{"text_format":"1","workbook":"xlsx","n_sheets":5,"sheets":["Design","Efficiency","Snubber","Constants","Sheet1"],"not_rendered":{"charts":4,"images":6,"macros":1,"external_links":0,"defined_names":103,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Design","index":0,"n_rows":104,"n_cols":12,"rows_kept":104,"cut":false,"hidden":false,"merged":[[93,3,93,5],[94,3,94,5],[95,3,95,5],[88,3,88,5],[89,3,89,5],[90,3,90,5],[91,3,91,5],[92,3,92,5],[83,0,83,5],[84,3,84,5],[85,3,85,5],[86,3,86,5],[87,3,87,5],[40,0,40,5],[52,0,52,5],[44,3,44,5],[45,3,45,5],[46,3,46,5],[51,3,51,5],[41,3,41,5],[47,3,47,5],[48,3,48,5],[50,3,50,5],[34,3,34,5],[36,3,36,5],[0,0,0,5],[23,3,23,5],[22,0,22,5],[1,0,1,5],[20,1,20,2],[13,0,13,2],[13,4,13,5],[20,4,20,5],[21,1,21,2],[82,3,82,5],[72,3,72,5],[52,11,52,14],[22,8,22,11],[32,13,32,14],[71,3,71,5],[56,3,56,5],[58,3,58,5],[53,3,53,5],[55,3,55,5],[70,3,70,5],[64,3,64,5],[60,3,60,5],[61,3,61,5],[39,3,39,5],[35,4,35,5],[38,3,38,5],[28,0,28,5],[24,0,24,5],[33,0,33,5],[103,0,106,5],[63,3,63,5],[73,3,73,5],[62,0,62,5],[76,3,76,5],[78,3,78,5],[67,0,67,5],[68,0,68,5],[66,3,66,5],[79,3,79,5],[80,3,80,5],[81,3,81,5]]}
["ALLEGRO ALT80802 DESIGN SPREADSHEET for Buck-Boost - Rev. 2.0"]
["INSTRUCTIONS:   Enter design goals and component values in the white boxes.\n***Ensure \"Iterative Calculation\" is enabled under File -> Options -> Formulas***"]
["VARIABLES","MIN","TYP","MAX","UNITS","COMMENTS"]
["Vin",6,13.5,18,"V",{"$f":"IF(B4<VIN_MIN_IC,\"Vin_min is lower than minimum VIN level\",IF((VIN_MAX_app+VOUT)>VIN_MAX_IC,\"Vin_max is higher than maximum VIN level\",\"Steady-state input operating voltages\"))","v":"Steady-state input operating voltages"}]
["LED Current Target","‒",0.35,"‒","A",{"$f":"IF(COUNTIF(Efficiency!AA4:AA48,\"TSD\")>0,\"IC may overheat!\",\"Desired output Current  (recommended 0.1A-1A)\")","v":"Desired output Current  (recommended 0.1A-1A)"}]
["Number of LEDs","‒",4,"‒","‒",{"$f":" IF(VOUT>=Constants!B9, \"Output voltage is higher than the output voltage limit\",\"Recommended 1-4 white LEDs or 1-6 red LEDs\")","v":"Recommended 1-4 white LEDs or 1-6 red LEDs"}]
["LED Forward Voltage","‒",3.05,"‒","V","Typical value @ target LED current "]
["RLED ","‒",0.9,"‒","Ω","LED resistance @ operating current "]
["CS Resistor Tolerance","‒",1,1.6,"%","1% initial tolerance + 100ppm @ 60°C rise"]
["Lo_tolerance",-20,"‒",20,"%","Output inductor tolerances"]
["RTHJA","‒",45,"‒","°C/W","Thermal resistance, 4 layer PCB, default value is 45"]
["Desired fsw","‒",2,"‒","MHz","Desired switching frequency"]
["TAMB","‒","‒",85,"°C","Maximum steady-state ambient temperature"]
["DIODE (D1) CHARACTERIZATION",null,null,"UNITS","COMMENTS"]
["VF_nominal",0.7,0.42,"A   |   VF","VF at nominal output current + input current, nominal VIN@25 °C"]
[null,0.2,0.36,"A   |   VF","From D1 datasheet"]
[null,0.6,0.40699999999999997,"A   |   VF","From D1 datasheet"]
[null,1,0.435,"A   |   VF","From D1 datasheet"]
[null,2,0.48,"A   |   VF","From D1 datasheet"]
[null,4,0.56999999999999995,"A   |   VF","From D1 datasheet"]
["VF, Temp. Coeff.",-1,null,"mV/°C","Estimated value from the data sheet for D1"]
["RTHAVG",55,null,"°C/W","Value from the data sheet for D1 (average of min/max)"]
["**** Note:  The applications schematic is shown at the bottom of this TAB. ****                                                                                                                                                                                                                                                                                                       Schematic component values are shown in BLUE.",null,null,null,null,null,null,null,"Diode D1:  Example I-V Characteristics"]
["COMPONENT","VALUE","UNITS","COMMENTS"]
[" Feedback Component Calculations  (Must enter RSENSE values for the remaining calculations to be accurate)"]
["RSENSE_calc",{"$f":"(Constants!C4)/(Design!C5)","v":0.57142857142857151},"Ω","Recommended CS resistor value"]
["RSENSE = ",0.57099999999999995,"Ω","Choose a standard resistor value, or combination of values"]
[]
[" Typical & Worst Case Output Current Calculations:"]
["IOUT  (min|typ|max)",{"$f":"Constants!B4/(IF(ISBLANK(RFB_1),$B$26,RFB_1)*(1+C9/100))","v":0.33292295954639251},{"$f":"Constants!C4/IF(ISBLANK(RFB_1),$B$26,RFB_1)","v":0.35026269702276713},{"$f":"Constants!D4/(IF(ISBLANK(RFB_1),$B$26,RFB_1)*(1-C9/100))","v":0.36795273222593716},"Includes worst case IC & component variations vs. temperature"]
["Output Voltage","‒",{"$f":"C6*C7+V_cs","v":12.399999999999999},"‒"]
["System Duty Cycle",{"$f":"MIN(Efficiency!D6:D25)","v":0.41836477220667517},{"$f":"Efficiency!D26","v":0.49066094847717984},{"$f":"MAX(Efficiency!D6:D26)","v":0.69189485060398936},"Range of system duty-cycles given Vin, Vout, Iout, VF, etc"]
["IIN (min|typ|max)",{"$f":"MIN(Efficiency!Y6:Y25)","v":0.60220337470210394},{"$f":"Efficiency!Y26","v":0.68768082081189907},{"$f":"MAX(Efficiency!Y6:Y25)","v":1.136828442203577},"Includes worst case IC & component variations vs. temperature"]
[" Switching Frequency Determination:"]
["fsw_max",{"$f":"MIN($B$32/Constants!D$19/10^-9/10^6, Constants!D16)","v":2.5},"MHz","Recommended maximum PWM frequency, before possible pulse skipping"]
["fsw = ",{"$f":"fsw_desire","v":2},"MHz","Chosen Fsw",{"$f":"IF(D32>B40,\" See the DROPOUT tab for operation approaching Vin_min \",\" \")","v":" "}]
["RFREQ",{"$f":"(IF((10^(LOG(16.256*fsw^(-1.025))-INT(LOG(16.256*fsw^(-1.025))))*100)-VLOOKUP((10^(LOG(16.256*fsw^(-1.025))-INT(LOG(16.256*fsw^(-1.025))))*100),E96_s:E96_f,1)<VLOOKUP((10^(LOG(16.256*fsw^(-1.025))-INT(LOG(16.256*fsw^(-1.025))))*100),E96_s:E96_f,2)-(10^(LOG(16.256*fsw^(-1.025))-INT(LOG(16.256*fsw^(-1.025))))*100),VLOOKUP((10^(LOG(16.256*fsw^(-1.025))-INT(LOG(16.256*fsw^(-1.025))))*100),E96_s:E96_f,1),VLOOKUP((10^(LOG(16.256*fsw^(-1.025))-INT(LOG(16.256*fsw^(-1.025))))*100),E96_s:E96_f,2)))*10^INT(LOG(16.256*fsw^(-1.025)))/100","v":8.06},"kΩ","Use the closest available 1% standard resister value"]
["Tsw",{"$f":"1000*1/fsw","v":500},"ns","Typical switching period calculated from chosen fsw"]
["Duty CycleMIN",{"$f":"fsw*mega*Constants!C19*nano","v":0.16},{"$f":"fsw*mega*Constants!D19*nano","v":0.2},"(TYP | MAX) Minimum duty cycles at the chosen Fsw given tON,TYP, tON,MAX"]
["Duty CycleMAX",{"$f":"(Tsw-Min_tOFF_typ)/Tsw","v":0.8},"‒","(MIN | TYP) Maximum duty cycles at the chosen Fsw given tOFF,TYP, tOFF,MAX"]
[" Output Inductor Calculations:"]
["Se",{"$f":"Se_2MHz*(1/(2*mega)-0.0000001)/(1/(fsw*mega)-0.0000001)","v":3.1},"A/µs","Slope compensation at selected switching frequency "]
["Lo_min",{"$f":"(MAX(VOUT/(2*Se_p)/(1+B10/100),VOUT*(1-B32)^2/(2*Iout_sys_min*fsw*(1-Constants!C18/100)*(1+fsw_tol_min/100))))/(1+B10/100)","v":4.6053564564428058},"µH","Recommended minimum output inductance value to avoid DCM and sub-harmonics  "]
["Lo_max",{"$f":"2.5*VOUT/(Se_p)","v":9.9999999999999982},"µH","Recommended maximum output Inductance value for slope compensation"]
["Lo_est",{"$f":"VOUT/Se_p*(1-0.18/D_max)","v":3.0999999999999996},"µH","Optimum output inductance value for matching slope compensation "]
["Lo = ",4.7,"µH","Choose Lo, considering Lo_est (choose next highest standard value)"]
["LoDCR = ",33.1,"mΩ","Enter the output inductor's DCR"]
["ΔILo_typ",{"$f":"(Vin_nom)/(L_buckboost*micro)*$C$32*Tsw*nano","v":0.70467263877041797},"APP","Typical peak to peak output inductor ripple current"]
["ΔILo_max",{"$f":"VOUT/((1+B10/100)*L_buckboost*micro)*(1-Design!B32)/((1+fsw_tol_min/100)*(1-Constants!C18/100)*fsw*mega)","v":1.121730251436672},"APP","Worst case maximum inductor ripple current"]
["Lo_I_min",{"$f":"Iout_sys_min+IIN_sys_min-B49/2","v":0.37426120853016043},"AVALLEY","Lowest valley inductor current(At high VIN). Make sure it is above 0 to avoid DCM."]
