开关电源的设计及仿真.rar
源代码在线查看： buck vm k factor.als
.ALIASES
R_R3 R3(1=N711759 2=VOUT ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712145@ANALOG.R.Normal(chips)
V_V11 V11(+=N711739 -=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712393@SOURCE.VDC.Normal(chips)
R_Rlower Rlower(1=0 2=N711751 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712167@ANALOG.R.Normal(chips)
R_R1 R1(1=N711777 2=ERR ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712415@ANALOG.R.Normal(chips)
X_U10 U10(1=N711885 5=N711751 7=ERR ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712655@APPLICATION.AMPSIMP.Normal(chips)
R_Rload Rload(1=0 2=VOUT ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712187@ANALOG.R.Normal(chips)
R_R2 R2(1=N7124431 2=N711751 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712433@ANALOG.R.Normal(chips)
V_V9 V9(+=N711697 -=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712207@SOURCE.VDC.Normal(chips)
V_Vin Vin(+=N711833 -=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712453@SOURCE.VDC.Normal(chips)
L_L1 L1(1=VOUT 2=N711981 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712229@ANALOG.L.Normal(chips)
R_R22 R22(1=N711703 2=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS711989@ANALOG.R.Normal(chips)
C_C2 C2(1=ERR 2=N711751 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712479@ANALOG.C.Normal(chips)
C_COL COL(1=N711963 2=N711685 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712011@ANALOG.C.Normal(chips)
C_C1 C1(1=ERR 2=N7124431 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712495@ANALOG.C.Normal(chips)
R_R30 R30(1=N711727 2=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712255@ANALOG.R.Normal(chips)
R_R25 R25(1=N711697 2=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712027@ANALOG.R.Normal(chips)
V_V8 V8(+=N711703 -=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712511@SOURCE.VDC.Normal(chips)
R_R5 R5(1=N711975 2=N711981 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712049@ANALOG.R.Normal(chips)
L_LOL LOL(1=N711777 2=N711963 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712533@ANALOG.L.Normal(chips)
E_GAIN1 GAIN1(OUT=N711967 IN=N711963 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712309@ABM.GAIN.Normal(chips)
C_Cout Cout(1=0 2=N711859 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712069@ANALOG.C.Normal(chips)
V_V7 V7(+=N711691 -=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712555@SOURCE.VDC.Normal(chips)
R_R26 R26(1=N711691 2=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712325@ANALOG.R.Normal(chips)
C_C3 C3(1=N711751 2=N711759 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712085@ANALOG.C.Normal(chips)
R_Resr Resr(1=N711859 2=VOUT ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712575@ANALOG.R.Normal(chips)
V_V10 V10(+=N711727 -=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712101@SOURCE.VDC.Normal(chips)
R_R31 R31(1=N711739 2=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712345@ANALOG.R.Normal(chips)
R_Rupper Rupper(1=N711751 2=VOUT ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712595@ANALOG.R.Normal(chips)
V_Vstim Vstim(+=N711685 -=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712123@SOURCE.VAC.Normal(chips)
V_Vref Vref(+=N711885 -=0 ) CN @CHAPTER 3_1.Buck VM K factor(sch_1):INS712367@SOURCE.VDC.Normal(chips)
X_U14 U14(A=N711833 C=N711975 P=0 D=N711967 ) CN @CHAPTER 3_1.Buck VM K
+factor(sch_1):INS712621@PWMSWITCH.PWMVM.Normal(chips)
_ _(vout=VOUT)
_ _(err=ERR)
.ENDALIASES
