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{"sheet":"Enter Parameters and See Result","index":0,"n_rows":135,"n_cols":17,"rows_kept":135,"cut":false,"hidden":false,"merged":[[105,10,106,12],[106,15,107,16],[80,1,80,2],[35,1,35,2],[33,1,33,2],[26,1,26,2],[20,8,23,8],[27,1,27,2],[91,9,95,9],[32,6,32,8],[80,4,81,4],[58,4,60,4],[73,4,74,4]]}
["TPS53632 Design Procedure with DCR Sensing Temperature Compensation"]
[]
["INSTRUCTIONS"]
["1. When you open this file Click on 'Enable Macros' when the prompt appears"]
["2. This Program has a Macro to calculate an optimized set of DCR sense component values."]
["3. You need the Excel Add-in \"Solver\" to use this Program. Go to Tools -> Add-in. Check the box \"Solver\" and \"Analysis Tool-pak'"]
["4. Enter the parameters in Green Cells"]
["5. DO NOT CHANGE ANY CELLS OTHER THAN GREEN CELLS"]
["6. The Program automatically selects the TRIPSEL selection"]
["7. Run the Macro (By pressing CTRL+q) for correct DCR sense values. The DCR sense and some of the results will update only after running the macro.",null,null,null,null,null,null,null,null,null,null,"LOADLINE vs Temperature"]
["8. Use the 'PASS' / 'FAIL' criteria as a guideline only. Judgement should be made based on actual numbers."]
["9. When you get an 'ERROR!' in the results, the input parameters must be adjusted to get a correct result."]
["10. The Bode Plot at the end is based on Linearized model and is valid only << switching frequency. "]
[]
["Enter the parameters in Green Cells",null,null,null,null,null,"RUN MACRO (CTRL+q) for Correct DCR sense values"]
["DO NOT CHANGE any other cells",null,null,null,null,null,"CPU"]
[null,null,null,null,null,null,"Rsequ",{"$f":"'DCR sense calculations'!$D$10/1000","v":1.4084471507898382},"kW"]
["Processor Requirements",null,null,null,null,null,"Rseries",{"$f":"'DCR sense calculations'!$D$11/1000","v":1.7277200500675662},"kW"]
[null,null,null,null,null,null,"Rpar",{"$f":"IF(('DCR sense calculations'!$D$12/1000)<(15*RNTC_25C),'DCR sense calculations'!$D$12/1000,\"OPEN\")","v":"OPEN"},"kW"]
["Number of phases",2,null,null,null,null,"Csense",{"$f":"'DCR sense calculations'!$D$15/0.000000001","v":603.30816713477554},"nF"]
["Output Voltage",0.9,null,"V",null,null,"Divider Ratio",{"$f":"Rcs_eff/L_DCR","v":0.8845427948275717},"If Divide Ratio is lower than 0.75, try increasing OCL and run macro again."]
["R_Loadline (DC Loadline)",2,null,"mV/A",null,null,"TEMP COMPENSATION",{"$f":"IF(('DCR sense calculations'!I6<0.00001)*AND('DCR sense calculations'!I14<4),\"PASS\",\"FAIL\")","v":"PASS"}]
["Maximum Current (Icc_max)",41,null,"A"]
["Per phase Maximum Current ",{"$f":"Icc_max/N_ph","v":20.5},null,"A"]
["Thermal Design Current (I_TDC_total)",35,null,"A"]
["Per phase Thermal Design Current ",{"$f":"I_TDC/N_ph","v":17.5},null,"A"]
["Slew Rate ",24,null,"mV/ms"]
["PMBus Address",0]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"CPU-Vcore OVER-CURRENT LIMIT Vs Temperature"]
