157904},{"$f":"IF(D20=\"NA\",\"-\",\"1/16 W\")","v":"1/16 W"}]
[null,"Rcomp","Compensation resistor",{"$f":"Rcomp/1000","v":10},"1/16 W"]

{"sheet":"Bode Plots","index":2,"n_rows":24,"n_cols":24,"rows_kept":24,"cut":false,"hidden":false,"merged":[]}
["Buck-Boost Mode",null,null,null,null,null,null,null,null,null,null,null,"Buck Mode "]
[null,"Frequency (Hz)","Frequency (rad/sec)","Modulator\nGain\n(dB)","Modulator\nPhase\n(deg)","Error Amplifier Gain\n(dB)","Error Amplifier Phase (deg)","Overall Loop\nGain\n(dB)","Loop\nPhase\n(deg)",null,null,null,null,"Frequency (Hz)","Frequency (rad/sec)","Modulator\nGain\n(dB)","Modulator\nPhase\n(deg)","Error Amplifier Gain\n(dB)","Error Amplifier Phase (deg)","Overall Loop\nGain\n(dB)","Loop\nPhase\n(deg)"]
[null,0.1,{"$f":"2*PI()*B3","v":0.62831853071795862},{"$f":"20*LOG(AmBB*IMABS(IMDIV(IMPRODUCT(COMPLEX(1,-C3/wrBB),COMPLEX(1,C3/wzBB)),COMPLEX(1,C3/wpBB))))","v":24.806623300995},{"$f":"IMARGUMENT(IMDIV(IMPRODUCT(COMPLEX(1,-C3/wrBB),COMPLEX(1,C3/wzBB)),COMPLEX(1,C3/wpBB)))*(180/PI())","v":-0.12264215133703021},{"$f":"20*LOG(Afb*IMABS(IMDIV(IMDIV(COMPLEX(1,C3/wzea),COMPLEX(1,C3/wpea)),COMPLEX(0,C3))))","v":75.317161203303343},{"$f":"IMARGUMENT(IMDIV(IMDIV(COMPLEX(-1,-C3/wzea),COMPLEX(1,C3/wpea)),COMPLEX(0,C3)))*(180/PI())","v":90.035225044186305},{"$f":"D3+F3","v":100.12378450429834},{"$f":"E3+G3","v":89.912582892849272},null,"Modulator - Buck-Boost",null,null,0.1,{"$f":"2*PI()*N3","v":0.62831853071795862},{"$f":"20*LOG(Amb*IMABS(IMDIV(COMPLEX(1,O3/wzb),COMPLEX(1,O3/wpb))))","v":35.139192461743583},{"$f":"IMARGUMENT(IMDIV(COMPLEX(1,O3/wzb),COMPLEX(1,O3/wpb)))*(180/PI())","v":-0.18753524445633599},{"$f":"20*LOG(Afb*IMABS(IMDIV(IMDIV(COMPLEX(1,O3/wzea),COMPLEX(1,O3/wpea)),COMPLEX(0,O3))))","v":75.317161203303343},{"$f":"IMARGUMENT(IMDIV(IMDIV(COMPLEX(-1,-O3/wzea),COMPLEX(1,O3/wpea)),COMPLEX(0,O3)))*(180/PI())","v":90.035225044186305},{"$f":"P3+R3","v":110.45635366504692},{"$f":"Q3+S3","v":89.847689799729963},null,"Modulator - Buck"]
[null,0.2,{"$f":"2*PI()*B4","v":1.2566370614359172},24.806563885899735,-0.24528318671839752,69.296566431212895,90.070450059948485,94.10313031711263,89.825166873230089,null,"rad/sec","Hz",null,0.2,{"$f":"2*PI()*N4","v":1.2566370614359172},35.139052771147462,-0.37506646592563814,69.296566431212895,90.070450059948485,{"$f":"P4+R4","v":104.43561920236036},{"$f":"Q4+S4","v":89.695383594022843},null,"rad/sec","Hz"]
[null,0.5,{"$f":"2*PI()*B5","v":3.1415926535897931},24.806148002991488,-0.61318843885423635,61.337802245925474,90.176124652451534,86.143950248916966,89.562936213597297,"wp",{"$f":"(1+DBB)/(Cout*10^-6*Rout)","v":294.22514619883043},{"$f":"K5/(2*PI())","v":46.827386399479444},null,0.5,{"$f":"2*PI()*N5","v":3.1415926535897931},35.138075062762425,-0.93759577340867517,61.337802245925474,90.176124652451534,96.475877308687899,89.23852887904286,"wz",{"$f":"1/(Cout*10^-6*Coutesr*10^-3)","v":476735.31655225018},{"$f":"W5/(2*PI())","v":75874.782175770088}]
[null,1,{"$f":"2*PI()*B6","v":6.2831853071795862},24.804663031915734,-1.2262374290373514,55.317330859328379,90.352245751986132,80.121993891244117,89.126008322948778,"wr",{"$f":"(Rout*(1-DBB)^2)/(L*10^-6*DBB)","v":99290.780141843978},{"$f":"K6/(2*PI())","v":15802.61846302507},null,1,{"$f":"2*PI()*N6","v":6.2831853071795862},35.134585042798918,-1.8746890613341969,55.317330859328379,90.352245751986132,90.451915902127297,88.477556690651937,"wp",{"$f":"1/(Cout*10^-6*Rout)","v":191.88596491228071},{"$f":"W6/(2*PI())","v":30.539599825747462}]