["Lo_I_max",{"$f":"Iout_sys_max+IIN_sys_max+B49/2","v":2.0656463001478502},"APEAK","This value should not exceed the inductor's specified saturation current"]
["ILIMMARGIN",{"$f":"Constants!C30+Constants!C29*B32-B51","v":2.8828190332667583},"A","Current limit margin (minimum) before possible duty-cycle limit"]
[" Output Capacitor and Output Voltage Ripple:",null,null,null,null,null,null,null,null,null,null,"Typical Schematic"]
["Allowed ILED Ripple",50,"mA","Maximum peak to peak LED current ripple allowed for the application"]
["Recommended COUT",{"$f":"10^6*Iout_typ*C32*Tsw*10^-9/(B54*RLED*milli*C6)","v":0.47738951982601679},"µF","Recommended minimum output capacitance"]
["Actual COUT",1,"µF","Actual value used"]
["ESR",3,"mΩ","Enter ESR value for selected capacitor"]
["ΔVout",{"$f":"B48*B57+Iout_typ*D_typ/(fsw*mega*Cout*nano)","v":88.044131484994239},"mV","Estimated typical output peak to peak  voltage ripple"]
["ΔIout",{"$f":"B58/(RLED*C6)","v":24.456703190276176},"mA","Estimated typical output peak to peak current ripple"]
[" Asynchronous Diode Requirement:"]
["VR",{"$f":"Constants!D3*1.2","v":60},null,"The asynchronous diode must be rated higher than this voltage"]
["IF,RMS",{"$f":"SQRT(Iout_typ^2/(1-D32)*(7/6))","v":0.68158151548792645},"ARMS","The asynchronous diode must be rated higher than this current value"]
[" Input Capacitor Requirements:"]
["Allowed input ripple ",50,"mV","Maximum peak to peak input voltage ripple allowed for the application"]
["Cin_min",{"$f":"IOUT*D32/(0.8*fsw*0.05)","v":3.027039971392453},"µF","Recommended minimum input capacitor with 50mV ripple"]
["Actual CIN",4.7,"µF","Selected input cap "]
["Cin_IRMS",{"$f":"SQRT(D32*((1+D32)/(1-D32)*Iout_typ^2+B49^2/12))","v":0.73394454598806547},"ARMS","Input capacitance RMS current requirement (please check the temp. rise characteristics) "]
["**** Note:  The compensation components section only gives a basic estimate result  ****                                                                                                                                                                                                                                                                                                       All the compensation components value need to be fine-tuned in a real system by bode plot measurement or transient tests"]
[" Compensation Components:"]
["fRHPZ",{"$f":"10^3*RLED*(1-D_typ)^2/(L_buckboost*D_typ)","v":101.24582135898552},"kHz","Right half plane zero of buckboost"]
["fcMAX",{"$f":"MIN(1000*IF(ISBLANK(B36),B35,B36)/11,75,B70/5)","v":20.249164271797106},"kHz","Recommended maximum 0dB crossover frequency of the system"]
["fc =",20,"kHz","Choose fc considering fcMAX.  Higher fc = faster system, lower stability margins"]
["R_LOADTYP",{"$f":"RLED","v":0.9},"Ω","Compensation is based on average current: ΔILo/2 < Iout < IoutMAX"]
["fP(PS)",{"$f":"1000*(1+D_typ)/(2*PI()*RLED*Cout)","v":263.60673158244032},"kHz","Dominant pole formed by the output capacitance and the load"]
["Loop Gain (dB) ",{"$f":"20*LOG10((1-D_typ)/(1+D_typ)*gm_POWER)+20*LOG10(RFB_1)+Constants!C10","v":64.890134374321448},"dB","DC overall loop gain "]
["fP(ea)_target",{"$f":"fc*kilo/(10^(B75/20))","v":11.38998827334478},"Hz","Target first error amplifier pole"]
["Rz",{"$f":"1000/(2*PI()*B81*B74)","v":0.40250601628287391},"kΩ","Recommended Rz to cancel the dominant power stage pole"]
["Rz_Max",{"$f":"1000/(2*PI()*B81*MIN(B72*3,B74))","v":1.7683882565766149},"kΩ","Maximum Rz for faster step response"]
["Actual Rz",1.2,"kΩ","Choose the closest available 1% standard resister value. "]
["Cz",{"$f":"1*giga/(2*PI()*RO_ea_IC*mega*Design!B76)","v":1.6767877817506267},"nF","Recommended compensation capacitor, use closest available value"]
["Actual Cz",1.5,"nF","Chosen Cz"]
["Cp",22,"pF","Recommended HF compensation capacitor, use closest available value"]
["Actual Cp",22,"pF","Chosen Cp"]
["Optional Binning Components"]
["Bin 1 (maximum current)",100,"%","Maximum current with no binning resistor"]
["Bin 2",90,"%","Current value as a percentage for maximum current"]
["Bin 3",80,"%","Current value as a percentage for maximum current"]
["Bin 4  (Minimum current)",70,"%","Current value as a percentage for maximum current"]
["Lowest Bin Coefficient",0.95,null,"Must be less than 1. Change value to fine tune BINNING accuracy"]
["R2",2,"kΩ","Enter R2 in kΩ, recommend 1kΩ to 3 kΩ",null,null,null,null,null,{"$f":"R_3","v":118.00000000000001}]
[]
["Recommended R1",{"$f":"IF(I100<1,I100*1000,I100)","v":1},null,null,null,null,null,null,null,null,{"$f":"R_1","v":1}]
["Recommended R2",{"$f":"IF(B90<1,B90*1000,B90)","v":2}]
["Recommended R3",{"$f":"IF(I101<1,I101*1000,I101)","v":118.00000000000001},null,null,null,null,null,null,null,{"$f":"R_2","v":2}]
["Recommended Rsense",{"$f":"((I100+B90)/B90*V_cs)/C30","v":0.85650000000000004}]
["Estimated Power Loss",{"$f":"MAX(E99:E102)","v":0.10507880910683016},null,null,null,null,null,null,null,null,{"$f":"Rsense","v":0.85650000000000004}]
[null,null,null,null,null,null,null,null,null,null,{"$f":"B96","v":0.10507880910683016}]
["NONE",null,"Iout","Actual %","Rsense Power","VLED-"]
["BIN1","Open",{"$f":"(I100+B90)/B90*V_cs/Rsense","v":0.35026269702276713},1,{"$f":"C99^2*Rsense","v":0.10507880910683016},{"$f":"C99*Rsense","v":0.30000000000000004},null,null,null,"Coefficient"]
["BIN2",{"$f":"IF(I102<1,I102*1000,I102)","v":2.21},{"$f":"((I100*(I102+I101))/(I100+I102+I101)+B90)/B90*V_cs/Rsense","v":0.31518029547801879},{"$f":"1+(C100-C99)/C99","v":0.8998397435897435},{"$f":"C100^2*Rsense","v":8.5083526880244023E-2},{"$f":"C100*Rsense","v":0.26995192307692312},"R1",{"$f":"(1-BIN4_Coeff)/BIN4_Coeff*R_2k","v":1.0075187969924815},{"$f":"(IF((10^(LOG(H100)-INT(LOG(H100)))*100)-VLOOKUP((10^(LOG(H100)-INT(LOG(H100)))*100),E96_s:E96_f,1)<VLOOKUP((10^(LOG(H100)-INT(LOG(H100)))*100),E96_s:E96_f,2)-(10^(LOG(H100)-INT(LOG(H100)))*100),VLOOKUP((10^(LOG(H100)-INT(LOG(H100)))*100),E96_s:E96_f,1),VLOOKUP((10^(LOG(H100)-INT(LOG(H100)))*100),E96_s:E96_f,2)))*10^INT(LOG(H100))/100","v":1}]
["BIN3",{"$f":"IF(I103<1,I103*1000,I103)","v":549},{"$f":"((I100*(I103+I101))/(I100+I103+I101)+B90)/B90*V_cs/Rsense","v":0.2802241653245533},{"$f":"1+(C101-C99)/C99","v":0.80003999200159948},{"$f":"C101^2*Rsense","v":6.7257161695473175E-2},{"$f":"C101*Rsense","v":0.24001199760047992},"R3",{"$f":"(1-Bin_Coeff)/Bin_Coeff*R_2k*R_1k/(R_1k-(1-Bin_Coeff)/Bin_Coeff*R_2k)","v":0.11764705882352955},{"$f":"(IF((10^(LOG(H101)-INT(LOG(H101)))*100)-VLOOKUP((10^(LOG(H101)-INT(LOG(H101)))*100),E96_s:E96_f,1)<VLOOKUP((10^(LOG(H101)-INT(LOG(H101)))*100),E96_s:E96_f,2)-(10^(LOG(H101)-INT(LOG(H101)))*100),VLOOKUP((10^(LOG(H101)-INT(LOG(H101)))*100),E96_s:E96_f,1),VLOOKUP((10^(LOG(H101)-INT(LOG(H101)))*100),E96_s:E96_f,2)))*10^INT(LOG(H101))/100","v":0.11800000000000001},{"$f":"BIN_4/100*Bin_Coeff","v":0.66499999999999992}]
["BIN4","Short",{"$f":"((I100*I101)/(I100+I101)+B90)/B90*V_cs/Rsense","v":0.24583136219188839},{"$f":"1+(C102-C99)/C99","v":0.70184853905784128},{"$f":"C102^2*Rsense","v":5.1760914722692779E-2},{"$f":"C102*Rsense","v":0.21055456171735243},"Rbin2",{"$f":"(1-BIN2_Coeff)/BIN2_Coeff*R_2k*R_1k/(R_1k-(1-BIN2_Coeff)/BIN2_Coeff*R_2k)-R_3k","v":2.2153333333333354},{"$f":"(IF((10^(LOG(H102)-INT(LOG(H102)))*100)-VLOOKUP((10^(LOG(H102)-INT(LOG(H102)))*100),E96_s:E96_f,1)<VLOOKUP((10^(LOG(H102)-INT(LOG(H102)))*100),E96_s:E96_f,2)-(10^(LOG(H102)-INT(LOG(H102)))*100),VLOOKUP((10^(LOG(H102)-INT(LOG(H102)))*100),E96_s:E96_f,1),VLOOKUP((10^(LOG(H102)-INT(LOG(H102)))*100),E96_s:E96_f,2)))*10^INT(LOG(H102))/100","v":2.21},{"$f":"R_2k/(R_2k+R_1k)/(BIN_2/100)","v":0.7407407407407407}]
[null,null,null,null,null,null,"Rbin3",{"$f":"(1-J103)/J103*R_2k*R_1k/(R_1k-(1-J103)/J103*R_2k)-R_3k","v":0.54866666666666719},{"$f":"(IF((10^(LOG(H103)-INT(LOG(H103)))*100)-VLOOKUP((10^(LOG(H103)-INT(LOG(H103)))*100),E96_s:E96_f,1)<VLOOKUP((10^(LOG(H103)-INT(LOG(H103)))*100),E96_s:E96_f,2)-(10^(LOG(H103)-INT(LOG(H103)))*100),VLOOKUP((10^(LOG(H103)-INT(LOG(H103)))*100),E96_s:E96_f,1),VLOOKUP((10^(LOG(H103)-INT(LOG(H103)))*100),E96_s:E96_f,2)))*10^INT(LOG(H103))/100","v":0.54900000000000004},{"$f":"R_2k/(R_2k+R_1k)/(BIN_3/100)","v":0.83333333333333326}]
["*The results from this design tool serve as a guideline for components selection. However, these results are based on ideal conditions when the circuit is in steady state and in CCM mode. It may not reflect real circuit performance. "]

{"sheet":"Efficiency","index":1,"n_rows":51,"n_cols":27,"rows_kept":51,"cut":false,"hidden":false,"merged":[[3,1,3,2],[3,3,3,6],[0,0,1,26],[2,0,2,11],[2,16,2,25]]}
["INSTRUCTIONS:  No values need to be entered here, all values are derived from the DESIGN tab"]
[]
["If iteration error occurs, please set 'Reset' to 1 and then 0",null,null,null,null,null,null,null,null,null,null,null,"Reset=",0,null,null,"If not in normal operation, the calculation result is not valid"]
[null,{"$f":"Design!C30","v":0.35026269702276713},null,{"$f":"IF($I$4=\"None\",VOUT,VOUT-V_cs+VLOOKUP($I$4,Design!$A$99:$F$102,6))","v":12.399999999999999},null,null,null,"Binning","NONE",null,"Max Duty",{"$f":"(1-Min_tOFF_typ/Tsw)","v":0.8}]
["T (°C)","VIN","VF","Duty","TON(ns)","TOFF","ΔIL","PIQ","Psw","Pcond","PDRIVER","PIC","PD1","PIND","PSNUB","PSENSE","TJD1","TJIC","RDSon","VOSAT","VOUT","PLOSS_tol","POUT","PIN","IL,AVG","Efficiency","Operating Condition "]
[25,{"$f":"Design!B4","v":6},{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y6, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y6,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y6,Design!$B$16:$B$20,1)-1,0,2))+(Q6-$A$6)*Design!$B$21/1000)","v":0.44568780248413919},{"$f":"IF(Reset=1,$D$4/(B6+$D$4),MIN(($D$4+C6+Y6*LO_DCR/1000*(1+(R6-25)*(Constants!$C$32/100)))/(B6-Y6*S6/1000+C6+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.69189485060398936},{"$f":"IF(D6>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D6>Constants!$C$19,Tsw*Efficiency!D6,Constants!$C$19))","v":345.94742530199466},{"$f":"IF(E6=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D6)>Min_tOFF_typ,Tsw*(1-Efficiency!D6),Min_tOFF_typ))","v":154.05257469800532},{"$f":"IF(Reset=1,(B6)/(L_buckboost*micro)*D6*Tsw*nano,(B6-($B$4+Y6)*(S6/1000+LO_DCR/1000*(1+(R6-A6)*(Constants!$C$32/100))))/(L_buckboost*micro)*D6*Tsw*nano)","v":0.41658078598284826},{"$f":"(B6+$D$4)*Iq*micro","v":9.2E-5},{"$f":"(B6+$D$4)*Y6*((B6+$D$4)/(Slew_rise*10^9)*fsw*10^6/2+(B6+$D$4)/(Slew_fall*10^9)*fsw*10^6/2)","v":0.57732695608866447},{"$f":"D6*(($B$4/(1-D6))^2+G6^2/12)*S6*10^-3","v":0.17209362977443882},{"$f":"Qg*10^-9*(B6+$D$4)*fsw*10^6","v":0.18399999999999997},{"$f":"SUM(H6:K6)","v":0.93351258586310326},{"$f":"($B$4+Y6)*C6*(1-D6)","v":0.20420543238266012},{"$f":"(($B$4+Y6)^2+G6^2/12)*(LO_DCR/1000+LO_DCR/1000*(R6-25)*(Constants!$C$32/100))","v":8.5840864122945892E-2},{"$f":"0.5*C_SNUB*10^-12*(B6+$D$4)^2*fsw*10^6","v":0.15912319999999996},{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},{"$f":"$A6+M6*RthJA","v":36.231298781046306},{"$f":"MIN(L6*RthJA_IC+$A6,190)","v":67.008066363839646},{"$f":"IF(Reset=1,Rdson,Rdson+Rdson*TCR_RdsON/100*(R6-25))","v":190.32774370928607},{"$f":"(Max_Duty_Dropout*(B6+C6-($B$4+Y6)*S6/1000)-(C6+($B$4+Y6)*LO_DCR/1000))/(1-Max_Duty_Dropout)","v":22.176059809097818},{"$f":"IF(Reset=1,VOUT,IF(T6>VOUT,VOUT,T6))","v":12.399999999999999},{"$f":"SUM(L6:P6)","v":1.4527346217732628},{"$f":"U6*$B$4","v":4.3432574430823117},{"$f":"V6+W6","v":5.7959920648555743},{"$f":"IF(Reset=1,W6/B6/0.8,$B$4/(1-D6))","v":1.136828442203577},{"$f":"W6/(W6+V6)","v":0.749355312167864},{"$f":"IF(R6>=TSD,\"TSD\",IF(OR(E6=Constants!$C$19,Efficiency!F6=Min_tOFF_typ),IF(E6=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},{"$f":"($B$25-$B$6)/19+B6","v":6.6315789473684212},{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y7, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y7,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y7,Design!$B$16:$B$20,1)-1,0,2))+(Q7-25)*Design!$B$21/1000)","v":0.44195714549625087},{"$f":"IF(Reset=1,$D$4/(B7+$D$4),MIN(($D$4+C7+Y7*LO_DCR/1000*(1+(R7-25)*(Constants!$C$32/100)))/(B7-Y7*S7/1000+C7+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.66840008841447862},{"$f":"IF(D7>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D7>Constants!$C$19,Tsw*Efficiency!D7,Constants!$C$19))","v":334.20004420723933},{"$f":"IF(E7=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D7)>Min_tOFF_typ,Tsw*(1-Efficiency!D7),Min_tOFF_typ))","v":165.7999557927607},{"$f":"IF(Reset=1,(B7)/(L_buckboost*micro)*D7*Tsw*nano,(B7-($B$4+Y7)*(S7/1000+LO_DCR/1000*(1+(R7-A7)*(Constants!$C$32/100))))/(L_buckboost*micro)*D7*Tsw*nano)","v":0.44878272302702987},9.5157894736842095E-5,0.57387906504930053,0.1432225580993596,0.19031578947368419,0.90751257051708112,0.20613313340364173,{"$f":"(($B$4+Y7)^2+G7^2/12)*(LO_DCR/1000+LO_DCR/1000*(R7-25)*(Constants!$C$32/100))","v":7.6638341440250377E-2},0.17023446869806091,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},36.337322337200291,65.838065673268659,189.2045430463379,{"$f":"(Max_Duty_Dropout*(B7+C7-$B$4*S7/1000)-(C7+$B$4*LO_DCR/1000))/(1-Max_Duty_Dropout)","v":25.761304993474692},12.399999999999999,1.4305710534635874,4.3432574430823117,5.7738284965458995,1.0562810326094809,0.7522318069683912,{"$f":"IF(R7>=TSD,\"TSD\",IF(OR(E7=Constants!