["System Requirements"]
["Vin max",14,null,"V",null,null,"Pin 1, 31",null,null,"I2C lines. Pull-up to I2C Interface voltage through 1k resistor"]
[null,null,null,null,null,null,"Pin 2 (VDD) to GND",1,"mF","3.3V supply by-pass capacitor"]
["Vin_min",10,null,"V",null,null,"Pin 3 PGOOD",null,null,"PGOOD  need external pull-up"]
[null,null,null,null,null,null,"Pin 4,5,6 (CPWM1-CPWM3)",null,null,"PWM outputs,"]
[null,null,null,null,null,null,"Pin 4 to GND","open","kW"]
["Freq",600,null,"kHz",null,null,"Pin 7 (SKIP) ",null,null,"Connect to driver"]
[null,null,null,null,null,null,"Pin 8",null,null,"VR_ON logic"]
[null,null,null,null,null,null,"Pin 9 (PU) to GND",150,"kW"]
[null,null,null,null,null,null,"Pin 9 (PU) to VREF",9.31,"kW"]
[null,null,null,null,null,null,"Pin 10 (F-IMAX) to GND",{"$f":"VLOOKUP(Freq,B128:C135,2,FALSE)","v":39},"kW","Selects the Switching Frequency "]
[null,null,null,null,null,null,"Pin 10 (F-IMAX) to VREF",{"$f":"H43*(1-(Icc_max/255))/(Icc_max/255)","v":203.56097560975607},"kW","Sets the Icc_max"]
[null,null,null,null,null,null,"Pin 11 (B-RAMP) to GND",{"$f":"VLOOKUP(B98,P109:Q112,2)","v":150},"kW","Ramp setting"]
[null,null,null,null,null,null,"Pin 11 (B-RAMP) to VREF","open","kW","For now, set the BOOT to OTP BOOT"]
[null,null,null,null,null,null,"Pin 12 (COCP-I) to GND",{"$f":"'Intermediate Calculations'!B18","v":24},"kW","Selects the OCP level for CPU-Vcore"]
[null,null,null,null,null,null,"Pin 13 (CIMON) to COCP-I",{"$f":"H47*((V_IMON/(10*Icc_max*Rcs_eff*0.001)-1))","v":363.9354423857045},"kW","Sets IMON voltage for CPU-Vcore on CIMON pin"]
[null,null,null,null,null,null,"Pin 14 THERM to GND",{"$f":"(V_THRMSD)/((VREF-V_THRMSD)/(VLOOKUP(TEMP_SD,C115:D125,2,FALSE)))","v":8.9615864144780115},"kW","Sets the Thermal Shutdown Level for CPU-Vcore"]
[null,null,null,null,null,null,"Pin 14 THERM to VREF",100,"kW","NTC for VR_HOT flag and Thermal Shutdown. "]
[null,null,null,null,null,null,"Pin 15 (SLEWA) to GND",{"$f":"VLOOKUP(Slew_rate,H114:I121,2,FALSE)","v":39},"kW","This resistor sets the SLEW rate"]
[null,null,null,null,null,null,"Pin 15 (SLEWA) to VREF",{"$f":"VLOOKUP(PM_address,K108:M115,3)","v":"open"},"kW","DNP for default I2C device address (0100 0000b)"]
[null,null,null,null,null,null,"Pin 16 (VBAT)",null,null,"Connect to Converter Input Voltage, VIN (VBAT)"]
[null,null,null,null,null,null,"Pin 17 to Pin 22(CCSP-N)",null,null,"See DCR sensing for CPU"]
[null,null,null,null,null,null,"Pin 23, Pin 24",null,null,"Voltage sense  Feedback, CPU"]
[null,null,null,null,null,null,"Pin 25-26 (DROOP to COMP)",4.0199999999999996,"kW","FIX first. Adjust as needed for compensation"]
[null,null,null,null,null,null,"Pin 25-26 (DROOP to COMP)","10pF",null,"FIX first. Adjust as needed for compensation"]
["Inductor",null,null,null,null,null,"Pin 26-27 (COMP) to VREF",{"$f":"H56/(Droop_Gain-1)","v":14.225704838335787},"kW","FIX first. Adjust as needed for compensation"]
