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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,28]
[" Enter design requirements in the shaded cells",null,"Vin(min) (V)",null,9]
[null,null,"Vin(max) (V)",null,40]
[null,null,"Maximum Average Load Current Iout (A)",null,1.5]
[null,null,"Ripple Current as % of Maximum Load Current (%)",null,0.4]
[null,null,"Effciency of Converter (%)",null,0.85]
[null,null,"VCCX Voltage (V)",null,0]
[null,null,"Vin at start of  Transition to Buck-Boost Mode (V)",null,{"$f":"1.33*Vout","v":37.24}]
[null,null,"Buck-Boost Mode Operation",null,{"$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":608.10810810810801}]
[{"$f":"IF(E21>=E20,\"Violation of Minimum On-Time or Max Frequency\",\"\")","v":""},null,"Switching Frequency (kHz)",null,420]
[{"$f":"IF(E21>=E20,\"Reduce Switching Frequency\",\"\")","v":""},null,"Timing Resistor, Rt (kW)",null,{"$f":"6.4*10^3/Fsw-3.02","v":12.218095238095238}]
[{"$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,{"$f":"IF(Vinmax>E14,((Vout*(Vinmax-Vout))/(Vinmax*Fsw*(Ripple*Iout)))*1000,\"NA\")","v":33.333333333333329}]
[null,null,"Calculated Buck-Boost Mode Inductor Value, Lb-b (µH)",null,{"$f":"IF(BuckBoostMode=\"YES\",(((Vinmin)*Vout)/((Vinmin+Vout)*Fsw*Ripple*Iout))*1000,\"NA\")","v":27.027027027027028}]
[null,null,"Actual Chosen Inductor Value, L (µH)",null,33]
[null,null,"Inductor Tolerance (%)",null,0.1]
[]
["Step 4 - Calculate Output and Inductor Currents Based on Chosen Inductor"]
[null,null,"Buck mode Ripple Current at Vin(max), ΔI (A)",null,{"$f":"IF(Vinmax>E14,((Vout*(Vinmax-Vout))/(Vinmax*L*Fsw))*1000,\"NA\")","v":0.60606060606060608}]
[null,null,"Buck-Boost Ripple Current at Vin(min), ΔI (A)",null,{"$f":"(Vout*Vinmin)/(Fsw*L*(Vout+Vinmin))*1000","v":0.49140049140049141}]
[null,null,"Buck-Boost Ripple Current at Vin=Vout, ΔI (A) ",null,{"$f":"IF(Vinmax>=Vout,(Vout*Vout)/((Vout+Vout)*Fsw*L)*1000,\"NA\")","v":1.0101010101010102}]
[null,null,"Buck mode Ripple Current at Vin(max), Including inductor tolerance, ΔI (A)",null,{"$f":"IrippleBuck/(1-L_tol)","v":0.67340067340067344}]
[null,null,"Buck-Boost Ripple Current at Vin(min), Including inductor tolerance, ΔI (A)",null,{"$f":"IrippleBB/(1-L_tol)","v":0.54600054600054604}]
[null,null,"Buck Average Inductor Current at Vin(max), Including Effciency (A)",null,{"$f":"Iout/Eff","v":1.7647058823529411}]
[null,null,"Buck-Boost Average Inductor Current at Vin(min), Including Effciency (A)",null,{"$f":"((Vout+Vinmin)/Vinmin)*(Iout/Eff)","v":7.2549019607843128}]
[null,null,"Buck-Mode Peak Inductor Current, Ip(b) (A)",null,{"$f":"IF(Vinmax>E14,ILavgBuck+E34/2,\"NA\")","v":2.1014062190532776}]
[null,null,"Buck-Boost Mode Peak Inductor Current, Ip(b-b) (A)",null,{"$f":"IF(BuckBoostMode=\"YES\",ILavgBB+E35/2,\"NA\")","v":7.5279022337845856}," "]
[]
["Step 5 - Sense Resistor"]
[null,null,"Current Limit Margin (% beyond Max Load) (%)",null,0.1]
[null,null,"Buck Mode K Factor (K)",null,{"$f":"1+(10/(Vinmax-Vout))","v":1.8333333333333335}]