$C$19,Efficiency!F7=Min_tOFF_typ),IF(E7=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},{"$f":"($B$25-$B$6)/19+B7","v":7.2631578947368425},{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y8, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y8,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y8,Design!$B$16:$B$20,1)-1,0,2))+(Q8-25)*Design!$B$21/1000)","v":0.43891711450051313},{"$f":"IF(Reset=1,$D$4/(B8+$D$4),MIN(($D$4+C8+Y8*LO_DCR/1000*(1+(R8-25)*(Constants!$C$32/100)))/(B8-Y8*S8/1000+C8+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.64658847666851338},{"$f":"IF(D8>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D8>Constants!$C$19,Tsw*Efficiency!D8,Constants!$C$19))","v":323.2942383342567},{"$f":"IF(E8=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D8)>Min_tOFF_typ,Tsw*(1-Efficiency!D8),Min_tOFF_typ))","v":176.70576166574332},{"$f":"IF(Reset=1,(B8)/(L_buckboost*micro)*D8*Tsw*nano,(B8-($B$4+Y8)*(S8/1000+LO_DCR/1000*(1+(R8-A8)*(Constants!$C$32/100))))/(L_buckboost*micro)*D8*Tsw*nano)","v":0.47866506842686329},9.8315789473684204E-5,0.574792342421655,0.12211491534748391,0.19663157894736841,0.89363715250598097,0.20806846954549915,{"$f":"(($B$4+Y8)^2+G8^2/12)*(LO_DCR/1000+LO_DCR/1000*(R8-25)*(Constants!$C$32/100))","v":6.9698269424614837E-2},0.18172069584487532,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},36.443765825002451,65.213671862769147,188.60512498825838,28.291500629086784,12.399999999999999,1.4231771267255238,4.3432574430823117,5.766434569807835,0.99109019909980123,0.75319634524649604,{"$f":"IF(R8>=TSD,\"TSD\",IF(OR(E8=Constants!$C$19,Efficiency!F8=Min_tOFF_typ),IF(E8=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},7.8947368421052637,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y9, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y9,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y9,Design!$B$16:$B$20,1)-1,0,2))+(Q9-25)*Design!$B$21/1000)","v":0.43638498096477929},{"$f":"IF(Reset=1,$D$4/(B9+$D$4),MIN(($D$4+C9+Y9*LO_DCR/1000*(1+(R9-25)*(Constants!$C$32/100)))/(B9-Y9*S9/1000+C9+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.62624825384616734},{"$f":"IF(D9>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D9>Constants!$C$19,Tsw*Efficiency!D9,Constants!$C$19))","v":313.12412692308368},{"$f":"IF(E9=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D9)>Min_tOFF_typ,Tsw*(1-Efficiency!D9),Min_tOFF_typ))","v":186.87587307691632},{"$f":"IF(Reset=1,(B9)/(L_buckboost*micro)*D9*Tsw*nano,(B9-($B$4+Y9)*(S9/1000+LO_DCR/1000*(1+(R9-A9)*(Constants!$C$32/100))))/(L_buckboost*micro)*D9*Tsw*nano)","v":0.50652299636618792},1.0147368421052631E-4,0.57898693609612606,0.10612611267731561,0.20294736842105263,0.8881618908787049,0.20997710318587487,{"$f":"(($B$4+Y9)^2+G9^2/12)*(LO_DCR/1000+LO_DCR/1000*(R9-25)*(Constants!$C$32/100))","v":6.4297254855135447E-2},0.19358188144044322,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},36.548740675223115,64.967285089541718,188.36859368596004,30.820679944463695,12.399999999999999,1.4260706697647121,4.3432574430823117,5.769328112847024,0.93715333942173029,0.75281858790642076,{"$f":"IF(R9>=TSD,\"TSD\",IF(OR(E9=Constants!$C$19,Efficiency!F9=Min_tOFF_typ),IF(E9=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},8.526315789473685,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y10, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y10,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y10,Design!$B$16:$B$20,1)-1,0,2))+(Q10-25)*Design!$B$21/1000)","v":0.43423880488988265},{"$f":"IF(Reset=1,$D$4/(B10+$D$4),MIN(($D$4+C10+Y10*LO_DCR/1000*(1+(R10-25)*(Constants!$C$32/100)))/(B10-Y10*S10/1000+C10+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.60721299087888836},{"$f":"IF(D10>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D10>Constants!$C$19,Tsw*Efficiency!D10,Constants!$C$19))","v":303.60649543944419},{"$f":"IF(E10=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D10)>Min_tOFF_typ,Tsw*(1-Efficiency!D10),Min_tOFF_typ))","v":196.39350456055581},{"$f":"IF(Reset=1,(B10)/(L_buckboost*micro)*D10*Tsw*nano,(B10-($B$4+Y10)*(S10/1000+LO_DCR/1000*(1+(R10-A10)*(Constants!$C$32/100))))/(L_buckboost*micro)*D10*Tsw*nano)","v":0.5325875677850932},1.0463157894736841E-4,0.58575173053956697,9.3671431202629121E-2,0.20926315789473685,0.88879095121588025,0.21183963793586891,{"$f":"(($B$4+Y10)^2+G10^2/12)*(LO_DCR/1000+LO_DCR/1000*(R10-25)*(Constants!$C$32/100))","v":5.99897860286044E-2},0.20581802548476452,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},36.651180086472792,64.995592804714619,188.39576909252602,33.34910383588749,12.399999999999999,1.4364909400696717,4.3432574430823117,5.7797483831519836,0.89173696911846545,0.75146133623099309,{"$f":"IF(R10>=TSD,\"TSD\",IF(OR(E10=Constants!$C$19,Efficiency!F10=Min_tOFF_typ),IF(E10=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},9.1578947368421062,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y11, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y11,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y11,Design!$B$16:$B$20,1)-1,0,2))+(Q11-25)*Design!$B$21/1000)","v":0.43239364332491437},{"$f":"IF(Reset=1,$D$4/(B11+$D$4),MIN(($D$4+C11+Y11*LO_DCR/1000*(1+(R11-25)*(Constants!$C$32/100)))/(B11-Y11*S11/1000+C11+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.58934679108400978},{"$f":"IF(D11>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D11>Constants!$C$19,Tsw*Efficiency!D11,Constants!$C$19))","v":294.67339554200487},{"$f":"IF(E11=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D11)>Min_tOFF_typ,Tsw*(1-Efficiency!D11),Min_tOFF_typ))","v":205.3266044579951},{"$f":"IF(Reset=1,(B11)/(L_buckboost*micro)*D11*Tsw*nano,(B11-($B$4+Y11)*(S11/1000+LO_DCR/1000*(1+(R11-A11)*(Constants!$C$32/100))))/(L_buckboost*micro)*D11*Tsw*nano)","v":0.55704689627064807},1.0778947368421052E-4,0.59459687130891059,8.3747026480157222E-2,0.21557894736842106,0.89403063463117305,0.21364535217904262,{"$f":"(($B$4+Y11)^2+G11^2/12)*(LO_DCR/1000+LO_DCR/1000*(R11-25)*(Constants!$C$32/100))","v":5.6486440256303574E-2},0.21842912797783934,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},36.750494369847345,65.231378558402781,188.62212341606667,35.876947653022768,12.399999999999999,1.4526440944489123,4.3432574430823117,5.7959015375312237,0.85294036286082564,0.74936701649564796,{"$f":"IF(R11>=TSD,\"TSD\",IF(OR(E11=Constants!$C$19,Efficiency!F11=Min_tOFF_typ),IF(E11=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},9.7894736842105274,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y12, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y12,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y12,Design!$B$16:$B$20,1)-1,0,2))+(Q12-25)*Design!$B$21/1000)","v":0.43078828295824334},{"$f":"IF(Reset=1,$D$4/(B12+$D$4),MIN(($D$4+C12+Y12*LO_DCR/1000*(1+(R12-25)*(Constants!$C$32/100)))/(B12-Y12*S12/1000+C12+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.57253576679713847},{"$f":"IF(D12>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D12>Constants!$C$19,Tsw*Efficiency!D12,Constants!$C$19))","v":286.26788339856921},{"$f":"IF(E12=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D12)>Min_tOFF_typ,Tsw*(1-Efficiency!D12),Min_tOFF_typ))","v":213.73211660143076},{"$f":"IF(Reset=1,(B12)/(L_buckboost*micro)*D12*Tsw*nano,(B12-($B$4+Y12)*(S12/1000+LO_DCR/1000*(1+(R12-A12)*(Constants!$C$32/100))))/(L_buckboost*micro)*D12*Tsw*nano)","v":0.58005828110911184},1.1094736842105262E-4,0.60517275350192756,7.5688464704946903E-2,0.22189473684210526,0.90286690241740086,0.21538874466051358,{"$f":"(($B$4+Y12)^2+G12^2/12)*(LO_DCR/1000+LO_DCR/1000*(R12-25)*(Constants!$C$32/100))","v":5.3591096058675555E-2},0.23141518891966759,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},36.846380956328247,65.629010608783034,189.00385018443171,38.404333984273464,12.399999999999999,1.4733144714608111,4.3432574430823117,5.8165719145431227,0.81939650107882389,0.74670398765687118,{"$f":"IF(R12>=TSD,\"TSD\",IF(OR(E12=Constants!$C$19,Efficiency!F12=Min_tOFF_typ),IF(E12=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},10.421052631578949,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y13, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y13,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y13,Design!$B$16:$B$20,1)-1,0,2))+(Q13-25)*Design!$B$21/1000)","v":0.42937737365361234},{"$f":"IF(Reset=1,$D$4/(B13+$D$4),MIN(($D$4+C13+Y13*LO_DCR/1000*(1+(R13-25)*(Constants!$C$32/100)))/(B13-Y13*S13/1000+C13+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.55668269946008153},{"$f":"IF(D13>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D13>Constants!$C$19,Tsw*Efficiency!D13,Constants!$C$19))","v":278.34134973004075},{"$f":"IF(E13=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D13)>Min_tOFF_typ,Tsw*(1-Efficiency!D13),Min_tOFF_typ))","v":221.65865026995922},{"$f":"IF(Reset=1,(B13)/(L_buckboost*micro)*D13*Tsw*nano,(B13-($B$4+Y13)*(S13/1000+LO_DCR/1000*(1+(R13-A13)*(Constants!$C$32/100))))/(L_buckboost*micro)*D13*Tsw*nano)","v":0.60175577373916478},1.1410526315789473E-4,0.61722258852195189,6.9039961810472797E-2,0.22821052631578947,0.914587181911372,0.21706752779497435,{"$f":"(($B$4+Y13)^2+G13^2/12)*(LO_DCR/1000+LO_DCR/1000*(R13-25)*(Constants!$C$32/100))","v":5.1166217735644649E-2},0.24477620831024932,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},36.938714028723588,66.15642318601175,189.51016625857127,40.931351308517087,12.399999999999999,1.4976496751567938,4.3432574430823117,5.8409071182391052,0.79009480702914225,0.74359296512691342,{"$f":"IF(R13>=TSD,\"TSD\",IF(OR(E13=Constants!$C$19,Efficiency!F13=Min_tOFF_typ),IF(E13=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},11.05263157894737,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y14, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y14,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y14,Design!$B$16:$B$20,1)-1,0,2))+(Q14-25)*Design!$B$21/1000)","v":0.42812653314410593},{"$f":"IF(Reset=1,$D$4/(B14+$D$4),MIN(($D$4+C14+Y14*LO_DCR/1000*(1+(R14-25)*(Constants!$C$32/100)))/(B14-Y14*S14/1000+C14+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.54170346395567825},{"$f":"IF(D14>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D14>Constants!$C$19,Tsw*Efficiency!D14,Constants!$C$19))","v":270.85173197783911},{"$f":"IF(E14=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D14)>Min_tOFF_typ,Tsw*(1-Efficiency!D14),Min_tOFF_typ))","v":229.14826802216086},{"$f":"IF(Reset=1,(B14)/(L_buckboost*micro)*D14*Tsw*nano,(B14-($B$4+Y14)*(S14/1000+LO_DCR/1000*(1+(R14-A14)*(Constants!$C$32/100))))/(L_buckboost*micro)*D14*Tsw*nano)","v":0.62225522219527529},1.1726315789473684E-4,0.63055320021228622,6.3479423029079121E-2,0.23452631578947369,0.92867620218873381,0.2186814151568176,{"$f":"(($B$4+Y14)^2+G14^2/12)*(LO_DCR/1000+LO_DCR/1000*(R14-25)*(Constants!$C$32/100))","v":4.9112564070288321E-2},0.25851218614958454,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.027477833624971,66.790429098493021,190.11881193455329,43.458065194996273,12.399999999999999,1.5250349069699778,4.3432574430823117,5.8682923500522897,0.76427088026014078,0.74012288141091176,{"$f":"IF(R14>=TSD,\"TSD\",IF(OR(E14=Constants!$C$19,Efficiency!F14=Min_tOFF_typ),IF(E14=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},11.684210526315791,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y15, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y15,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y15,Design!$B$16:$B$20,1)-1,0,2))+(Q15-25)*Design!$B$21/1000)","v":0.42700917839028113},{"$f":"IF(Reset=1,$D$4/(B15+$D$4),MIN(($D$4+C15+Y15*LO_DCR/1000*(1+(R15-25)*(Constants!$C$32/100)))/(B15-Y15*S15/1000+C15+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.52752450434754528},{"$f":"IF(D15>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D15>Constants!$C$19,Tsw*Efficiency!D15,Constants!$C$19))","v":263.76225217377265},{"$f":"IF(E15=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D15)>Min_tOFF_typ,Tsw*(1-Efficiency!D15),Min_tOFF_typ))","v":236.23774782622735},{"$f":"IF(Reset=1,(B15)/(L_buckboost*micro)*D15*Tsw*nano,(B15-($B$4+Y15)*(S15/1000+LO_DCR/1000*(1+(R15-A15)*(Constants!$C$32/100))))/(L_buckboost*micro)*D15*Tsw*nano)","v":0.64165781799978083},1.2042105263157894E-4,0.64501629577538533,5.8773422805918983E-2,0.24084210526315789,0.94475224489709375,0.22023136658437015,{"$f":"(($B$4+Y15)^2+G15^2/12)*(LO_DCR/1000+LO_DCR/1000*(R15-25)*(Constants!$C$32/100))","v":4.735677684952843E-2},0.27262312243767317,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.112725162140357,67.513851020369216,190.81329697955445,45.984525330404175,12.399999999999999,1.5550160501732191,4.3432574430823117,5.8982734932555303,0.7413351596977098,0.73636080931965509,{"$f":"IF(R15>=TSD,\"TSD\",IF(OR(E15=Constants!$C$19,Efficiency!F15=Min_tOFF_typ),IF(E15=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},12.315789473684212,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y16, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y16,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y16,Design!