["Minimum Recommended Inductance",{"$f":"((Vin_max-Vcore_HFM)*(Vcore_HFM/(Freq*1000*Vin_max))/(0.4*Icc_max_N))*1000000","v":0.17116724738675954},null,"mH","DO NOT     CHANGE",null,"Pin 27 (VREF) to Pin 29 (GND)",0.33,"mF","VREF to Analog Ground By-pass capacitor"]
[null,null,null,null,null,null,"Pin 28 (V5) to Pin 29 (GND)",1,"mF","V5 to Analog Ground by-pass cap"]
["Maximum Recommended Inductance",{"$f":"((Vin_max-Vcore_HFM)*(Vcore_HFM/(Freq*1000*Vin_max))/(0.2*Icc_max_N))*1000000","v":0.34233449477351907},null,"mH",null,null,"Pin 30, 32","open",null,"No connect pins"]
["Chosen Inductance, L",0.22,null,"mH",{"$f":"IF(AND(L_min<=L_chosen,L_chosen<=L_max),\"PASS\",\"FAIL\")","v":"PASS"}]
["Inductor DCR, L_DCR",0.28999999999999998,null,"mW",{"$f":"IF(DCR_Ploss<DCR_Pmax,\"PASS\",\"FAIL, DCR too high\")","v":"PASS"}]
[]
["Bulk Capacitor"]
["Output Capacitor, Bulk",330,null,"mF"]
["Ceramic (account for DC voltage factor)",15,null,"mF"]
["ESR of Bulk Output capacitor",9,null,"mW"]
["Total No. of ceramic Capacitors",16]
["Total No. of Bulk Capacitors",2]
["ESL of Bulk Capacitor",1,null,"nH"]
[]
["DCR power loss"]
["Max. allowed DCR power loss",{"$f":"0.03*Vcore_HFM*I_TDC/N_ph","v":0.47249999999999998},null,"W","DO NOT     CHANGE"]
["DCR Power loss (TDC)",{"$f":"I_TDC_N^2*(1.4*L_DCR/1000)","v":0.12433749999999999},null,"W"]
[]
[]
["DCR Temperature Compensation"]
["B value of DCR thermal compensation NTC",3380,null,"K"]
["Resistance of NTC at 25C",10,null,"kW"]
["TCR_cu",3.8999999999999998E-3,null,"ppm/C","DO NOT     CHANGE"]
[]
[]
["Over Current Limit (TRIPSEL)"]
["Min. Over Current Limit (OCL) Target",50,null,"A"]
[]
[]
["Thermal Shutdown"]
["IMVP-7 Thermal Shutdown voltage \n(Voltage at which VR_HOT is active)",105,null,"oC"]
["Resistance of Thermal Shutdown NTC at 25C",100,null,"kW"]
["B value of Thermal shutdown NTC",4250]
[null,null,null,null,null,null,"R_sequ",{"$f":"H17","v":1.4084471507898382},"kW","CPU-Vcore Current sensing parts.\nFor C_sense, use the next higher available standard value but make sure it is not too high."]
[null,null,null,null,null,null,"R_series (with NTC)",{"$f":"H18","v":1.7277200500675662},"kW"]
["Current Monitor (IMON)",null,null,null,null,null,"R_NTC",{"$f":"RNTC_25C","v":10},"kW"]
["IMON voltage at Icc_max",1.7,null,"V",null,null,"R_par",{"$f":"H19","v":"OPEN"},"kW"]
[null,null,null,null,null,null,"C_sense",{"$f":"H20","v":603.30816713477554},"nF"]
["RAMP"]
["Ramp amplitude",40,null,"mV"]
[]
[]
[]
[]
[]
[]
[null,null,25,{"$f":"RNTC_25C_TH","v":100},{"$f":"RNTC_25C_TH_G","v":0}]
[null,null,30,{"$f":"D105/(EXP(B_NTC_TH*(C106-C105)/((C106+273)*(C105+273))))","v":79.030026284772319},{"$f":"E105/(EXP(B_NTC_TH_G*(C106-C105)/((C106+273)*(C105+273))))","v":0},null,null,null,null,null,"PMBus"]
[null,null,35,62.936514895336408,0,null,null,null,null,null,null,null,null,null,null,"Ramp"]
[null,null,40,50.486197390785549,0,null,null,null,null,null,0,0,"open"]
[null,null,45,40.780543544446843,0,null,null,null,null,null,1,0.4,{"$f":"(1.7*H51-H51*L109)/L109","v":126.74999999999999},null,null,40,150]