[null,null,"Selected Buck Mode K Factor (K)",null,2]
[null,null,"Buck-Boost Mode K Factor (K)",null,{"$f":"1+(10/Vinmin)","v":2.1111111111111112}]
[null,null,"Selected Buck-Boost Mode K Factor (K)",null,2.2000000000000002]
[null,null,"Current Sense Resistor, Rs (mW)",null,{"$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":28.863018354860642}," "]
[null,null,"Closest Standard Value, Rs (mW)",null,10]
[]
["Step 6 - Ramp Capacitor"]
[null,null,"Cramp (pF)",null,{"$f":"(L*5*10^-6)/(10*Rs)*10^9","v":1650}]
[null,null,"Closest Smaller Standard Value, Cramp (pF)",null,330]
[null,null,"Rramp (kW)",null,{"$f":"IF(Vout>20,7/(Vout*5*10^-6-50*10^-6)*10^-3,\"NA\")","v":77.777777777777786}]
[]
["Step 7 - Current Limits"]
[null,null,"Buck Mode Peak Inductor Current Limit (A)",null,{"$f":"IF(ILPeakLimitBuck<IpeakBuck,\"Error\",ILPeakLimitBuck)","v":9.974747474747474}]
[null,null,"Buck-Boost Mode Peak Inductor Current Limit (A)",null,{"$f":"IF(ILPeakLimitBB<IpeakBB,\"Error\",ILPeakLimitBB)","v":22.269997269997273}]
[]
["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,{"$f":"Vout/(Vinmin+Vout)","v":0.7567567567567568}]
[null,null,"Buck-Boost RMS Ripple Current in Output Cap (A)",null,{"$f":"SQRT(-(DBB*Iout^2)/(DBB-1))","v":2.6457513110645907}]
[null,null,"Minimum COUT output Capacitor Value (µF)",null,{"$f":"Iout*Vout/(Vinmin+Vout)/(Fsw*DeltaVout)*1000000","v":54.054054054054056}]
[null,null,"Required COUT ESR (mW)",null,{"$f":"DeltaVout/(Iout/(1-E61)+IrippleBB/2)","v":7.7974327862571036}]
[null,null,"Chosen COUT output capacitor value (µF)",null,5200]
[null,null,"Actual COUT ESR (mW)",null,10]
[null,null,"Buck Mode Output Ripple Voltage (mV)",null,{"$f":"IF(Vinmax<BuckMode,\"NA\",Coutesr*((Iout/(1-E61)+(IrippleBB/2))))","v":64.123669123669131}]
[]
["Step 10 - Input Capacitors (Based on Worst Case Conditions for Each Mode)"]
[null,null,"Buck-Boost RMS Input Ripple Current (A)",null,{"$f":"(Iout/(1-DBB))*SQRT(DBB*(1-DBB))","v":2.6457513110645907}]
[null,null,"Buck-Boost Mode Peak to Peak Current Ripple in Input Cap (A)",null,{"$f":"IpeakBB","v":7.5279022337845856}]
[null,null,"Buck Mode RMS input Ripple Current (A)",null,{"$f":"IF(Vinmax<BuckMode,\"NA\",Iout*0.5)","v":0.75}]
[null,null,"Buck Mode Peak to Peak Current Ripple in Input Cap (A)",null,{"$f":"IpeakBuck","v":2.1014062190532776}]
[null,null,"Initial Input Capacitor Value(μF)",null,{"$f":"E39/2/Fsw*1000","v":8.9617883735530768}]
[null,null,"Chosen CIN Input Capacitor Value (µF)",null,100]
[]
["Step 11 - Feedback Resistors"]
[null,null,"Rfb2 (W)",null,26100]
[null,null,"Rfb1 (W)",null,{"$f":"_Rfb2/((Vout/1.23)-1)","v":1199.2155397833394}]
[]
["Step 12 - Chb & Cvcc Capacitor"]
[null,null,"High-side MOSFET Qg at VGS=10V (nC)",null,30]
[null,null,"Minimum Bootstrap Capacitor Chb (µF)",null,{"$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":7.0387935519757132}]
[null,null,"Capacitor ESR Zero Frequency (kHz)",null,{"$f":"1/(Cout*Coutesr*2*PI()*10^-6)","v":3.0606719825364488}]
[null,null,"Capacitor Pole Frequency (kHz)",null,{"$f":"(1+DBB)/(2*PI()*Cout*Rout*10^-3)","v":2.8804586708233953E-3}]