$B$16:$B$20,1)-1,0,2))+(Q16-25)*Design!$B$21/1000)","v":0.42600440620536006},{"$f":"IF(Reset=1,$D$4/(B16+$D$4),MIN(($D$4+C16+Y16*LO_DCR/1000*(1+(R16-25)*(Constants!$C$32/100)))/(B16-Y16*S16/1000+C16+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.51408097533816288},{"$f":"IF(D16>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D16>Constants!$C$19,Tsw*Efficiency!D16,Constants!$C$19))","v":257.04048766908141},{"$f":"IF(E16=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D16)>Min_tOFF_typ,Tsw*(1-Efficiency!D16),Min_tOFF_typ))","v":242.95951233091856},{"$f":"IF(Reset=1,(B16)/(L_buckboost*micro)*D16*Tsw*nano,(B16-($B$4+Y16)*(S16/1000+LO_DCR/1000*(1+(R16-A16)*(Constants!$C$32/100))))/(L_buckboost*micro)*D16*Tsw*nano)","v":0.66005269832911617},1.2357894736842104E-4,0.66049604006236828,5.4749093844813655E-2,0.2471578947368421,0.96252660759139252,0.22171910745019746,{"$f":"(($B$4+Y16)^2+G16^2/12)*(LO_DCR/1000+LO_DCR/1000*(R16-25)*(Constants!$C$32/100))","v":4.5843495665314843E-2},0.28710901717451526,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.194550909760864,68.313697341612666,191.58114944794815,48.51077009175679,12.399999999999999,1.5872507672859735,4.3432574430823117,5.9305082103682851,0.72082523886880834,0.7323583897057947,{"$f":"IF(R16>=TSD,\"TSD\",IF(OR(E16=Constants!$C$19,Efficiency!F16=Min_tOFF_typ),IF(E16=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},12.947368421052634,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y17, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y17,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y17,Design!$B$16:$B$20,1)-1,0,2))+(Q17-25)*Design!$B$21/1000)","v":0.42509553568129044},{"$f":"IF(Reset=1,$D$4/(B17+$D$4),MIN(($D$4+C17+Y17*LO_DCR/1000*(1+(R17-25)*(Constants!$C$32/100)))/(B17-Y17*S17/1000+C17+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.50131532724672589},{"$f":"IF(D17>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D17>Constants!$C$19,Tsw*Efficiency!D17,Constants!$C$19))","v":250.65766362336294},{"$f":"IF(E17=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D17)>Min_tOFF_typ,Tsw*(1-Efficiency!D17),Min_tOFF_typ))","v":249.34233637663706},{"$f":"IF(Reset=1,(B17)/(L_buckboost*micro)*D17*Tsw*nano,(B17-($B$4+Y17)*(S17/1000+LO_DCR/1000*(1+(R17-A17)*(Constants!$C$32/100))))/(L_buckboost*micro)*D17*Tsw*nano)","v":0.67751892104594014},1.2673684210526317E-4,0.67690057160657913,5.1275984230916255E-2,0.2534736842105263,0.981776976890127,0.22314681743656489,{"$f":"(($B$4+Y17)^2+G17^2/12)*(LO_DCR/1000+LO_DCR/1000*(R17-25)*(Constants!$C$32/100))","v":4.45301842105792E-2},0.3019698703601108,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.273074959011069,69.179963960055716,192.41276540165347,51.036829615567228,12.399999999999999,1.6214763883019354,4.3432574430823117,5.9647338313842475,0.70237309498393341,0.72815611993106544,{"$f":"IF(R17>=TSD,\"TSD\",IF(OR(E17=Constants!$C$19,Efficiency!F17=Min_tOFF_typ),IF(E17=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},13.578947368421055,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y18, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y18,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y18,Design!$B$16:$B$20,1)-1,0,2))+(Q18-25)*Design!$B$21/1000)","v":0.42426908142840969},{"$f":"IF(Reset=1,$D$4/(B18+$D$4),MIN(($D$4+C18+Y18*LO_DCR/1000*(1+(R18-25)*(Constants!$C$32/100)))/(B18-Y18*S18/1000+C18+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.48917619939936824},{"$f":"IF(D18>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D18>Constants!$C$19,Tsw*Efficiency!D18,Constants!$C$19))","v":244.58809969968411},{"$f":"IF(E18=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D18)>Min_tOFF_typ,Tsw*(1-Efficiency!D18),Min_tOFF_typ))","v":255.41190030031592},{"$f":"IF(Reset=1,(B18)/(L_buckboost*micro)*D18*Tsw*nano,(B18-($B$4+Y18)*(S18/1000+LO_DCR/1000*(1+(R18-A18)*(Constants!$C$32/100))))/(L_buckboost*micro)*D18*Tsw*nano)","v":0.6941270051383539},1.2989473684210526E-4,0.69415606517846573,4.8254009401644045E-2,0.25978947368421051,1.0023294430011624,0.22451692682347077,{"$f":"(($B$4+Y18)^2+G18^2/12)*(LO_DCR/1000+LO_DCR/1000*(R18-25)*(Constants!$C$32/100))","v":4.3383640041891727E-2},0.31720568199445986,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.348430975290896,70.104824935052307,193.30063193765022,53.562727913183807,12.399999999999999,1.6574882312655381,4.3432574430823117,6.0007456743478498,0.68568202305946724,0.7237862890355421,{"$f":"IF(R18>=TSD,\"TSD\",IF(OR(E18=Constants!$C$19,Efficiency!F18=Min_tOFF_typ),IF(E18=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},14.210526315789476,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y19, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y19,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y19,Design!$B$16:$B$20,1)-1,0,2))+(Q19-25)*Design!$B$21/1000)","v":0.4235140150024469},{"$f":"IF(Reset=1,$D$4/(B19+$D$4),MIN(($D$4+C19+Y19*LO_DCR/1000*(1+(R19-25)*(Constants!$C$32/100)))/(B19-Y19*S19/1000+C19+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.47761753584078642},{"$f":"IF(D19>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D19>Constants!$C$19,Tsw*Efficiency!D19,Constants!$C$19))","v":238.80876792039322},{"$f":"IF(E19=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D19)>Min_tOFF_typ,Tsw*(1-Efficiency!D19),Min_tOFF_typ))","v":261.19123207960683},{"$f":"IF(Reset=1,(B19)/(L_buckboost*micro)*D19*Tsw*nano,(B19-($B$4+Y19)*(S19/1000+LO_DCR/1000*(1+(R19-A19)*(Constants!$C$32/100))))/(L_buckboost*micro)*D19*Tsw*nano)","v":0.70994015888339912},1.3305263157894736E-4,0.71220248623364424,4.5605250120554976E-2,0.26610526315789473,1.0240460521436727,0.2258319824046891,{"$f":"(($B$4+Y19)^2+G19^2/12)*(LO_DCR/1000+LO_DCR/1000*(R19-25)*(Constants!$C$32/100))","v":4.2377582305337558E-2},0.33281645207756239,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.420759032257898,71.082072346465281,194.23878945260668,56.088484362757775,12.399999999999999,1.6951246083358154,4.3432574430823117,6.038382051418127,0.67051005930400598,0.71927503197024245,{"$f":"IF(R19>=TSD,\"TSD\",IF(OR(E19=Constants!$C$19,Efficiency!F19=Min_tOFF_typ),IF(E19=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},14.842105263157897,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y20, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y20,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y20,Design!$B$16:$B$20,1)-1,0,2))+(Q20-25)*Design!$B$21/1000)","v":0.42282122374445696},{"$f":"IF(Reset=1,$D$4/(B20+$D$4),MIN(($D$4+C20+Y20*LO_DCR/1000*(1+(R20-25)*(Constants!$C$32/100)))/(B20-Y20*S20/1000+C20+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.46659786622283522},{"$f":"IF(D20>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D20>Constants!$C$19,Tsw*Efficiency!D20,Constants!$C$19))","v":233.29893311141763},{"$f":"IF(E20=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D20)>Min_tOFF_typ,Tsw*(1-Efficiency!D20),Min_tOFF_typ))","v":266.70106688858243},{"$f":"IF(Reset=1,(B20)/(L_buckboost*micro)*D20*Tsw*nano,(B20-($B$4+Y20)*(S20/1000+LO_DCR/1000*(1+(R20-A20)*(Constants!$C$32/100))))/(L_buckboost*micro)*D20*Tsw*nano)","v":0.72501527667932308},1.3621052631578948E-4,0.7309904972086948,4.3268245146624237E-2,0.27242105263157895,1.0468160055132136,0.22709455926305516,{"$f":"(($B$4+Y20)^2+G20^2/12)*(LO_DCR/1000+LO_DCR/1000*(R20-25)*(Constants!$C$32/100))","v":4.1490948562051058E-2},0.34880218060941831,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.490200759468031,72.106720248094604,195.22245143817082,58.614114783089363,12.399999999999999,1.7342562333522917,4.3432574430823117,6.0775136764346032,0.65665784750889955,0.71464379585408033,{"$f":"IF(R20>=TSD,\"TSD\",IF(OR(E20=Constants!$C$19,Efficiency!F20=Min_tOFF_typ),IF(E20=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},15.473684210526319,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y21, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y21,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y21,Design!$B$16:$B$20,1)-1,0,2))+(Q21-25)*Design!$B$21/1000)","v":0.42204259614053607},{"$f":"IF(Reset=1,$D$4/(B21+$D$4),MIN(($D$4+C21+Y21*LO_DCR/1000*(1+(R21-25)*(Constants!$C$32/100)))/(B21-Y21*S21/1000+C21+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.45607698202965286},{"$f":"IF(D21>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D21>Constants!$C$19,Tsw*Efficiency!D21,Constants!$C$19))","v":228.03849101482643},{"$f":"IF(E21=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D21)>Min_tOFF_typ,Tsw*(1-Efficiency!D21),Min_tOFF_typ))","v":271.96150898517357},{"$f":"IF(Reset=1,(B21)/(L_buckboost*micro)*D21*Tsw*nano,(B21-($B$4+Y21)*(S21/1000+LO_DCR/1000*(1+(R21-A21)*(Constants!$C$32/100))))/(L_buckboost*micro)*D21*Tsw*nano)","v":0.73939938082106182},1.3936842105263157E-4,0.75047539755964943,4.1193233701237376E-2,0.27873684210526317,1.0705448417872026,0.22823162127682553,{"$f":"(($B$4+Y21)^2+G21^2/12)*(LO_DCR/1000+LO_DCR/1000*(R21-25)*(Constants!$C$32/100))","v":4.0706367898235778E-2},0.36516286759002775,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.552739170225408,73.174517880424105,196.24753716520715,61.139773003001238,12.399999999999999,1.7746982379568452,4.3432574430823117,6.1179556810391569,0.6439563788452547,0.70991972964808947,{"$f":"IF(R21>=TSD,\"TSD\",IF(OR(E21=Constants!$C$19,Efficiency!F21=Min_tOFF_typ),IF(E21=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},16.10526315789474,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y22, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y22,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y22,Design!$B$16:$B$20,1)-1,0,2))+(Q22-25)*Design!$B$21/1000)","v":0.42116873715826381},{"$f":"IF(Reset=1,$D$4/(B22+$D$4),MIN(($D$4+C22+Y22*LO_DCR/1000*(1+(R22-25)*(Constants!$C$32/100)))/(B22-Y22*S22/1000+C22+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.44602087949574698},{"$f":"IF(D22>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D22>Constants!$C$19,Tsw*Efficiency!D22,Constants!$C$19))","v":223.01043974787348},{"$f":"IF(E22=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D22)>Min_tOFF_typ,Tsw*(1-Efficiency!D22),Min_tOFF_typ))","v":276.98956025212652},{"$f":"IF(Reset=1,(B22)/(L_buckboost*micro)*D22*Tsw*nano,(B22-($B$4+Y22)*(S22/1000+LO_DCR/1000*(1+(R22-A22)*(Constants!$C$32/100))))/(L_buckboost*micro)*D22*Tsw*nano)","v":0.75313846755402047},1.425263157894737E-4,0.77062280950956596,3.9340737216118062E-2,0.28505263157894739,1.095158704620421,0.22924253021123844,{"$f":"(($B$4+Y22)^2+G22^2/12)*(LO_DCR/1000+LO_DCR/1000*(R22-25)*(Constants!$C$32/100))","v":4.0009895163065932E-2},0.38189851301939065,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.608339161618112,74.282141707918953,197.31085603960219,63.665472887710244,12.399999999999999,1.8163621824186693,4.3432574430823117,6.159619625500981,0.63226696468983268,0.70511780063514251,{"$f":"IF(R22>=TSD,\"TSD\",IF(OR(E22=Constants!$C$19,Efficiency!F22=Min_tOFF_typ),IF(E22=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},16.736842105263161,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y23, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y23,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y23,Design!$B$16:$B$20,1)-1,0,2))+(Q23-25)*Design!$B$21/1000)","v":0.42035969462736422},{"$f":"IF(Reset=1,$D$4/(B23+$D$4),MIN(($D$4+C23+Y23*LO_DCR/1000*(1+(R23-25)*(Constants!$C$32/100)))/(B23-Y23*S23/1000+C23+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.43640188830833992},{"$f":"IF(D23>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D23>Constants!$C$19,Tsw*Efficiency!D23,Constants!$C$19))","v":218.20094415416997},{"$f":"IF(E23=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D23)>Min_tOFF_typ,Tsw*(1-Efficiency!D23),Min_tOFF_typ))","v":281.79905584583003},{"$f":"IF(Reset=1,(B23)/(L_buckboost*micro)*D23*Tsw*nano,(B23-($B$4+Y23)*(S23/1000+LO_DCR/1000*(1+(R23-A23)*(Constants!$C$32/100))))/(L_buckboost*micro)*D23*Tsw*nano)","v":0.76627995898834445},1.4568421052631579E-4,0.79140825887725341,3.7679368829079851E-2,0.29136842105263161,1.1206017329694911,0.23021843248708571,{"$f":"(($B$4+Y23)^2+G23^2/12)*(LO_DCR/1000+LO_DCR/1000*(R23-25)*(Constants!$C$32/100))","v":3.9390343452798147E-2},0.39900911689750701,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.662013786789714,75.4270779836271,198.409994864282,66.191057770398288,12.399999999999999,1.8592721652114355,4.3432574430823117,6.2025296082937471,0.62147599460800362,0.7002396953131349,{"$f":"IF(R23>=TSD,\"TSD\",IF(OR(E23=Constants!$C$19,Efficiency!F23=Min_tOFF_typ),IF(E23=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},17.368421052631582,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y24, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y24,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y24,Design!$B$16:$B$20,1)-1,0,2))+(Q24-25)*Design!$B$21/1000)","v":0.41960839139387235},{"$f":"IF(Reset=1,$D$4/(B24+$D$4),MIN(($D$4+C24+Y24*LO_DCR/1000*(1+(R24-25)*(Constants!$C$32/100)))/(B24-Y24*S24/1000+C24+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.4271917851699355},{"$f":"IF(D24>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D24>Constants!