[null,null,50,33.159191771994017,0,null,null,null,null,null,2,0.6,{"$f":"(1.7*H51-H51*L110)/L110","v":71.5},null,null,60,30]
[null,null,55,27.132771906396599,0,null,null,null,null,null,3,0.8,{"$f":"(1.7*H51-H51*L111)/L111","v":43.874999999999993},null,null,120,56]
[null,null,60,22.335737681479618,0,null,null,null,null,null,4,1,{"$f":"(1.7*H51-H51*L112)/L112","v":27.299999999999997},null,null,160,100]
[null,null,65,18.49295255597012,0,null,null,null,null,null,5,1.2,{"$f":"(1.7*H51-H51*L113)/L113","v":16.25}]
[null,null,70,15.395815835065527,0,null,null,6,20,null,6,1.4,{"$f":"(1.7*H51-H51*L114)/L114","v":8.3571428571428594}]
[null,null,75,12.885065115822817,0,null,null,12,24,null,7,1.6,{"$f":"(1.7*H51-H51*L115)/L115","v":2.4374999999999947}]
[null,null,80,10.83829045208727,0,null,null,18,30]
[null,null,85,9.1608008090490376,0,null,null,24,39]
[null,null,90,7.7788942454997789,0,null,null,30,56]
[null,null,95,6.634864615793524,0,null,null,36,75]
[null,null,100,5.6832718465881058,0,null,null,42,100]
[null,null,105,4.8881380442607316,0,null,null,48,">=150"]
[null,null,110,4.2208265072542757,0]
[null,null,115,3.6584277073855151,0]
[null,null,120,3.1825239705637864,0,null,"YES"]
[null,null,125,2.7782387377211006,0,null,"NO"]
[]
[null,"Freq",null,"Ramp",null,null,"OSR",null,null,"USR"]
[null,300,20,20,20,null,"Level 1",20,1,"Level 1",0.2]
[null,400,24,"Dynamic",24,null,"Level 2",24,2,"Level 2",0.4]
[null,500,30,60,30,null,"Level 3",30,3,"Level 3",0.6]
[null,600,39,100,39,null,"Level 4",39,null,"Level 4",0.8]
[null,700,56,120,56,null,"Level 5",56,null,"Level 5",1]
[null,800,75,140,75,null,"Level 6",75,null,"Level 6",1.2]
[null,900,100,160,100,null,"Level 7",100,null,"Level 7 ",1.4]
[null,1000,150,"Internal",150,null,"Level 8",150,null,"Level 8",1.6]

{"sheet":"Intermediate Calculations","index":1,"n_rows":35,"n_cols":5,"rows_kept":35,"cut":false,"hidden":false,"merged":[[15,3,15,4]]}
["Intermediate Calculations"]
[]
[null,"CPU"]
["System"]
["Dmin",{"$f":"Vcore_HFM/Vin_max","v":6.4285714285714293E-2}]
["Iin_DC_at_Dmin",{"$f":"(Vcore_HFM*Icc_max)/(Vin_max*0.8)","v":3.2946428571428568},"A"]
[]
["Inductor"]
["Inductor current ripple",{"$f":"(((Vin_max-Vcore_HFM)*(Vcore_HFM/(Freq*1000*Vin_max)))/L_chosen)*1000000","v":6.3798701298701292},"A"]
["Inductor Saturation Current rating",{"$f":"(Icc_max_N+I_ripple/2)*1.2*1.25","v":35.534902597402592},"A"]
[null,null,null,null,"Icl_Valley*L_DCR*(IF(B_NTC>4199,0.95,0.89))"]
["Over Current Limit"]
["Min. Over Current Limit (OCL) Target in single phase",{"$f":"(OCL_Tar/N_ph)","v":25},"A"]
["Valley current limit",{"$f":"OCL_N-I_ripple/2","v":21.810064935064936},"A"]
["DCR * Valley current",{"$f":"Icl_Valley*L_DCR","v":6.3249188311688309}]
["TRIPSEL voltage target",{"$f":"Icl_Valley*L_DCR*0.95","v":6.0086728896103887},"mV"]
["TRIPSEL closest match",{"$f":"VLOOKUP(TRIPSEL,'Datasheet Parameters'!D4:D11,1,TRUE)","v":5.9},"mV"]
