.ALIASES
D_D4            D4(1=N18753 2=RECTIFIED ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS18081@APPLICATION.MBR20100.Normal(chips)
R_R11           R11(1=HT 2=N10066 ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS9407@ANALOG.R.Normal(chips)
X_U2            U2(1=HT 2=N06692 3=HT 4=DEMAG ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6752@POWER456.XFMR10.Normal(chips)
R_R3            R3(1=0 2=N06038 ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6526@ANALOG.R.Normal(chips)
V_Vbulk          Vbulk(+=HT -=0 ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6048@SOURCE.VDC.Normal(chips)
C_C2            C2(1=N06228 2=ERR ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6304@ANALOG.C.Normal(chips)
L_L1            L1(1=RECTIFIED 2=N06014 ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6064@ANALOG.L.Normal(chips)
C_C1            C1(1=OUT 2=N06038 ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6550@ANALOG.C.Normal(chips)
R_R1            R1(1=N06014 2=OUT ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6080@ANALOG.R.Normal(chips)
R_R2            R2(1=N06228 2=OUT ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6324@ANALOG.R.Normal(chips)
R_Rload          Rload(1=0 2=OUT ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6096@ANALOG.R.Normal(chips)
R_Rramp          Rramp(1=RAMP 2=SUM ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6348@ANALOG.R.Normal(chips)
D_D3            D3(1=0 2=DEMAG ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6594@DIODE.MUR160.Normal(chips)
R_Rsense          Rsense(1=0 2=SENSE ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6112@ANALOG.R.Normal(chips)
C_Cleb          Cleb(1=0 2=SUM ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6128@ANALOG.C.Normal(chips)
L_L3            L3(1=D 2=N06692 ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6634@ANALOG.L.Normal(chips)
R_R7            R7(1=SUM 2=SENSE ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6398@ANALOG.R.Normal(chips)
X_U5            U5(NODEMINUS=D NODEPLUS=SENSE PLUS=DRV MINUS=0 ) CN @FORWARD.Forward 5 V 10
+A(sch_1):INS12665@APPLICATION.SWHYSTE.Normal(chips)
L_Lmag          Lmag(1=D 2=N10066 ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6170@ANALOG.L.Normal(chips)
D_D5            D5(1=0 2=RECTIFIED ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS18967@APPLICATION.MBR20100.Normal(chips)
C_Clump          Clump(1=0 2=D ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS23308@ANALOG.C.Normal(chips)
X_U4            U4(1=DRV 2=0 3=ERR 4=N06228 5=SUM 6=RAMP ) CN @FORWARD.Forward 5 V 10
+A(sch_1):INS6924@POWER456.PWMCM2.Normal(chips)
R_R8            R8(1=0 2=N06228 ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6210@ANALOG.R.Normal(chips)
R_R5            R5(1=N06280 2=ERR ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6238@ANALOG.R.Normal(chips)
X_U1            U1(1=N10066 2=D 3=N18753 4=0 ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6730@POWER456.XFMR10.Normal(chips)
C_C3            C3(1=N06228 2=N06280 ) CN @FORWARD.Forward 5 V 10 A(sch_1):INS6254@ANALOG.C.Normal(chips)
_    _(rectified=RECTIFIED)
_    _(err=ERR)
_    _(sense=SENSE)
_    _(demag=DEMAG)
_    _(HT=HT)
_    _(d=D)
_    _(drain=D)
_    _(out=OUT)
_    _(sum=SUM)
_    _(ramp=RAMP)
_    _(drv=DRV)
.ENDALIASES