$C$19,Tsw*Efficiency!D24,Constants!$C$19))","v":213.59589258496774},{"$f":"IF(E24=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D24)>Min_tOFF_typ,Tsw*(1-Efficiency!D24),Min_tOFF_typ))","v":286.40410741503223},{"$f":"IF(Reset=1,(B24)/(L_buckboost*micro)*D24*Tsw*nano,(B24-($B$4+Y24)*(S24/1000+LO_DCR/1000*(1+(R24-A24)*(Constants!$C$32/100))))/(L_buckboost*micro)*D24*Tsw*nano)","v":0.77886248957185267},1.4884210526315791E-4,0.8128071371577672,3.6182605930331173E-2,0.29768421052631583,1.1468227957196773,0.2311606042017203,{"$f":"(($B$4+Y24)^2+G24^2/12)*(LO_DCR/1000+LO_DCR/1000*(R24-25)*(Constants!$C$32/100))","v":3.8838081057567857E-2},0.41649467922437683,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.713833231094618,76.607025807385469,199.54274477509006,68.716537822950215,12.399999999999999,1.9033686996078958,4.3432574430823117,6.2466261426902072,0.61148336904818978,0.69529652389470842,{"$f":"IF(R24>=TSD,\"TSD\",IF(OR(E24=Constants!$C$19,Efficiency!F24=Min_tOFF_typ),IF(E24=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"25","v":25},{"$f":"Design!$D$4","v":18},{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y25, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y25,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y25,Design!$B$16:$B$20,1)-1,0,2))+(Q25-25)*Design!$B$21/1000)","v":0.41890875584349985},{"$f":"IF(Reset=1,$D$4/(B25+$D$4),MIN(($D$4+C25+Y25*LO_DCR/1000*(1+(R25-25)*(Constants!$C$32/100)))/(B25-Y25*S25/1000+C25+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.41836477220667517},{"$f":"IF(D25>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D25>Constants!$C$19,Tsw*Efficiency!D25,Constants!$C$19))","v":209.18238610333759},{"$f":"IF(E25=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D25)>Min_tOFF_typ,Tsw*(1-Efficiency!D25),Min_tOFF_typ))","v":290.81761389666241},{"$f":"IF(Reset=1,(B25)/(L_buckboost*micro)*D25*Tsw*nano,(B25-($B$4+Y25)*(S25/1000+LO_DCR/1000*(1+(R25-A25)*(Constants!$C$32/100))))/(L_buckboost*micro)*D25*Tsw*nano)","v":0.79092136767804067},1.5199999999999998E-4,0.83479840614704459,3.4828480596002215E-2,0.30399999999999999,1.1737788867430468,0.23207034867711113,{"$f":"(($B$4+Y25)^2+G25^2/12)*(LO_DCR/1000+LO_DCR/1000*(R25-25)*(Constants!$C$32/100))","v":3.8345024028193904E-2},0.43435520000000005,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.763869177241112,77.820049903437109,200.70724790729963,71.241921719943136,12.399999999999999,1.9486019988529053,4.3432574430823117,6.291859441935217,0.60220337470210394,0.69029791322649692,{"$f":"IF(R25>=TSD,\"TSD\",IF(OR(E25=Constants!$C$19,Efficiency!F25=Min_tOFF_typ),IF(E25=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[25,{"$f":"Vin_nom","v":13.5},{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y26, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y26,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y26,Design!$B$16:$B$20,1)-1,0,2))+(Q26-25)*Design!$B$21/1000)","v":0.42436827833427332},{"$f":"IF(Reset=1,$D$4/(B26+$D$4),MIN(($D$4+C26+Y26*LO_DCR/1000*(1+(R26-25)*(Constants!$C$32/100)))/(B26-Y26*S26/1000+C26+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.49066094847717984},{"$f":"IF(D26>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D26>Constants!$C$19,Tsw*Efficiency!D26,Constants!$C$19))","v":245.33047423858991},{"$f":"IF(E26=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D26)>Min_tOFF_typ,Tsw*(1-Efficiency!D26),Min_tOFF_typ))","v":254.66952576141011},{"$f":"IF(Reset=1,(B26)/(L_buckboost*micro)*D26*Tsw*nano,(B26-($B$4+Y26)*(S26/1000+LO_DCR/1000*(1+(R26-A26)*(Constants!$C$32/100))))/(L_buckboost*micro)*D26*Tsw*nano)","v":0.69209569926000913},1.295E-4,0.69195475711324494,4.8609925787464661E-2,0.25899999999999995,0.99969418290070955,0.2243487266961206,{"$f":"(($B$4+Y26)^2+G26^2/12)*(LO_DCR/1000+LO_DCR/1000*(R26-25)*(Constants!$C$32/100))","v":4.3518792276949964E-2},0.31528070000000002,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},37.339179968286629,69.986238230531939,193.18678870131066,53.246998742749724,12.399999999999999,1.6528949412783336,4.3432574430823117,5.996152384360645,0.68768082081189907,0.72434073797232601,{"$f":"IF(R26>=TSD,\"TSD\",IF(OR(E26=Constants!$C$19,Efficiency!F26=Min_tOFF_typ),IF(E26=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
["T (°C)","VIN","VF","Duty","TON(ns)","TOFF","ΔIL","PIQ","Psw","Pcond","PDRIVER","PIC","PD1","PIND","PSNUB","PSENSE","TJD1","TJIC","RDSon","VOSAT","VOUT","PLOSS_tol","POUT","PIN","IL,AVG","Efficiency","Operating Condition "]
[{"$f":"Design!$D$13","v":85},{"$f":"Efficiency!B6","v":6},{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y28, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y28,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y28,Design!$B$16:$B$20,1)-1,0,2))+(Q28-25)*Design!$B$21/1000)","v":0.38760650608923791},{"$f":"IF(Reset=1,$D$4/(B28+$D$4),MIN(($D$4+C28+Y28*LO_DCR/1000*(1+(R28-25)*(Constants!$C$32/100)))/(B28-Y28*S28/1000+C28+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.69449638914300071},{"$f":"IF(D28>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D28>Constants!$C$19,Tsw*Efficiency!D28,Constants!$C$19))","v":347.24819457150033},{"$f":"IF(E28=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D28)>Min_tOFF_typ,Tsw*(1-Efficiency!D28),Min_tOFF_typ))","v":152.75180542849964},{"$f":"IF(Reset=1,(B28)/(L_buckboost*micro)*D28*Tsw*nano,(B28-($B$4+Y28)*(S28/1000+LO_DCR/1000*(1+(R28-A28)*(Constants!$C$32/100))))/(L_buckboost*micro)*D28*Tsw*nano)","v":0.4103279624826327},{"$f":"(B28+$D$4)*Iq*micro","v":9.2E-5},{"$f":"(B28+$D$4)*Y28*((B28+$D$4)/(Slew_rise*10^9)*fsw*10^6/2+(B28+$D$4)/(Slew_fall*10^9)*fsw*10^6/2)","v":0.58224322637974724},{"$f":"D28*(($B$4+Y28)^2+G28^2/12)*S28*10^-3","v":0.40419728019039297},{"$f":"Qg*10^-9*(B28+$D$4)*fsw*10^6","v":0.18399999999999997},{"$f":"SUM(H28:K28)","v":1.1705325065701402},{"$f":"($B$4+Y28)*C28*(1-D28)","v":0.17724052304419113},{"$f":"(($B$4+Y28)^2+G28^2/12)*(LO_DCR/1000+LO_DCR/1000*(R28-25)*(Constants!$C$32/100))","v":0.1076612450102149},{"$f":"0.5*C_SNUB*10^-12*(B28+$D$4)^2*fsw*10^6","v":0.15912319999999996},{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},{"$f":"$A28+M28*RthJA","v":94.748228767430518},{"$f":"MIN(L28*RthJA_IC+$A28,190)","v":137.67396279565631},{"$f":"IF(Reset=1,Rdson,Rdson+Rdson*TCR_RdsON/100*(R28-25))","v":258.16700428383007},{"$f":"(Max_Duty_Dropout*(B28+C28-$B$4*S28/1000)-(C28+$B$4*LO_DCR/1000))/(1-Max_Duty_Dropout)","v":23.192719932742531},{"$f":"IF(Reset=1,VOUT,IF(T28>VOUT,VOUT,T28))","v":12.399999999999999},{"$f":"SUM(L28:P28)","v":1.6846100140290996},{"$f":"U28*$B$4","v":4.3432574430823117},{"$f":"V28+W28","v":6.0278674571114115},{"$f":"IF(Reset=1,W28/B28/0.8,$B$4/(1-D28))","v":1.1465091886809768},{"$f":"W28/(W28+V28)","v":0.72052968549571017},{"$f":"IF(R28>=TSD,\"TSD\",IF(OR(E28=Constants!$C$19,Efficiency!F28=Min_tOFF_typ),IF(E28=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},{"$f":"($B$25-$B$6)/19+B28","v":6.6315789473684212},{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y29, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y29,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y29,Design!$B$16:$B$20,1)-1,0,2))+(Q29-25)*Design!$B$21/1000)","v":0.3837554856602996},{"$f":"IF(Reset=1,$D$4/(B29+$D$4),MIN(($D$4+C29+Y29*LO_DCR/1000*(1+(R29-25)*(Constants!$C$32/100)))/(B29-Y29*S29/1000+C29+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.67041391177544396},{"$f":"IF(D29>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D29>Constants!$C$19,Tsw*Efficiency!D29,Constants!$C$19))","v":335.20695588772196},{"$f":"IF(E29=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D29)>Min_tOFF_typ,Tsw*(1-Efficiency!D29),Min_tOFF_typ))","v":164.79304411227801},{"$f":"IF(Reset=1,(B29)/(L_buckboost*micro)*D29*Tsw*nano,(B29-($B$4+Y29)*(S29/1000+LO_DCR/1000*(1+(R29-A29)*(Constants!$C$32/100))))/(L_buckboost*micro)*D29*Tsw*nano)","v":0.4432104316696836},9.5157894736842095E-5,0.57738555730991392,0.34503175493473187,0.19031578947368419,1.1128282596130668,0.17871662172111821,{"$f":"(($B$4+Y29)^2+G29^2/12)*(LO_DCR/1000+LO_DCR/1000*(R29-25)*(Constants!$C$32/100))","v":9.5451604198276835E-2},0.17023446869806091,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},94.829414194661496,135.07727168258799,255.67418081528447,25.72637931493033,12.399999999999999,1.6272834936350762,4.3432574430823117,5.9705409367173878,1.062735077531924,0.72744789611479344,{"$f":"IF(R29>=TSD,\"TSD\",IF(OR(E29=Constants!$C$19,Efficiency!F29=Min_tOFF_typ),IF(E29=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},{"$f":"($B$25-$B$6)/19+B29","v":7.2631578947368425},{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y30, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y30,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y30,Design!$B$16:$B$20,1)-1,0,2))+(Q30-25)*Design!$B$21/1000)","v":0.38064692716316106},{"$f":"IF(Reset=1,$D$4/(B30+$D$4),MIN(($D$4+C30+Y30*LO_DCR/1000*(1+(R30-25)*(Constants!$C$32/100)))/(B30-Y30*S30/1000+C30+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.64815866781095099},{"$f":"IF(D30>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D30>Constants!$C$19,Tsw*Efficiency!D30,Constants!$C$19))","v":324.07933390547549},{"$f":"IF(E30=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D30)>Min_tOFF_typ,Tsw*(1-Efficiency!D30),Min_tOFF_typ))","v":175.92066609452451},{"$f":"IF(Reset=1,(B30)/(L_buckboost*micro)*D30*Tsw*nano,(B30-($B$4+Y30)*(S30/1000+LO_DCR/1000*(1+(R30-A30)*(Constants!$C$32/100))))/(L_buckboost*micro)*D30*Tsw*nano)","v":0.47358586957454141},9.8315789473684204E-5,0.57735751530568247,0.30131263451512835,0.19663157894736841,1.075400044557653,0.18023616431170425,{"$f":"(($B$4+Y30)^2+G30^2/12)*(LO_DCR/1000+LO_DCR/1000*(R30-25)*(Constants!$C$32/100))","v":8.6366865901672793E-2},0.18172069584487532,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},94.912989037143731,133.39300200509439,254.05728192489062,28.258069020365802,12.399999999999999,1.5937763100204589,4.3432574430823117,5.9370337531027708,0.99551321853956132,0.73155343622772384,{"$f":"IF(R30>=TSD,\"TSD\",IF(OR(E30=Constants!$C$19,Efficiency!F30=Min_tOFF_typ),IF(E30=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},7.8947368421052637,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y31, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y31,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y31,Design!$B$16:$B$20,1)-1,0,2))+(Q31-25)*Design!$B$21/1000)","v":0.37807552928534793},{"$f":"IF(Reset=1,$D$4/(B31+$D$4),MIN(($D$4+C31+Y31*LO_DCR/1000*(1+(R31-25)*(Constants!$C$32/100)))/(B31-Y31*S31/1000+C31+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.62747172678234298},{"$f":"IF(D31>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D31>Constants!$C$19,Tsw*Efficiency!D31,Constants!$C$19))","v":313.73586339117151},{"$f":"IF(E31=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D31)>Min_tOFF_typ,Tsw*(1-Efficiency!D31),Min_tOFF_typ))","v":186.26413660882852},{"$f":"IF(Reset=1,(B31)/(L_buckboost*micro)*D31*Tsw*nano,(B31-($B$4+Y31)*(S31/1000+LO_DCR/1000*(1+(R31-A31)*(Constants!$C$32/100))))/(L_buckboost*micro)*D31*Tsw*nano)","v":0.50181315538762172},1.0147368421052631E-4,0.58088846920821546,0.26774465920862667,0.20294736842105263,1.0516819705221052,0.18175809224373746,{"$f":"(($B$4+Y31)^2+G31^2/12)*(LO_DCR/1000+LO_DCR/1000*(R31-25)*(Constants!$C$32/100))","v":7.9362165153071554E-2},0.19358188144044322,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},94.996695073405562,132.32568867349474,253.03266112655496,30.788391753494306,12.399999999999999,1.576436648763911,4.3432574430823117,5.9196940918462229,0.9402311776161999,0.73369626465406501,{"$f":"IF(R31>=TSD,\"TSD\",IF(OR(E31=Constants!$C$19,Efficiency!F31=Min_tOFF_typ),IF(E31=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},8.526315789473685,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y32, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y32,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y32,Design!$B$16:$B$20,1)-1,0,2))+(Q32-25)*Design!$B$21/1000)","v":0.37590758936720287},{"$f":"IF(Reset=1,$D$4/(B32+$D$4),MIN(($D$4+C32+Y32*LO_DCR/1000*(1+(R32-25)*(Constants!$C$32/100)))/(B32-Y32*S32/1000+C32+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.6081585712694334},{"$f":"IF(D32>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D32>Constants!$C$19,Tsw*Efficiency!D32,Constants!$C$19))","v":304.07928563471671},{"$f":"IF(E32=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D32)>Min_tOFF_typ,Tsw*(1-Efficiency!D32),Min_tOFF_typ))","v":195.92071436528329},{"$f":"IF(Reset=1,(B32)/(L_buckboost*micro)*D32*Tsw*nano,(B32-($B$4+Y32)*(S32/1000+LO_DCR/1000*(1+(R32-A32)*(Constants!$C$32/100))))/(L_buckboost*micro)*D32*Tsw*nano)","v":0.52816083218257015},1.0463157894736841E-4,0.58716524965601269,0.24120048347787948,0.20926315789473685,1.0377335226075763,0.18325875875849768,{"$f":"(($B$4+Y32)^2+G32^2/12)*(LO_DCR/1000+LO_DCR/1000*(R32-25)*(Constants!$C$32/100))","v":7.3812431241727941E-2},0.20581802548476452,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.079231731717371,131.69800851734095,252.4300881766473,33.317719718192492,12.399999999999999,1.57067527749712,4.3432574430823117,5.9139327205794316,0.89388888295323832,0.73441103378950356,{"$f":"IF(R32>=TSD,\"TSD\",IF(OR(E32=Constants!