["TRIPSEL Setting",{"$f":"VLOOKUP(TRIPSEL,'Datasheet Parameters'!D4:E11,2,TRUE)","v":24},"kW"]
[]
["DROOP"]
["Gain",{"$f":"(Acs*Rcs_eff)/(R_LL)","v":1.282587052499979}]
[]
[]
["Output capacitor"]
["Effective bulk Capacitor",{"$f":"Cout*nc+Ccerm*ncerm","v":900}]
["Effective ESR",{"$f":"(((ESR/nc)*(Cout*nc))+((2/ncerm)*(Ccerm*ncerm)))/(Cout*nc+Ccerm*ncerm)","v":3.3333333333333335}]
["Effective ESL",{"$f":"ESL/nc","v":0.5}]
["Load resistance for Bode Plot",{"$f":"Vcore_HFM/I_load","v":{"$error":"#REF!"}}]
[]
[]
[]
["Input Capacitors"]
["RMS Current_at_Dmin",{"$f":"SQRT(((Icc_max-(N_ph*Iin_DC))^2)*Dmin+(Iin_DC^2)*((1/N_ph)-Dmin))","v":8.9916668897219267}]
["Input Capacitor Current Rating",3]
["Number of Input Capacitors",{"$f":"ROUNDUP(Irms_Cin/Irating_Cin,0)","v":3}]

{"sheet":"DCR sense calculations","index":2,"n_rows":52,"n_cols":19,"rows_kept":52,"cut":false,"hidden":false,"merged":[]}
[]
[null,null,null,null,null,null,"Coming from other sheets"]
[null,null,null,null,null,null,"Calculated in this sheet"]
[]
[null,null,"F",{"$f":"Freq*1000","v":600000},"Hz",null,null,null,"result","target",null,"Vin(min)",{"$f":"Vin_min","v":10},"V"]
[null,null,"B:Rth",{"$f":"B_NTC","v":3380},"K",null,null,"V Slope",{"$f":"SLOPE($K$27:$K$44,$A$27:$A$44)","v":5.3420892785350564E-7},0,null,"TRIPSELmin",{"$f":"TRIPSEL_V","v":5.9},"mV"]
[null,null,"Rth25",{"$f":"RNTC_25C*1000","v":10000},"ohm",null,null,"Rcs_eff",{"$f":"INTERCEPT($K$27:$K$44,$A$27:$A$44)","v":0.25651741049999577},{"$f":"Rcs_max*0.95","v":0.25699144026795678},null,"OCL Target",{"$f":"OCL_N","v":25},"A/phase"]
[null,null,"LDCR",{"$f":"L_DCR/1000","v":2.9E-4},"ohm",null,null,"Σ Sq. Err.",{"$f":"SUM($M$27:$M$44)","v":8.4853135673359139E-5},null,null,"Vcore",{"$f":"Vcore_HFM","v":0.9},"V"]
[null,null,"TCR_cu",{"$f":"TCR_Cu","v":3.8999999999999998E-3},"3900ppm/degC",null,null,"RMSE",{"$f":"SQRT(I8/85)","v":9.9913571870515177E-4},1E-3,null,"Ip-p",{"$f":"I_ripple","v":6.3798701298701292},"A "]
[null,null,"Rsequ",1408.4471507898381,"ohm",null,null,null,null,null,null,"Ivalley",{"$f":"Icl_Valley","v":21.810064935064936},"A"]
[null,null,"Rseries",1727.7200500675663,"ohm",null,null,"Max",{"$f":"MAX($K$27:$K$44)","v":0.25927907110472365},null,null,"Rcs(max)",{"$f":"(TRIPSEL_V/Icl_Valley)","v":0.27051730554521769},"mΩ"]
[null,null,"Rpar",191167599265102.66,"ohm",null,null,"Min",{"$f":"MIN($K$27:$K$44)","v":0.25120876793157709},null,null,"Vcs_p-p",{"$f":"I_ripple*Rcs_eff","v":1.6365477650405573},"mV"]
[null,null,"I",1,"A",null,null,"R",{"$f":"ABS(I11-I12)","v":8.0703031731465535E-3}]
[null,null,"L",{"$f":"L_chosen*0.000001","v":2.1999999999999998E-7},"H",null,null,"R%",{"$f":"I13/I7*100","v":3.1461034778949974},null,null,"Rsequ_guess",{"$f":"D7*0.2","v":2000}]
[null,null,"Csense",{"$f":"D14/(D8*(I32*D10/(I32+D10)))","v":6.0330816713477564E-7},"F",null,null,null,null,null,null,"Rseries_guess",2000]
[null,null,"Rseqmin",1000,null,null,null,null,null,null,null,"Rpar_guess",{"$f":"D7*2","v":20000}]
