.ALIASES
R_R5            R5(1=SENSE 2=N07231 ) CN @CHAPTER 4.Buck CM(sch_1):INS7233@ANALOG.R.Normal(chips)
R_R3            R3(1=N070111 2=OUT ) CN @CHAPTER 4.Buck CM(sch_1):INS7001@ANALOG.R.Normal(chips)
C_COUT1          COUT1(1=OUT 2=N07255 ) CN @CHAPTER 4.Buck CM(sch_1):INS7257@ANALOG.C.Normal(chips)
V_VIN1          VIN1(+=IN -=0 ) CN @CHAPTER 4.Buck CM(sch_1):INS7017@SOURCE.VDC.Normal(chips)
R_R7            R7(1=0 2=N06861 ) CN @CHAPTER 4.Buck CM(sch_1):INS7033@ANALOG.R.Normal(chips)
C_C2            C2(1=N06873 2=N06861 ) CN @CHAPTER 4.Buck CM(sch_1):INS7049@ANALOG.C.Normal(chips)
X_S1    S1(1=DRV 2=0 3=RES 4=RECT ) CN @CHAPTER 4.Buck CM(sch_1):INS7291@BREAKOUT.Sbreak.Normal(chips)
C_C1            C1(1=ERR 2=N06861 ) CN @CHAPTER 4.Buck CM(sch_1):INS7065@ANALOG.C.Normal(chips)
R_R4            R4(1=N06873 2=ERR ) CN @CHAPTER 4.Buck CM(sch_1):INS7081@ANALOG.R.Normal(chips)
L_L1            L1(1=RECT 2=N070111 ) CN @CHAPTER 4.Buck CM(sch_1):INS7097@ANALOG.L.Normal(chips)
R_R6            R6(1=SENSE 2=CURRENT ) CN @CHAPTER 4.Buck CM(sch_1):INS7113@ANALOG.R.Normal(chips)
R_R1            R1(1=N06861 2=OUT ) CN @CHAPTER 4.Buck CM(sch_1):INS7129@ANALOG.R.Normal(chips)
E_B1            B1(OUT=CURRENT ) CN @CHAPTER 4.Buck CM(sch_1):INS7379@ABM.ABM1.Normal(chips)
R_RESR1          RESR1(1=0 2=N07255 ) CN @CHAPTER 4.Buck CM(sch_1):INS7145@ANALOG.R.Normal(chips)
R_RLOAD1          RLOAD1(1=0 2=OUT ) CN @CHAPTER 4.Buck CM(sch_1):INS7169@ANALOG.R.Normal(chips)
C_C3            C3(1=SENSE 2=0 ) CN @CHAPTER 4.Buck CM(sch_1):INS7185@ANALOG.C.Normal(chips)
D_D2            D2(1=0 2=RECT ) CN @CHAPTER 4.Buck CM(sch_1):INS9131@DIODE.D1N5829.Normal(chips)
R_R2            R2(1=RES 2=IN ) CN @CHAPTER 4.Buck CM(sch_1):INS7207@ANALOG.R.Normal(chips)
X_U1            U1(1=DRV 2=0 3=ERR 4=N06861 5=SENSE 6=N07231 ) CN @CHAPTER 4.Buck CM(sch_1):INS12266@POWER456.PWMCM.Normal(chips)
_    _(current=CURRENT)
_    _(err=ERR)
_    _(drv=DRV)
_    _(rect=RECT)
_    _(sense=SENSE)
_    _(out=OUT)
_    _(fw=0)
_    _(res=RES)
_    _(in=IN)
.ENDALIASES