[null,2,{"$f":"2*PI()*B7","v":12.566370614359172},24.798728220023701,-2.4513604118297105,49.297245014710342,90.704463083161201,74.095973234734046,88.25310267133149,"wz",{"$f":"1/(Cout*10^-6*Coutesr*10^-3)","v":476735.31655225018},{"$f":"K7/(2*PI())","v":75874.782175770088},null,2,{"$f":"2*PI()*N7","v":12.566370614359172},35.120652941559619,-3.7453679054293807,49.297245014710342,90.704463083161201,84.417897956269968,86.959095177731825,null,"Gain","dB"]
[null,5,31.415926535897931,24.757410085688932,-6.109025227206561,41.342041617540332,91.760660626252573,66.099451703229263,85.651635399046015,null,"Gain","dB",null,5,31.415926535897931,35.024359946438906,-9.2943035280728132,41.342041617540332,91.760660626252573,76.366401563979238,82.466357098179756,"Am",{"$f":"Rout/Ri","v":57.142857142857139},{"$f":"20*LOG(Amb)","v":35.139239026274112}]
[null,10,62.831853071795862,24.612973771164427,-12.083167710554381,35.334263049039087,93.517778719491972,59.947236820203514,81.434611008937594,"Am",{"$f":"(Rout/Ri)*((1-DBB)/(1+DBB))","v":17.391304347826086},{"$f":"20*LOG(K9)","v":24.806643106207389},null,10,62.831853071795862,34.696902290371298,-18.123157477615393,35.334263049039087,93.517778719491972,70.031165339410393,75.394621241876578]
[null,20,125.66370614359172,24.0789516673841,-23.184763609263143,29.364572972343179,97.007465969507493,53.443524639727279,73.82270236024435,null,null,null,null,20,125.66370614359172,33.589289217795702,-33.205182374954227,29.364572972343179,97.007465969507493,62.953862190138878,63.802283594553266]
[null,50,314.15926535897933,21.502362582394067,-47.020191174192213,21.746336393151005,107.05312485918087,43.248698975545068,60.032933684988656,null,"Error Amp",null,null,50,314.15926535897933,29.480190803485872,-58.54599181777278,21.746336393151005,107.05312485918087,51.22652719663688,48.507133041408089,null,"Error Amp"]
[null,100,628.31853071795865,17.355786969226532,-65.194588385821561,16.761435189934666,121.3670038097673,34.117222159161201,56.172415423945736,null,"rad/sec","Hz",null,100,628.31853071795865,24.449252146924039,-72.942024837064153,16.761435189934666,121.3670038097673,41.210687336858705,48.424978972703144,null,"rad/sec","Hz"]
[null,200,1256.6370614359173,11.964983353614873,-77.396397289259767,13.408126404715679,139.93858847495662,25.37310975833055,62.542191185696851,"wpea",{"$f":"(Czero*10^-9+Cpole*10^-9)/(Cpole*10^-9*Czero*10^-9*Rcomp)","v":46454.545454545456},{"$f":"wpea/(2*PI())","v":7393.4705381780477},null,200,1256.6370614359173,18.715835600953454,-81.16708534364578,13.408126404715679,139.93858847495662,32.123962005669135,58.771503131310837,"wpea",{"$f":"(Czero*10^-9+Cpole*10^-9)/(Cpole*10^-9*Czero*10^-9*Rcomp)","v":46454.545454545456},{"$f":"wpea/(2*PI())","v":7393.4705381780477}]
[null,500,3141.5926535897929,4.2038487618914715,-86.084273599942151,11.680079853969069,158.47434830213771,15.88392861586054,72.390074702195562,"wzea",{"$f":"1/(Czero*10^-9*Rcomp)","v":1000},{"$f":"wzea/(2*PI())","v":159.15494309189535},null,500,3141.5926535897929,10.841122429475831,-86.127199318566866,11.680079853969069,158.47434830213771,22.5212022834449,72.347148983570847,"wzea",{"$f":"1/(Czero*10^-9*Rcomp)","v":1000},{"$f":"wzea/(2*PI())","v":159.15494309189535}]