[]
["Temp","B","Rth","R1","R2","R3","DCR","V1","Rnet1","Rnet2","Vout","Vapp","SqrErr",null,"Loadline","OCL",null,"LL Target","OCL Target"]
[-40,null,{"$f":"C20*(EXP($D$6*(A20-A19)/((A20+273)*(A19+273))))","v":236687.56541516655},{"$f":"$D$10","v":1408.4471507898381},{"$f":"$D$11","v":1727.7200500675663},{"$f":"$D$12","v":191167599265102.66},{"$f":"G20*(1-$D$9)^5","v":2.2495160922544861E-4},{"$f":"G19*$D$13*1000","v":0.2249516092254486},{"$f":"(E19*F19+C19*F19)/(C19+E19+F19)","v":238415.28516789374},{"$f":"D19+I19","v":239823.73231868359},{"$f":"I19*H19/J19","v":0.22363050372010118},{"$f":"A19*$I$6+$I$7","v":0.25649604214288163},{"$f":"(K19-L19)^2","v":1.080143615819258E-3},null,{"$f":"R_LL*K19/Rcs_eff","v":1.7435892813997111},{"$f":"((TRIPSEL_V/K19)+I_ripple/2)*N_ph","v":59.145480382973311},null,{"$f":"R_LL","v":2},{"$f":"OCL_N*N_ph","v":50}]
[-35,null,174510.32100752127,1408.4471507898381,1727.7200500675663,191167599265102.66,2.2938995902027366E-4,0.22938995902027365,176238.04089511439,177646.48804590423,0.22757127046776809,0.25649871318752088,8.3679694230457823E-4,null,1.774314421966082,58.231758005458914,null,2,50]
[-30,null,130290.71648761853,1408.4471507898381,1727.7200500675663,191167599265102.66,2.3391587853273288E-4,0.23391587853273288,132018.43644651546,133426.88359730531,0.23144667484782733,0.25650138423216018,6.2773846233337663E-4,null,1.8045299490330786,57.363536271361774,null,2,50]
[-25,null,98428.999584495337,1408.4471507898381,1727.7200500675663,191167599265102.66,2.3853109553458851E-4,0.23853109553458851,100156.71958208868,101565.16673287853,0.23522328388333552,0.25650405527679943,4.5287123110087166E-4,null,1.833975194314067,56.544972007507745,null,2,50]
[-20,null,75187.651467696167,1408.4471507898381,1727.7200500675663,191167599265102.66,2.4323737188695864E-4,0.24323737188695863,76915.371486817196,78323.818637607037,0.23886338975280225,0.25650672632143867,3.1128732527418334E-4,null,1.8623561596635265,55.780492017601539,null,2,50]
[-15,null,58036.864739616976,1408.4471507898381,1727.7200500675663,191167599265102.66,2.4803650421290839E-4,0.24803650421290838,59764.584771000387,61173.031921790229,0.24232571472486758,0.25650939736607797,2.0117685326657305E-4,null,1.889351013270669,55.074660995946871,null,2,50]
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{"sheet":"Datasheet Parameters","index":3,"n_rows":16,"n_cols":5,"rows_kept":16,"cut":false,"hidden":false,"merged":[[3,0,10,0],[3,1,10,1]]}
["Datasheet Values",null,"Typ","Min","R-OCP"]
[null,null,"mV","mV","kohm"]
[]
["V_OCP","Valley current limit\n OCP voltage set",4,3.7,20]
[null,null,8,5.9,24]
[null,null,13,10.6,30]
[null,null,19,15.4,39]
[null,null,25,21.3,56]
[null,null,32,28.4,75]
[null,null,40,36.299999999999997,100]
[null,null,49,45,150]
[]
[]
["Acs","Current Sense Amplifier Gain",10,"V/V"]
["VREF","Reference Voltage",1.7,"V"]
["V_THRMSD","Voltage at Thermal Shutdown due to THERM pin.",1.1000000000000001,"V"]