[null,null,"Bandwidth (kHz)",null,{"$f":"fmodRzero/4","v":1.7596983879939283}]
[null,null,"Selected Bandwith (kHz)",null,1.95]
[null,null,"Target Compensation Zero (kHz)",null,{"$f":"fcutoff/10","v":0.19500000000000001}]
[null,null,"Target Compensation Pole (kHz)",null,{"$f":"fmodRzero","v":7.0387935519757132}]
[null,null,"Cpole (nF)",null,{"$f":"fcompZero/(fcompPole*_Rfb2*CompGain)*10^9","v":3.9433416662197331E-2}]
[null,null,"Select Nearest Standard Cpole Value (nF)",null,2.2000000000000002]
[null,null,"Czero (nF)",null,{"$f":"((1/(CompGain*_Rfb2))-E95*10^-9)*10^9","v":1.383970065051886},null," "]
[null,null,"Select Nearest Standard Czero Value (nF)",null,100]
[null,null,"Rcomp (W)",null,{"$f":"1/(fcompZero*2*3.14*E97*10^-9)","v":590036.73121387674}]
[null,null,"Select nearest Standard Rcomp Value (W)",null,10000]
[]
["Step 14 - Soft Start capacitor"]
[null,null,"Choose soft-start time (ms)",null,123]
[null,null,"Soft Start Capacitor Value (nF)",null,{"$f":"(E103*10^(-5))/1.23*10^6","v":1000.0000000000002}]
[]
["Step 15 - UVLO Threshold and Hiccup Mode Restart"]
[null,null,"Minimum Value of Resistor Ruv1  (kW)",null,{"$f":"Vinmax","v":40}]
[null,null,"Chosen Value of  Ruv1 (kW)",null,48.7]
[null,null,"Desired Undervoltage Threshold (V)",null,9]
[null,null,"Ruv2 Value (kW)",null,{"$f":"1.23*E108/(E109+5*E108*10^(-3)-1.23)","v":7.4750109190740641}]
[null,null,"Choose off-time of hiccup duty cycle (µs)",null,2400]
[null,null,"Vin voltage for desired hiccup mode off-time  (V)  ",null,12]
[null,null,"Hiccup Mode Off-time Capacitor Value Cr (nF)",null,{"$f":"-(E111*(E110+E108))/(E110*E108*LN(1-((0.98*(E110+E108))/(E110*E112))))","v":389.34556659320918}]

{"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",{"$f":"L","v":33},{"$f":"ILPeakLimitBB","v":22.269997269997273}]
[null,"Cin ","Input capacitor",{"$f":"Cin","v":100},{"$f":"Vinmax","v":40}]
[null,"Cramp","Ramp capacitor",{"$f":"Cramp","v":330},16]
[null,"Css","Soft start capacitor",{"$f":"Css","v":1000.0000000000002},6]
[null,"Cout","Output capacitor",{"$f":"Cout","v":5200},{"$f":"Vout","v":28}]
[null,"Cr","UVLO filter capacitor",{"$f":"Cr","v":389.34556659320918},16]
[null,"Cpole","Compensation capacitor",{"$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",{"$f":"_Rfb1","v":1199.2155397833394},"1/16 W"]
[null,"Rfb2","Feedback resistor",{"$f":"_Rfb2","v":26100},"1/16 W"]
[null,"Ruv1","UVLO divider resistor",{"$f":"_Ruv1","v":48.7},{"$f":"IF(AND(Vinmax^2/(_Ruv2*1000)<0.05,Vinmax<=50),\"1/16W\",\"1/8W\")","v":"1/8W"}]
[null,"Ruv2","UVLO divider resistor",{"$f":"_Ruv2","v":7.4750109190740641},"1/16 W"]
[null,"Rs","Sense resistor",{"$f":"Rs","v":10},{"$f":"IF(PRS_BB>PRS_B,PRS_BB,PRS_B)","v":0.52633602460592066}]
[null,"Rt","Oscillator timing resistor",{"$f":"Rt","v":12.218095238095238},"1/16 W"]