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[null,null,null,20,{"$f":"IF(E5<0.7*D6,10,0)","v":10},{"$f":"IF(E5>0.7*D6,10,0)","v":0}]
[null,null,null,19,{"$f":"IF(E5<0.7*D7,10,0)","v":10},{"$f":"IF(E5>0.7*D7,10,0)","v":0}]
[null,null,null,18,{"$f":"IF(E5<0.7*D8,10,0)","v":10},{"$f":"IF(E5>0.7*D8,10,0)","v":0}]
[null,null,null,17,{"$f":"IF(E5<0.7*D9,10,0)","v":0},{"$f":"IF(E5>0.7*D9,10,0)","v":10}]
[null,null,null,16,{"$f":"IF(E5<0.7*D10,10,0)","v":0},{"$f":"IF(E5>0.7*D10,10,0)","v":10}]
[null,null,null,14,{"$f":"IF(E7<0.7*D11,10,0)","v":0},{"$f":"IF(E5>0.7*D11,10,0)","v":10}]
[null,null,null,13,{"$f":"IF(E8<0.7*D12,10,0)","v":0},{"$f":"IF(E5>0.7*D12,10,0)","v":10}]
[null,null,null,12,{"$f":"IF(E5<0.7*D13,10,0)","v":0},{"$f":"IF(E5>0.7*D13,10,0)","v":10}]
[null,null,null,11,{"$f":"IF(E5<0.7*D14,10,0)","v":0},{"$f":"IF(E5>0.7*D14,10,0)","v":10}]
[null,null,null,10,{"$f":"IF(E5<0.7*D15,10,0)","v":0},{"$f":"IF(E5>0.7*D15,10,0)","v":10}]
[]
[null,null,null,null,12]
[null,null,13,75,{"$f":"E17/0.7","v":17.142857142857142},{"$f":"E18","v":17.142857142857142}]
[null,null,13,74,{"$f":"E17/0.7","v":17.142857142857142}]
[null,null,13,73,{"$f":"E17/0.7","v":17.142857142857142}]
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[null,null,13,{"$f":"D23-1","v":69},{"$f":"E17/0.7","v":17.142857142857142}]
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[null,null,13,65,{"$f":"E17/0.7","v":17.142857142857142}]
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[null,null,13,30,17.142857142857142]
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[null,null,13,27,17.142857142857142]
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[null,null,13,21,17.142857142857142]
[null,null,13,20,17.142857142857142]
[null,null,13,19,17.142857142857142]
[null,null,13,18,17.142857142857142]
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[null,null,13,16,17.142857142857142]
[null,null,13,15,17.142857142857142]
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[null,null,13,13,17.142857142857142]
[null,null,13,12,17.142857142857142]
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[null,null,13,9,17.142857142857142]
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[null,null,13,7,17.142857142857142]
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[]
[]
[null,null,"Vinmin","Vinmax","Lower ts limit","Upper ts limit","Lo B-B Voltage","Hi B-B voltage","Lower Buck","Upper Buck"]
[]
[]
[null,null,{"$f":"Vinmin","v":42},{"$f":"Vinmax","v":55},{"$f":"1.15*Vout","v":55.199999999999996},{"$f":"Vout/0.75","v":64},{"$f":"Vinmin","v":42},{"$f":"E7","v":55.199999999999996},{"$f":"Vout/0.75","v":64},{"$f":"Vinmax","v":55},null,{"$f":"Vout","v":48},{"$f":"Vin_nominal","v":{"$error":"#NAME?"}}]
[null,null,"Buck-Boost",null,null,null,5,{"$f":"IF(Vinmax<H7,Vinmax,H7)","v":55}]
[null,null,"Graph-Trans",null,null,{"$f":"IF(Vinmax>F7,F7,IF(Vinmax>E7,Vinmax,0))","v":0}]
[null,null,"Offset-Trans",null,null,{"$f":"F9-H8","v":-55}]
[]
[null,"NEW ","Buck",null,null,null,null,{"$f":"IF(Vinmax>F7,Vinmax,0)","v":0}]
[null,"Offset","Offset-Buck",null,null,null,null,{"$f":"H12-F7","v":-64}]