$C$19,Efficiency!F32=Min_tOFF_typ),IF(E32=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},9.1578947368421062,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y33, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y33,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y33,Design!$B$16:$B$20,1)-1,0,2))+(Q33-25)*Design!$B$21/1000)","v":0.37405157293637931},{"$f":"IF(Reset=1,$D$4/(B33+$D$4),MIN(($D$4+C33+Y33*LO_DCR/1000*(1+(R33-25)*(Constants!$C$32/100)))/(B33-Y33*S33/1000+C33+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.5900653547814223},{"$f":"IF(D33>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D33>Constants!$C$19,Tsw*Efficiency!D33,Constants!$C$19))","v":295.03267739071117},{"$f":"IF(E33=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D33)>Min_tOFF_typ,Tsw*(1-Efficiency!D33),Min_tOFF_typ))","v":204.96732260928886},{"$f":"IF(Reset=1,(B33)/(L_buckboost*micro)*D33*Tsw*nano,(B33-($B$4+Y33)*(S33/1000+LO_DCR/1000*(1+(R33-A33)*(Constants!$C$32/100))))/(L_buckboost*micro)*D33*Tsw*nano)","v":0.55284068756513893},1.0778947368421052E-4,0.59563912458342916,0.21971279930566653,0.21557894736842106,1.031038660731201,0.18472443845236602,{"$f":"(($B$4+Y33)^2+G33^2/12)*(LO_DCR/1000+LO_DCR/1000*(R33-25)*(Constants!$C$32/100))","v":6.9320046553051462E-2},0.21842912797783934,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.15984411488013,131.39673973290405,252.1408701435879,35.846296733250142,12.399999999999999,1.5735648131190114,4.3432574430823117,5.9168222562013231,0.8544354596718865,0.73405237727569317,{"$f":"IF(R33>=TSD,\"TSD\",IF(OR(E33=Constants!$C$19,Efficiency!F33=Min_tOFF_typ),IF(E33=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},9.7894736842105274,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y34, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y34,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y34,Design!$B$16:$B$20,1)-1,0,2))+(Q34-25)*Design!$B$21/1000)","v":0.37244236318749191},{"$f":"IF(Reset=1,$D$4/(B34+$D$4),MIN(($D$4+C34+Y34*LO_DCR/1000*(1+(R34-25)*(Constants!$C$32/100)))/(B34-Y34*S34/1000+C34+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.57306609422954313},{"$f":"IF(D34>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D34>Constants!$C$19,Tsw*Efficiency!D34,Constants!$C$19))","v":286.53304711477159},{"$f":"IF(E34=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D34)>Min_tOFF_typ,Tsw*(1-Efficiency!D34),Min_tOFF_typ))","v":213.46695288522844},{"$f":"IF(Reset=1,(B34)/(L_buckboost*micro)*D34*Tsw*nano,(B34-($B$4+Y34)*(S34/1000+LO_DCR/1000*(1+(R34-A34)*(Constants!$C$32/100))))/(L_buckboost*micro)*D34*Tsw*nano)","v":0.5760257907108447},1.1094736842105262E-4,0.60592448511234331,0.20198230422400246,0.22189473684210526,1.0299124735468721,0.18614733309194642,{"$f":"(($B$4+Y34)^2+G34^2/12)*(LO_DCR/1000+LO_DCR/1000*(R34-25)*(Constants!$C$32/100))","v":6.5619818051851214E-2},0.23141518891966759,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.23810332005705,131.34606130960924,252.09221885722485,38.374289895395826,12.399999999999999,1.5831473530148907,4.3432574430823117,5.9264047960972022,0.82041433647832041,0.73286547114408007,{"$f":"IF(R34>=TSD,\"TSD\",IF(OR(E34=Constants!$C$19,Efficiency!F34=Min_tOFF_typ),IF(E34=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},10.421052631578949,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y35, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y35,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y35,Design!$B$16:$B$20,1)-1,0,2))+(Q35-25)*Design!$B$21/1000)","v":0.37103219613316929},{"$f":"IF(Reset=1,$D$4/(B35+$D$4),MIN(($D$4+C35+Y35*LO_DCR/1000*(1+(R35-25)*(Constants!$C$32/100)))/(B35-Y35*S35/1000+C35+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.55705507726702197},{"$f":"IF(D35>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D35>Constants!$C$19,Tsw*Efficiency!D35,Constants!$C$19))","v":278.52753863351097},{"$f":"IF(E35=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D35)>Min_tOFF_typ,Tsw*(1-Efficiency!D35),Min_tOFF_typ))","v":221.47246136648903},{"$f":"IF(Reset=1,(B35)/(L_buckboost*micro)*D35*Tsw*nano,(B35-($B$4+Y35)*(S35/1000+LO_DCR/1000*(1+(R35-A35)*(Constants!$C$32/100))))/(L_buckboost*micro)*D35*Tsw*nano)","v":0.59786114124290657},1.1410526315789473E-4,0.61774147920589917,0.18711684120402236,0.22821052631578947,1.0331829519888689,0.18752330072883475,{"$f":"(($B$4+Y35)^2+G35^2/12)*(LO_DCR/1000+LO_DCR/1000*(R35-25)*(Constants!$C$32/100))","v":6.2528057485196922E-2},0.24477620831024932,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.313781540085913,131.49323283949911,252.23350352591916,40.90181790492742,12.399999999999999,1.5980630579177035,4.3432574430823117,5.941320501000015,0.7907590290495714,0.7310256099382747,{"$f":"IF(R35>=TSD,\"TSD\",IF(OR(E35=Constants!$C$19,Efficiency!F35=Min_tOFF_typ),IF(E35=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},11.05263157894737,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y36, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y36,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y36,Design!$B$16:$B$20,1)-1,0,2))+(Q36-25)*Design!$B$21/1000)","v":0.36978514434601695},{"$f":"IF(Reset=1,$D$4/(B36+$D$4),MIN(($D$4+C36+Y36*LO_DCR/1000*(1+(R36-25)*(Constants!$C$32/100)))/(B36-Y36*S36/1000+C36+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.5419420141280652},{"$f":"IF(D36>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D36>Constants!$C$19,Tsw*Efficiency!D36,Constants!$C$19))","v":270.97100706403262},{"$f":"IF(E36=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D36)>Min_tOFF_typ,Tsw*(1-Efficiency!D36),Min_tOFF_typ))","v":229.02899293596741},{"$f":"IF(Reset=1,(B36)/(L_buckboost*micro)*D36*Tsw*nano,(B36-($B$4+Y36)*(S36/1000+LO_DCR/1000*(1+(R36-A36)*(Constants!$C$32/100))))/(L_buckboost*micro)*D36*Tsw*nano)","v":0.61847044288853892},1.1726315789473684E-4,0.6308815834721555,0.17448395243976753,0.23452631578947369,1.0400091148592914,0.18885050184606525,{"$f":"(($B$4+Y36)^2+G36^2/12)*(LO_DCR/1000+LO_DCR/1000*(R36-25)*(Constants!$C$32/100))","v":5.9913523882120873E-2},0.25851218614958454,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.386777601533595,131.80041016866812,252.52839376192139,43.428967589990698,12.399999999999999,1.6173378661416156,4.3432574430823117,5.960595309223927,0.76466890181169034,0.72866168860032976,{"$f":"IF(R36>=TSD,\"TSD\",IF(OR(E36=Constants!$C$19,Efficiency!F36=Min_tOFF_typ),IF(E36=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},11.684210526315791,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y37, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y37,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y37,Design!$B$16:$B$20,1)-1,0,2))+(Q37-25)*Design!$B$21/1000)","v":0.36867360770569452},{"$f":"IF(Reset=1,$D$4/(B37+$D$4),MIN(($D$4+C37+Y37*LO_DCR/1000*(1+(R37-25)*(Constants!$C$32/100)))/(B37-Y37*S37/1000+C37+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.52764875247602716},{"$f":"IF(D37>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D37>Constants!$C$19,Tsw*Efficiency!D37,Constants!$C$19))","v":263.8243762380136},{"$f":"IF(E37=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D37)>Min_tOFF_typ,Tsw*(1-Efficiency!D37),Min_tOFF_typ))","v":236.17562376198643},{"$f":"IF(Reset=1,(B37)/(L_buckboost*micro)*D37*Tsw*nano,(B37-($B$4+Y37)*(S37/1000+LO_DCR/1000*(1+(R37-A37)*(Constants!$C$32/100))))/(L_buckboost*micro)*D37*Tsw*nano)","v":0.63796067749796204},1.2042105263157894E-4,0.6451859620311865,0.16362314018519092,0.24084210526315789,1.049771628532167,0.19012856260407815,{"$f":"(($B$4+Y37)^2+G37^2/12)*(LO_DCR/1000+LO_DCR/1000*(R37-25)*(Constants!$C$32/100))","v":5.7679982527387479E-2},0.27262312243767317,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.457070943224295,132.23972328394751,252.9501343525896,45.955804036117776,12.399999999999999,1.6402558355058592,4.3432574430823117,5.9835132785881706,0.74153016184209519,0.72587077873204242,{"$f":"IF(R37>=TSD,\"TSD\",IF(OR(E37=Constants!$C$19,Efficiency!F37=Min_tOFF_typ),IF(E37=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},12.315789473684212,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y38, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y38,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y38,Design!$B$16:$B$20,1)-1,0,2))+(Q38-25)*Design!$B$21/1000)","v":0.36767599823528763},{"$f":"IF(Reset=1,$D$4/(B38+$D$4),MIN(($D$4+C38+Y38*LO_DCR/1000*(1+(R38-25)*(Constants!$C$32/100)))/(B38-Y38*S38/1000+C38+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.51410694227721132},{"$f":"IF(D38>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D38>Constants!$C$19,Tsw*Efficiency!D38,Constants!$C$19))","v":257.05347113860569},{"$f":"IF(E38=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D38)>Min_tOFF_typ,Tsw*(1-Efficiency!D38),Min_tOFF_typ))","v":242.94652886139434},{"$f":"IF(Reset=1,(B38)/(L_buckboost*micro)*D38*Tsw*nano,(B38-($B$4+Y38)*(S38/1000+LO_DCR/1000*(1+(R38-A38)*(Constants!$C$32/100))))/(L_buckboost*micro)*D38*Tsw*nano)","v":0.65642534640074901},1.2357894736842104E-4,0.66053133807731523,0.15419139738869889,0.2471578947368421,1.0620042091502246,0.19135804317657101,{"$f":"(($B$4+Y38)^2+G38^2/12)*(LO_DCR/1000+LO_DCR/1000*(R38-25)*(Constants!$C$32/100))","v":5.5755291649750786E-2},0.28710901717451526,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.524692374711407,132.79018941176011,253.4785818352897,48.482377053299771,12.399999999999999,1.666279100555615,4.3432574430823117,6.0095365436379264,0.72086376097721228,0.72272752009143826,{"$f":"IF(R38>=TSD,\"TSD\",IF(OR(E38=Constants!$C$19,Efficiency!F38=Min_tOFF_typ),IF(E38=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},12.947368421052634,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y39, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y39,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y39,Design!$B$16:$B$20,1)-1,0,2))+(Q39-25)*Design!$B$21/1000)","v":0.3667751654855258},{"$f":"IF(Reset=1,$D$4/(B39+$D$4),MIN(($D$4+C39+Y39*LO_DCR/1000*(1+(R39-25)*(Constants!$C$32/100)))/(B39-Y39*S39/1000+C39+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.50125631053311848},{"$f":"IF(D39>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D39>Constants!$C$19,Tsw*Efficiency!D39,Constants!$C$19))","v":250.62815526655925},{"$f":"IF(E39=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D39)>Min_tOFF_typ,Tsw*(1-Efficiency!D39),Min_tOFF_typ))","v":249.37184473344075},{"$f":"IF(Reset=1,(B39)/(L_buckboost*micro)*D39*Tsw*nano,(B39-($B$4+Y39)*(S39/1000+LO_DCR/1000*(1+(R39-A39)*(Constants!$C$32/100))))/(L_buckboost*micro)*D39*Tsw*nano)","v":0.67394685891099815},1.2673684210526317E-4,0.676820473455928,0.14592816691514476,0.2534736842105263,1.0763490614237043,0.19254009272315342,{"$f":"(($B$4+Y39)^2+G39^2/12)*(LO_DCR/1000+LO_DCR/1000*(R39-25)*(Constants!$C$32/100))","v":5.408433069238102E-2},0.3019698703601108,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.58970509977344,133.43570776406671,254.09827945350403,51.008725447686842,12.399999999999999,1.694995894603903,4.3432574430823117,6.0382533376862142,0.7022899826505492,0.71929036431363036,{"$f":"IF(R39>=TSD,\"TSD\",IF(OR(E39=Constants!$C$19,Efficiency!F39=Min_tOFF_typ),IF(E39=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},13.578947368421055,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y40, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y40,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y40,Design!$B$16:$B$20,1)-1,0,2))+(Q40-25)*Design!$B$21/1000)","v":0.36595729743678429},{"$f":"IF(Reset=1,$D$4/(B40+$D$4),MIN(($D$4+C40+Y40*LO_DCR/1000*(1+(R40-25)*(Constants!$C$32/100)))/(B40-Y40*S40/1000+C40+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.48904334602207356},{"$f":"IF(D40>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D40>Constants!$C$19,Tsw*Efficiency!D40,Constants!$C$19))","v":244.52167301103677},{"$f":"IF(E40=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D40)>Min_tOFF_typ,Tsw*(1-Efficiency!D40),Min_tOFF_typ))","v":255.47832698896323},{"$f":"IF(Reset=1,(B40)/(L_buckboost*micro)*D40*Tsw*nano,(B40-($B$4+Y40)*(S40/1000+LO_DCR/1000*(1+(R40-A40)*(Constants!$C$32/100))))/(L_buckboost*micro)*D40*Tsw*nano)","v":0.69059834911299312},1.2989473684210526E-4,0.69397557828802092,0.13863210348842289,0.25978947368421051,1.0925270501974964,0.19367622193831469,{"$f":"(($B$4+Y40)^2+G40^2/12)*(LO_DCR/1000+LO_DCR/1000*(R40-25)*(Constants!$C$32/100))","v":5.2624279015040021E-2},0.31720568199445986,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.65219220660731,134.16371725888735,254.79716856853184,53.534879926063859,12.399999999999999,1.7260857725498644,4.3432574430823117,6.069343215632176,0.68550373949704668,0.71560583884856521,{"$f":"IF(R40>=TSD,\"TSD\",IF(OR(E40=Constants!$C$19,Efficiency!F40=Min_tOFF_typ),IF(E40=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},14.210526315789476,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y41, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y41,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y41,Design!