[null,"Rramp","Optional ramp resistor",{"$f":"Rramp","v":77.777777777777786},{"$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":28.242687329995682},{"$f":"IMARGUMENT(IMDIV(IMPRODUCT(COMPLEX(1,-C3/wrBB),COMPLEX(1,C3/wzBB)),COMPLEX(1,C3/wpBB)))*(180/PI())","v":-1.9872634492361665},{"$f":"20*LOG(Afb*IMABS(IMDIV(IMDIV(COMPLEX(1,C3/wzea),COMPLEX(1,C3/wpea)),COMPLEX(0,C3))))","v":55.514576283829228},{"$f":"IMARGUMENT(IMDIV(IMDIV(COMPLEX(-1,-C3/wzea),COMPLEX(1,C3/wpea)),COMPLEX(0,C3)))*(180/PI())","v":90.035225044186305},{"$f":"D3+F3","v":83.757263613824904},{"$f":"E3+G3","v":88.047961594950138},null,"Modulator - Buck-Boost",null,null,0.1,{"$f":"2*PI()*N3","v":0.62831853071795862},{"$f":"20*LOG(Amb*IMABS(IMDIV(COMPLEX(1,O3/wzb),COMPLEX(1,O3/wpb))))","v":45.405211263558073},{"$f":"IMARGUMENT(IMDIV(COMPLEX(1,O3/wzb),COMPLEX(1,O3/wpb)))*(180/PI())","v":-3.4882050165650269},{"$f":"20*LOG(Afb*IMABS(IMDIV(IMDIV(COMPLEX(1,O3/wzea),COMPLEX(1,O3/wpea)),COMPLEX(0,O3))))","v":55.514576283829228},{"$f":"IMARGUMENT(IMDIV(IMDIV(COMPLEX(-1,-O3/wzea),COMPLEX(1,O3/wpea)),COMPLEX(0,O3)))*(180/PI())","v":90.035225044186305},{"$f":"P3+R3","v":100.9197875473873},{"$f":"Q3+S3","v":86.547020027621272},null,"Modulator - Buck"]
[null,0.2,{"$f":"2*PI()*B4","v":1.2566370614359172},28.227031515518945,-3.9697494037581209,49.493981511738781,90.070450059948485,77.721013027257726,86.100700656190369,null,"rad/sec","Hz",null,0.2,{"$f":"2*PI()*N4","v":1.2566370614359172},45.357194823817224,-6.9507011538657304,49.493981511738781,90.070450059948485,{"$f":"P4+R4","v":94.851176335556005},{"$f":"Q4+S4","v":83.119748906082748},null,"rad/sec","Hz"]
[null,0.5,{"$f":"2*PI()*B5","v":3.1415926535897931},28.118993146199095,-9.8421869052707738,41.53521732645136,90.176124652451534,69.654210472650448,80.333937747180755,"wp",{"$f":"(1+DBB)/(Cout*10^-6*Rout)","v":18.098455598455601},{"$f":"K5/(2*PI())","v":2.8804586708233959},null,0.5,{"$f":"2*PI()*N5","v":3.1415926535897931},45.035170503454587,-16.949406519486239,41.53521732645136,90.176124652451534,86.57038782990594,73.226718132965289,"wz",{"$f":"1/(Cout*10^-6*Coutesr*10^-3)","v":19230.76923076923},{"$f":"W5/(2*PI())","v":3060.6719825364489}]
[null,1,{"$f":"2*PI()*B6","v":6.2831853071795862},27.753704017591559,-19.134730361822854,35.514745939854265,90.352245751986132,63.268449957445824,71.217515390163271,"wr",{"$f":"(Rout*(1-DBB)^2)/(L*10^-6*DBB)","v":44226.044226044221},{"$f":"K6/(2*PI())","v":7038.7935519757148},null,1,{"$f":"2*PI()*N6","v":6.2831853071795862},44.047911302597321,-31.359787853658037,35.514745939854265,90.352245751986132,79.562657242451593,58.992457898328098,"wp",{"$f":"1/(Cout*10^-6*Rout)","v":10.302197802197803},{"$f":"W6/(2*PI())","v":1.6396457049302406}]
[null,2,{"$f":"2*PI()*B7","v":12.566370614359172},26.539147054624472,-34.752396729307691,29.494660095236224,90.704463083161201,56.033807149860692,55.95206635385351,"wz",{"$f":"1/(Cout*10^-6*Coutesr*10^-3)","v":19230.76923076923},{"$f":"K7/(2*PI())","v":3060.6719825364489},null,2,{"$f":"2*PI()*N7","v":12.566370614359172},41.463090533772643,-50.616876912506108,29.494660095236224,90.704463083161201,70.957750629008871,40.087586170655094,null,"Gain","dB"]