$B$16:$B$20,1)-1,0,2))+(Q41-25)*Design!$B$21/1000)","v":0.36521113591818621},{"$f":"IF(Reset=1,$D$4/(B41+$D$4),MIN(($D$4+C41+Y41*LO_DCR/1000*(1+(R41-25)*(Constants!$C$32/100)))/(B41-Y41*S41/1000+C41+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.47742027072405196},{"$f":"IF(D41>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D41>Constants!$C$19,Tsw*Efficiency!D41,Constants!$C$19))","v":238.71013536202599},{"$f":"IF(E41=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D41)>Min_tOFF_typ,Tsw*(1-Efficiency!D41),Min_tOFF_typ))","v":261.28986463797401},{"$f":"IF(Reset=1,(B41)/(L_buckboost*micro)*D41*Tsw*nano,(B41-($B$4+Y41)*(S41/1000+LO_DCR/1000*(1+(R41-A41)*(Constants!$C$32/100))))/(L_buckboost*micro)*D41*Tsw*nano)","v":0.70644509395414579},1.3305263157894736E-4,0.71193364169430484,0.13214525204386135,0.26610526315789473,1.1103172095276399,0.19476815147281035,{"$f":"(($B$4+Y41)^2+G41^2/12)*(LO_DCR/1000+LO_DCR/1000*(R41-25)*(Constants!$C$32/100))","v":5.1341381319413446E-2},0.33281645207756239,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.712248331004574,134.96427442874381,255.56570345159406,56.060865120652558,12.399999999999999,1.7592957338019795,4.3432574430823117,6.1025531768842907,0.67025695295925092,0.71171152748558231,{"$f":"IF(R41>=TSD,\"TSD\",IF(OR(E41=Constants!$C$19,Efficiency!F41=Min_tOFF_typ),IF(E41=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},14.842105263157897,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y42, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y42,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y42,Design!$B$16:$B$20,1)-1,0,2))+(Q42-25)*Design!$B$21/1000)","v":0.36452740544874029},{"$f":"IF(Reset=1,$D$4/(B42+$D$4),MIN(($D$4+C42+Y42*LO_DCR/1000*(1+(R42-25)*(Constants!$C$32/100)))/(B42-Y42*S42/1000+C42+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.46634421849634922},{"$f":"IF(D42>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D42>Constants!$C$19,Tsw*Efficiency!D42,Constants!$C$19))","v":233.17210924817462},{"$f":"IF(E42=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D42)>Min_tOFF_typ,Tsw*(1-Efficiency!D42),Min_tOFF_typ))","v":266.82789075182541},{"$f":"IF(Reset=1,(B42)/(L_buckboost*micro)*D42*Tsw*nano,(B42-($B$4+Y42)*(S42/1000+LO_DCR/1000*(1+(R42-A42)*(Constants!$C$32/100))))/(L_buckboost*micro)*D42*Tsw*nano)","v":0.72154564380327146},1.3621052631578948E-4,0.73064305587267597,0.12634202473131267,0.27242105263157895,1.1295423437618832,0.19581771029176395,{"$f":"(($B$4+Y42)^2+G42^2/12)*(LO_DCR/1000+LO_DCR/1000*(R42-25)*(Constants!$C$32/100))","v":5.0208680973501313E-2},0.34880218060941831,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.769974066047013,135.82940546928475,256.39622925051333,58.586701031770588,12.399999999999999,1.7944234550411204,4.3432574430823117,6.1376808981234321,0.65634573663917284,0.7076381967674864,{"$f":"IF(R42>=TSD,\"TSD\",IF(OR(E42=Constants!$C$19,Efficiency!F42=Min_tOFF_typ),IF(E42=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},15.473684210526319,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y43, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y43,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y43,Design!$B$16:$B$20,1)-1,0,2))+(Q43-25)*Design!$B$21/1000)","v":0.36374915795027973},{"$f":"IF(Reset=1,$D$4/(B43+$D$4),MIN(($D$4+C43+Y43*LO_DCR/1000*(1+(R43-25)*(Constants!$C$32/100)))/(B43-Y43*S43/1000+C43+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.45577365109861873},{"$f":"IF(D43>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D43>Constants!$C$19,Tsw*Efficiency!D43,Constants!$C$19))","v":227.88682554930935},{"$f":"IF(E43=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D43)>Min_tOFF_typ,Tsw*(1-Efficiency!D43),Min_tOFF_typ))","v":272.11317445069062},{"$f":"IF(Reset=1,(B43)/(L_buckboost*micro)*D43*Tsw*nano,(B43-($B$4+Y43)*(S43/1000+LO_DCR/1000*(1+(R43-A43)*(Constants!$C$32/100))))/(L_buckboost*micro)*D43*Tsw*nano)","v":0.7359480931862632},1.3936842105263157E-4,0.75005711130519026,0.12111959987663648,0.27873684210526317,1.1500529217081426,0.19674642175044219,{"$f":"(($B$4+Y43)^2+G43^2/12)*(LO_DCR/1000+LO_DCR/1000*(R43-25)*(Constants!$C$32/100))","v":4.9204010841339081E-2},0.36516286759002775,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.82105319627432,136.75238147686642,257.28228621779175,61.112553657930434,12.399999999999999,1.8312187612945052,4.3432574430823117,6.1744762043768171,0.64359746221371938,0.70342119708932815,{"$f":"IF(R43>=TSD,\"TSD\",IF(OR(E43=Constants!$C$19,Efficiency!F43=Min_tOFF_typ),IF(E43=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},16.10526315789474,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y44, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y44,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y44,Design!$B$16:$B$20,1)-1,0,2))+(Q44-25)*Design!$B$21/1000)","v":0.36288347154758838},{"$f":"IF(Reset=1,$D$4/(B44+$D$4),MIN(($D$4+C44+Y44*LO_DCR/1000*(1+(R44-25)*(Constants!$C$32/100)))/(B44-Y44*S44/1000+C44+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.44567394483974843},{"$f":"IF(D44>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D44>Constants!$C$19,Tsw*Efficiency!D44,Constants!$C$19))","v":222.8369724198742},{"$f":"IF(E44=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D44)>Min_tOFF_typ,Tsw*(1-Efficiency!D44),Min_tOFF_typ))","v":277.1630275801258},{"$f":"IF(Reset=1,(B44)/(L_buckboost*micro)*D44*Tsw*nano,(B44-($B$4+Y44)*(S44/1000+LO_DCR/1000*(1+(R44-A44)*(Constants!$C$32/100))))/(L_buckboost*micro)*D44*Tsw*nano)","v":0.74970003185853729},1.425263157894737E-4,0.77014050174713444,0.11639615662113602,0.28505263157894739,1.1717318162630073,0.1975619036124065,{"$f":"(($B$4+Y44)^2+G44^2/12)*(LO_DCR/1000+LO_DCR/1000*(R44-25)*(Constants!$C$32/100))","v":4.8309672000502096E-2},0.38189851301939065,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.865904698682357,137.72793173183533,258.21881446256191,63.638423010171394,12.399999999999999,1.86955444429986,4.3432574430823117,6.2128118873821716,0.63187124935252914,0.69908079011746571,{"$f":"IF(R44>=TSD,\"TSD\",IF(OR(E44=Constants!$C$19,Efficiency!F44=Min_tOFF_typ),IF(E44=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},16.736842105263161,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y45, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y45,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y45,Design!$B$16:$B$20,1)-1,0,2))+(Q45-25)*Design!$B$21/1000)","v":0.36208269143153321},{"$f":"IF(Reset=1,$D$4/(B45+$D$4),MIN(($D$4+C45+Y45*LO_DCR/1000*(1+(R45-25)*(Constants!$C$32/100)))/(B45-Y45*S45/1000+C45+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.43601650958829818},{"$f":"IF(D45>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D45>Constants!$C$19,Tsw*Efficiency!D45,Constants!$C$19))","v":218.00825479414908},{"$f":"IF(E45=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D45)>Min_tOFF_typ,Tsw*(1-Efficiency!D45),Min_tOFF_typ))","v":281.99174520585092},{"$f":"IF(Reset=1,(B45)/(L_buckboost*micro)*D45*Tsw*nano,(B45-($B$4+Y45)*(S45/1000+LO_DCR/1000*(1+(R45-A45)*(Constants!$C$32/100))))/(L_buckboost*micro)*D45*Tsw*nano)","v":0.76284954832674245},1.4568421052631579E-4,0.7908674772639227,0.11210604736047311,0.29136842105263161,1.1944876298875537,0.19835073609903769,{"$f":"(($B$4+Y45)^2+G45^2/12)*(LO_DCR/1000+LO_DCR/1000*(R45-25)*(Constants!$C$32/100))","v":4.751142490005919E-2},0.39900911689750701,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.909290485447073,138.75194334493992,259.2018656111423,66.164162275174675,12.399999999999999,1.9094114471887111,4.3432574430823117,6.252668890271023,0.62105133036266569,0.69462457061180671,{"$f":"IF(R45>=TSD,\"TSD\",IF(OR(E45=Constants!$C$19,Efficiency!F45=Min_tOFF_typ),IF(E45=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},17.368421052631582,{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y46, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y46,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y46,Design!$B$16:$B$20,1)-1,0,2))+(Q46-25)*Design!$B$21/1000)","v":0.36133966132241924},{"$f":"IF(Reset=1,$D$4/(B46+$D$4),MIN(($D$4+C46+Y46*LO_DCR/1000*(1+(R46-25)*(Constants!$C$32/100)))/(B46-Y46*S46/1000+C46+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.42677245792364593},{"$f":"IF(D46>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D46>Constants!$C$19,Tsw*Efficiency!D46,Constants!$C$19))","v":213.38622896182298},{"$f":"IF(E46=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D46)>Min_tOFF_typ,Tsw*(1-Efficiency!D46),Min_tOFF_typ))","v":286.61377103817705},{"$f":"IF(Reset=1,(B46)/(L_buckboost*micro)*D46*Tsw*nano,(B46-($B$4+Y46)*(S46/1000+LO_DCR/1000*(1+(R46-A46)*(Constants!$C$32/100))))/(L_buckboost*micro)*D46*Tsw*nano)","v":0.77543602322787342},1.4884210526315791E-4,0.81221255271516635,0.1081932210798378,0.29768421052631583,1.2182388264265831,0.19911366278002518,{"$f":"(($B$4+Y46)^2+G46^2/12)*(LO_DCR/1000+LO_DCR/1000*(R46-25)*(Constants!$C$32/100))","v":4.6797070959431621E-2},0.41649467922437683,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.951251452901388,139.82074718919625,260.22791730162839,68.689783544227922,12.399999999999999,1.9506967787949703,4.3432574430823117,6.2939542218772822,0.61103605691038487,0.69006816541269012,{"$f":"IF(R46>=TSD,\"TSD\",IF(OR(E46=Constants!$C$19,Efficiency!F46=Min_tOFF_typ),IF(E46=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},{"$f":"Design!D4","v":18},{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y47, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y47,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y47,Design!$B$16:$B$20,1)-1,0,2))+(Q47-25)*Design!$B$21/1000)","v":0.36064825139996037},{"$f":"IF(Reset=1,$D$4/(B47+$D$4),MIN(($D$4+C47+Y47*LO_DCR/1000*(1+(R47-25)*(Constants!$C$32/100)))/(B47-Y47*S47/1000+C47+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.41791543015392763},{"$f":"IF(D47>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D47>Constants!$C$19,Tsw*Efficiency!D47,Constants!$C$19))","v":208.95771507696381},{"$f":"IF(E47=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D47)>Min_tOFF_typ,Tsw*(1-Efficiency!D47),Min_tOFF_typ))","v":291.04228492303616},{"$f":"IF(Reset=1,(B47)/(L_buckboost*micro)*D47*Tsw*nano,(B47-($B$4+Y47)*(S47/1000+LO_DCR/1000*(1+(R47-A47)*(Constants!$C$32/100))))/(L_buckboost*micro)*D47*Tsw*nano)","v":0.78749538727172963},1.5199999999999998E-4,0.83415398083690828,0.10461084972795945,0.30399999999999999,{"$f":"SUM(H47:K47)","v":1.2429168305648677},0.19985150041395608,{"$f":"(($B$4+Y47)^2+G47^2/12)*(LO_DCR/1000+LO_DCR/1000*(R47-25)*(Constants!$C$32/100))","v":4.6156391816637693E-2},0.43435520000000005,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.991832522767581,140.93125737541905,261.29400708040225,71.215297097699334,12.399999999999999,1.9933324622000148,4.3432574430823117,6.3365899052823265,0.60173850187334688,0.68542504848888408,{"$f":"IF(R47>=TSD,\"TSD\",IF(OR(E47=Constants!$C$19,Efficiency!F47=Min_tOFF_typ),IF(E47=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[{"$f":"Design!$D$13","v":85},{"$f":"Vin_nom","v":13.5},{"$f":"IF(Reset=1,VF,FORECAST($B$4+Y48, OFFSET(Design!$C$16:$C$20,MATCH($B$4+Y48,Design!$B$16:$B$20,1)-1,0,2), OFFSET(Design!$B$16:$B$20,MATCH($B$4+Y48,Design!$B$16:$B$20,1)-1,0,2))+(Q48-25)*Design!$B$21/1000)","v":0.36605539966901651},{"$f":"IF(Reset=1,$D$4/(B48+$D$4),MIN(($D$4+C48+Y48*LO_DCR/1000*(1+(R48-25)*(Constants!$C$32/100)))/(B48-Y48*S48/1000+C48+$D$4),(Tsw-Min_tOFF_typ)/Tsw))","v":0.49053677743076424},{"$f":"IF(D48>=(Tsw-Min_tOFF_typ)/Tsw,Tsw-Min_tOFF_typ,IF(Tsw*Efficiency!D48>Constants!$C$19,Tsw*Efficiency!D48,Constants!$C$19))","v":245.26838871538212},{"$f":"IF(E48=Constants!$C$19,Tsw-Constants!$C$19,IF(Tsw*(1-Efficiency!D48)>Min_tOFF_typ,Tsw*(1-Efficiency!D48),Min_tOFF_typ))","v":254.73161128461786},{"$f":"IF(Reset=1,(B48)/(L_buckboost*micro)*D48*Tsw*nano,(B48-($B$4+Y48)*(S48/1000+LO_DCR/1000*(1+(R48-A48)*(Constants!$C$32/100))))/(L_buckboost*micro)*D48*Tsw*nano)","v":0.68856219222604975},1.295E-4,0.69178610755728753,0.13949696716808857,0.25899999999999995,1.0904125747253761,0.19353665962285932,{"$f":"(($B$4+Y48)^2+G48^2/12)*(LO_DCR/1000+LO_DCR/1000*(R48-25)*(Constants!$C$32/100))","v":5.2796478249936551E-2},0.31528070000000002,{"$f":"IF($I$4=\"None\",V_cs^2/RFB_1,VLOOKUP($I$4,Design!$A$99:$F$102,5))","v":7.0052539404553429E-2},95.64451627925726,134.06856586264192,254.70582322813624,53.219120329608565,12.399999999999999,1.7220789520027255,4.3432574430823117,6.065336395085037,0.68751321293887246,0.71607857506498918,{"$f":"IF(R48>=TSD,\"TSD\",IF(OR(E48=Constants!$C$19,Efficiency!F48=Min_tOFF_typ),IF(E48=Constants!$C$19,\"Pulse Skip\",\"Dropout\"),\"Normal\"))","v":"Normal"}]
[]
[{"$f":"B6","v":6},{"$f":"TSD","v":170}]
[{"$f":"B25","v":18},{"$f":"TSD","v":170}]

{"sheet":"Snubber","index":2,"n_rows":33,"n_cols":11,"rows_kept":33,"cut":false,"hidden":false,"merged":[[7,5,7,8],[8,0,8,8],[9,3,9,8],[10,0,10,8],[0,0,0,8],[1,0,1,8],[2,5,2,8],[3,5,3,8],[5,5,5,8],[6,5,6,8],[16,3,16,8],[11,3,11,8],[12,3,12,8],[13,3,13,8],[14,3,14,8],[15,3,15,8]]}
["ALLEGRO ALT80802 DESIGN SPREADSHEET"]
["INSTRUCTIONS:   Enter design goals and component values in the white boxes."]
["VARIABLES","MIN","TYP","MAX","UNITS","COMMENTS"]
["LX resonance, FLX","‒",135,"‒","MHz","Measured LX resonant frequency"]
["LX resonance, TLX","‒",{"$f":"1000000000/(C4*1000000)","v":7.4074074074074074},"‒","ns","LX resonance period"]
["Capacitance of D1","‒",120,"‒","pF","Estimated D1 capacitance at VinTYP"]
["Capacitance, other","‒",50,"‒","pF","Estimated FET + PCB trace capacitance"]
["Snubber ‒3dB freq.","‒",2.5,"‒","Multiple of fLX","Start with 2.5, decrease for more damping"]
["**** Note:  The applications schematic is shown at the bottom of this TAB. ****\nSchematic component values are shown in BLUE."]
["COMPONENT","VALUE","UNITS","COMMENTS"]
["Snubber Component Calculations:"]
["LEQ",{"$f":"1000000000*(C5/1000000000)^2/(4*3.14^2*(C6/1000000000000+C7/1000000000000))","v":8.1839742483459119},"nH","Equivalent inductance, given fLX and CTOTAL"]
["RSNUB",{"$f":"SQRT(B12*0.000000001/(C6*0.000000000001+C7*0.000000000001))","v":6.9383733677476647},"Ω","Snubber resistance, use the closest available standard value"]
["RSNUB = ",6.81,"Ω","Enter the snubber resister value"]
["CSNUB",{"$f":"1000000000000/C8*(C5/1000000000)/B14","v":435.09000924566271},"pF","Snubber capacitance, use the closest available standard value"]
["CSNUB = ",470,"pF","Enter the snubber capacitor value, enter \"0\" if no snubber is used",null,null,null,null,null,null,"       Diode D1: Example of Capacitance vs. VR"]
["PSNUB",{"$f":"1000*0.5*B16/1000000000000*Design!D4^2*IF(ISBLANK(Design!B36),Design!B35,Design!B36)*1000000","v":152.28},"mW","Snubber resistor power requirement at VinMAX and Fsw"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Typical SW frequency measurement before snubber"]

{"sheet":"Constants","index":3,"n_rows":98,"n_cols":24,"rows_kept":98,"cut":false,"hidden":false,"merged":[[0,22,0,23],[1,17,1,18],[1,19,1,20],[9,22,9,23],[46,17,46,18],[1,5,1,8],[0,0,0,8],[56,7,56,8],[56,1,56,2],[0,17,0,20],[8,17,8,18],[21,17,21,18]]}
["These values are all derived from the data sheet or lab measurements.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Std. Resistors",null,null,null,null,"C values up to 10nF"]
["PARAMETER","MIN","TYP","MAX","UNITS","COMMENTS",null,null,null,null,null,null,null,null,null,null,null,"E6",null,"E96",null,null,1,1.2]
["Input Voltage",3.8,null,50,"V","Datasheet values",null,null,null,null,null,null,null,null,null,null,1,100,150,100,102,1,1.2,1.5]
["VCS",0.192,0.2,0.20799999999999999,"V","Datasheet values",null,null,null,null,null,null,null,null,null,null,{"$f":"Q3+1","v":2},150,220,102,105,{"$f":"V3+1","v":2},1.5,1.8]
["VCS tol",{"$f":"100*(B4-C4)/C4","v":-4.0000000000000036},"‒",{"$f":"100*(D4-C4)/C4","v":3.9999999999999893},"%","Calculated values",null,null,null,null,null,null,null,null,null,null,{"$f":"Q4+1","v":3},220,330,105,107,{"$f":"V4+1","v":3},1.8,2.2000000000000002]
["UVLO Stop","‒",3,3.3,"V","Datasheet values",null,null,null,null,null,null,null,null,null,null,4,330,470,107,110,4,3.3,3.9]
["UVLO Hysteresis",300,"‒","‒","mV","Datasheet value",null,null,null,null,null,null,null,null,null,null,5,470,680,110,113,5,4.7,5.6]
["UVLO Multiplier","‒",0.5,"‒","‒","Chosen value, allows for margin",null,null,null,null,null,null,null,null,null,null,6,680,1000,113,115,6,6.8,8.1999999999999993]
["Maximum output Voltage ",16,18,20,"V","Datasheet values",null,null,null,null,null,null,null,null,null,null,null,"E12",null,115,118,7,8.1999999999999993,10]
["AVOL","‒",60,"‒","dB","Datasheet value",null,null,null,null,null,null,null,null,null,null,1,100,120,118,121,8,"C values greater than 10nF"]
["gm_EA",100,120,146,"µA/V","Datasheet values",null,null,null,null,null,null,null,null,null,null,2,120,150,121,124,9,1,1.5]
["Ro_EA",{"$f":"POWER(10,$C$10/20)/(D11/1000000)/1000000","v":6.8493150684931514},{"$f":"POWER(10,$C$10/20)/(C11/1000000)/1000000","v":8.3333333333333321},{"$f":"POWER(10,$C$10/20)/(B11/1000000)/1000000","v":10},"MΩ","Calculated values",null,null,null,null,null,null,null,null,null,null,3,150,180,124,127,10,1.5,2.2000000000000002]
["gm_power","‒",9,"‒","A/V","Datasheet value",null,null,null,null,null,null,null,null,null,null,4,180,220,127,130,11,2.2000000000000002,3.3]
["Slope comp @ 400kHz","‒",0.62,"‒","A/µs","Design supplied value",null,null,null,null,null,null,null,null,null,null,5,220,270,130,133,12,3.3,4.7]
["Slope Comp @ 2MHz","‒",3.1,"‒","A/µs","Datasheet values",null,null,null,null,null,null,null,null,null,null,6,270,330,133,137,13,4.7,6.8]
["fsw",0.2,"‒",2.5,"MHz","Datasheet values",null,null,null,null,null,null,null,null,null,null,7,330,390,137,140,14,6.8,10]
["fsw_tol",-10,"‒",10,"%","Datasheet values",null,null,null,null,null,null,null,null,null,null,8,390,470,140,143,15]
["∆fSW","‒",5,"‒","%","±5 Dither frequency ",null,null,null,null,null,null,null,null,null,null,9,470,560,143,147,16]
["t_onMIN","‒",80,100,"ns","Datasheet values, strongly affects Fsw at VinMAX",null,null,null,null,null,null,null,null,null,null,10,560,680,147,150,17]
["t_offMIN","‒",100,"‒","ns","Datasheet value, strongly affects Fsw at VinMIN",null,null,null,null,null,null,null,null,null,null,11,680,820,150,154,18]
["IQ","‒",5,"‒","mA","Datasheet value",null,null,null,null,null,null,null,null,null,null,12,820,1000,154,158,19]
["RDSon @ 25C","‒",150,"‒","mΩ","Design supplied value",null,null,null,null,null,null,null,null,null,null,null,"E124",null,158,162,20]
["TCR of RDSon","‒",0.64,"‒","% / °C","Design supplied value",null,null,null,null,null,null,null,null,null,null,1,100,110,162,165,21]
["VGS","‒",5,"‒","V","Design supplied value",null,null,null,null,null,null,null,null,null,null,2,110,120,165,169,22]
["Qg_FET","‒","‒",5,"nC","Design supplied value",null,null,null,null,null,null,null,null,null,null,3,120,130,169,174,23]
["SW_slew_rise","‒",1.5,"‒","V/ns","Measured value",null,null,null,null,null,null,null,null,null,null,4,130,150,174,178,24]
["SW_slew_fall","‒",1.2,"‒","V/ns","Measured value",null,null,null,null,null,null,null,null,null,null,5,150,160,178,182,25]
["Pulse by pulse current limit",3.5,5.5,6.5,"A","ILIMMIN at 5% duty cycle, datasheet values",null,null,null,null,null,null,null,null,null,null,6,160,180,182,187,26]
["ILIM slope","‒",-1.06E-2,"‒","A / %","Curve fit value, slope",null,null,null,null,null,null,null,null,null,null,7,180,200,187,191,27]
["ILIM offset","‒",4.9528999999999996,"‒","A","Curve fit value, offset",null,null,null,null,null,null,null,null,null,null,8,200,220,191,196,28]
["TSD_Threshold","‒",170,"‒","°C","Thermal Shutdown",null,null,null,null,null,null,null,null,null,null,9,220,240,196,200,29]
["TCR of Copper","‒",0.39300000000000002,"‒","%/°C","Known value, used for inductor DCR",null,null,null,null,null,null,null,null,null,null,10,240,270,200,205,30]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,11,270,300,205,210,31]
["nano",{"$f":"POWER(10,-9)","v":1.0000000000000001E-9},null,null,"Yes",null,null,null,null,null,null,null,null,null,null,null,12,300,330,210,215,32]
["micro",{"$f":"POWER(10,-6)","v":9.9999999999999995E-7},null,null,"No",null,null,null,null,null,null,null,null,null,null,null,13,330,360,215,221,33]
["milli",{"$f":"POWER(10,-3)","v":1E-3},null,null,null,null,null,null,null,null,null,null,null,null,null,null,14,360,390,221,226,34]
["kilo",{"$f":"POWER(10,3)","v":1000},null,null,null,null,null,null,null,null,null,null,null,null,null,null,15,390,430,226,232,35]
["mega",{"$f":"POWER(10,6)","v":1000000},null,null,null,null,null,null,null,null,null,null,null,null,null,null,16,430,470,232,237,36]
["giga",{"$f":"POWER(10,9)","v":1000000000},null,null,null,null,null,null,null,null,null,null,null,null,null,null,17,470,510,237,243,37]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,18,510,560,243,249,38]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,19,560,620,249,255,39]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,20,620,680,255,261,40]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,680,750,261,267,41]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,22,750,820,267,274,42]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,23,820,910,274,280,43]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,24,910,1000,280,287,44]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"E48",null,287,294,45]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,1,100,105,294,301,46]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,2,105,110,301,309,47]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,3,110,115,309,316,48]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,4,115,121,316,324,49]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,5,121,127,324,332,50]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,6,127,133,332,340,51]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,7,133,140,340,348,52]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,8,140,147,348,357,53]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,9,147,154,357,365,54]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,10,154,162,365,374,55]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,11,162,169,374,383,56]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,12,169,178,383,392,57]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,13,178,187,392,402,58]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,14,187,196,402,412,59]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,15,196,205,412,422,60]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,16,205,215,422,432,61]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,17,215,226,432,442,62]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,18,226,237,442,453,63]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,19,237,249,453,464,64]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,20,249,261,464,475,65]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,21,261,274,475,487,66]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,22,274,287,487,499,{"$f":"V68+1","v":67}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,23,287,301,499,511,68]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,24,301,316,511,523,69]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"Q71+1","v":25},316,332,523,536,70]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,26,332,348,536,549,71]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,27,348,365,549,562,72]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,28,365,383,562,576,73]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,29,383,402,576,590,74]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,30,402,422,590,604,75]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,31,422,442,604,619,76]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,32,442,464,619,634,77]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,33,464,487,634,649,78]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,34,487,511,649,665,79]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,35,511,536,665,681,{"$f":"V81+1","v":80}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,36,536,562,681,698,{"$f":"V82+1","v":81}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,37,562,590,698,715,82]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,38,590,619,715,732,83]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,39,619,649,732,750,84]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,40,649,681,750,768,85]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,41,681,715,768,787,86]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,42,715,750,787,806,87]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,43,750,787,806,825,88]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,44,787,825,825,845,89]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,45,825,866,845,866,90]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,46,866,909,866,887,{"$f":"V92+1","v":91}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,47,909,953,887,909,{"$f":"V93+1","v":92}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,48,953,1000,909,931,93]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,931,953,{"$f":"V95+1","v":94}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,953,976,{"$f":"V96+1","v":95}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,976,1000,{"$f":"V97+1","v":96}]

{"sheet":"Sheet1","index":4,"n_rows":0,"n_cols":0,"rows_kept":0,"cut":false,"hidden":true,"merged":[]}