[null,5,31.415926535897931,22.21310868984428,-60.001211107751203,21.539456698066214,91.760660626252573,43.752565387910494,31.75944951850137,null,"Gain","dB",null,5,31.415926535897931,35.293362780493823,-71.75057525956251,21.539456698066214,91.760660626252573,56.83281947856004,20.010085366690063,"Am",{"$f":"Rout/Ri","v":186.66666666666666},{"$f":"20*LOG(Amb)","v":45.421335445730762}]
[null,10,62.831853071795862,17.091040641951583,-73.825373396489979,15.531678129564977,93.517778719491972,32.62271877151656,19.692405323001992,"Am",{"$f":"(Rout/Ri)*((1-DBB)/(1+DBB))","v":25.84615384615384},{"$f":"20*LOG(K9)","v":28.247918501660145},null,10,62.831853071795862,29.601166640796887,-80.50117856137804,15.531678129564977,93.517778719491972,45.132844770361864,13.016600158113931]
[null,20,125.66370614359172,11.327609631967073,-81.592854258587195,9.5619880528690651,97.007465969507493,20.88959768483614,15.414611710920298,null,null,null,null,20,125.66370614359172,23.66682959576697,-84.938847684095364,9.5619880528690651,97.007465969507493,33.228817648636038,12.068618285412128]
[null,50,314.15926535897933,3.4447398098444331,-86.17395819590601,1.9437514736768915,107.05312485918087,5.3884912835213248,20.879166663274859,null,"Error Amp",null,null,50,314.15926535897933,15.733426752437875,-87.185860747286739,1.9437514736768915,107.05312485918087,17.677178226114766,19.86726411189413,null,"Error Amp"]
[null,100,628.31853071795865,-2.5609403086490206,-87.292685899282532,-3.0411497295394474,121.3670038097673,-5.602090038188468,34.074317910484766,null,"rad/sec","Hz",null,100,628.31853071795865,9.7198019485295521,-87.18930207820803,-3.0411497295394474,121.3670038097673,6.6786522189901047,34.177701731559267,null,"rad/sec","Hz"]
[null,200,1256.6370614359173,-8.5623394842904439,-87.063743843107929,-6.3944585147584316,139.93858847495662,-14.956797999048876,52.874844631848688,"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,200,1256.6370614359173,3.7139487956392885,-85.791601960047103,-6.3944585147584316,139.93858847495662,-2.6805097191191432,54.146986514909514,"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,-16.406151176526457,-84.455058718692484,-8.1225050655050435,158.47434830213771,-24.528656242031502,74.019289583445229,"wzea",{"$f":"1/(Czero*10^-9*Rcomp)","v":1000},{"$f":"wzea/(2*PI())","v":159.15494309189535},null,500,3141.5926535897929,-4.1487286638610072,-80.534067463340392,-8.1225050655050435,158.47434830213771,-12.271233729366051,77.940280838797321,"wzea",{"$f":"1/(Czero*10^-9*Rcomp)","v":1000},{"$f":"wzea/(2*PI())","v":159.15494309189535}]
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[]
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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"]
[]
[]
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[null,null,"Buck-Boost",null,null,null,5,{"$f":"IF(Vinmax<H7,Vinmax,H7)","v":32.199999999999996}]
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[]
[null,"NEW ","Buck",null,null,null,null,{"$f":"IF(Vinmax>F7,Vinmax,0)","v":40}]
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