comvdd.mdf

Proteus+7.8+元件库

DBNK1_SW6,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<BTNOFFRES>,RON=<BTNONRES>,TSWITCH=<BTNSWTIME>
DBNK1_SW7,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<BTNOFFRES>,RON=<BTNONRES>,TSWITCH=<BTNSWTIME>
DBNK1_SW8,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<BTNOFFRES>,RON=<BTNONRES>,TSWITCH=<BTNSWTIME>
DBNK1_SW9,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<SWOFFRES>,RON=<SWONRES>,TSWITCH=<SWSWTIME>
DBNK1_SW10,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<SWOFFRES>,RON=<SWONRES>,TSWITCH=<SWSWTIME>
DBNK1_SW11,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<SWOFFRES>,RON=<SWONRES>,TSWITCH=<SWSWTIME>
DBNK1_SW12,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<SWOFFRES>,RON=<SWONRES>,TSWITCH=<SWSWTIME>
DBNK1_SW13,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<SWOFFRES>,RON=<SWONRES>,TSWITCH=<SWSWTIME>
DBNK1_SW14,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<SWOFFRES>,RON=<SWONRES>,TSWITCH=<SWSWTIME>
DBNK1_SW15,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<SWOFFRES>,RON=<SWONRES>,TSWITCH=<SWSWTIME>
DBNK1_SW16,DSWITCH,DSWITCH,PRIMITIVE=PASSIVE,ROFF=<SWOFFRES>,RON=<SWONRES>,TSWITCH=<SWSWTIME>
VBNK1_V1,VSOURCE,<REFV1>,PRIMITIVE=ANALOG
VBNK1_V2,VSOURCE,<REFV2>,PRIMITIVE=ANALOG
VBNK1_V3,VSOURCE,<REFV3>,PRIMITIVE=ANALOG
VBNK1_V4,VSOURCE,<REFV4>,PRIMITIVE=ANALOG
VBNK2_V1,VSOURCE,<REFV5>,PRIMITIVE=ANALOG
VBNK2_V2,VSOURCE,<REFV6>,PRIMITIVE=ANALOG
VBNK2_V3,VSOURCE,<REFV7>,PRIMITIVE=ANALOG
VBNK2_V4,VSOURCE,<REFV8>,PRIMITIVE=ANALOG
VBNK3_V1,VSOURCE,<REFV9>,PRIMITIVE=ANALOG
VBNK3_V2,VSOURCE,<REFV10>,PRIMITIVE=ANALOG
VBNK3_V3,VSOURCE,<REFV11>,PRIMITIVE=ANALOG
VBNK3_V4,VSOURCE,<REFV12>,PRIMITIVE=ANALOG
VBNK4_V1,VSOURCE,<REFV13>,PRIMITIVE=ANALOG
VBNK4_V2,VSOURCE,<REFV14>,PRIMITIVE=ANALOG
VBNK4_V3,VSOURCE,<REFV15>,PRIMITIVE=ANALOG
VBNK4_V4,VSOURCE,<REFV16>,PRIMITIVE=ANALOG
VCP1_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP1_AVS2,AVS,"<AVS1VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP1_C1,CAPACITOR,<GCPP1>,PRIMITIVE=ANALOGUE
VCP1_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP1_R2,RESISTOR,<GR1>,PRIMITIVE=ANALOGUE
VCP1_R3,RESISTOR,<GR1>,PRIMITIVE=ANALOGUE
VCP1_R4,RESISTOR,<GR1>,PRIMITIVE=ANALOGUE
VCP1_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL1>,RON=1p,VOFF=0,VON=<BW_1VOLTS>
VCP1_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL1>,RON=1p,VOFF=0,VON=<AW_1VOLTS>
VCP10_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP10_AVS2,AVS,"<AVS10VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP10_C1,CAPACITOR,<GCPP10>,PRIMITIVE=ANALOGUE
VCP10_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP10_R2,RESISTOR,<GR10>,PRIMITIVE=ANALOGUE
VCP10_R3,RESISTOR,<GR10>,PRIMITIVE=ANALOGUE
VCP10_R4,RESISTOR,<GR10>,PRIMITIVE=ANALOGUE
VCP10_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL10>,RON=1p,VOFF=0,VON=<BW_10VOLTS>
VCP10_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL10>,RON=1p,VOFF=0,VON=<AW_10VOLTS>
VCP11_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP11_AVS2,AVS,"<AVS11VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP11_C1,CAPACITOR,<GCPP11>,PRIMITIVE=ANALOGUE
VCP11_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP11_R2,RESISTOR,<GR11>,PRIMITIVE=ANALOGUE
VCP11_R3,RESISTOR,<GR11>,PRIMITIVE=ANALOGUE
VCP11_R4,RESISTOR,<GR11>,PRIMITIVE=ANALOGUE
VCP11_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL11>,RON=1p,VOFF=0,VON=<BW_11VOLTS>
VCP11_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL11>,RON=1p,VOFF=0,VON=<AW_11VOLTS>
VCP12_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP12_AVS2,AVS,"<AVS12VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP12_C1,CAPACITOR,<GCPP12>,PRIMITIVE=ANALOGUE
VCP12_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP12_R2,RESISTOR,<GR12>,PRIMITIVE=ANALOGUE
VCP12_R3,RESISTOR,<GR12>,PRIMITIVE=ANALOGUE
VCP12_R4,RESISTOR,<GR12>,PRIMITIVE=ANALOGUE
VCP12_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL12>,RON=1p,VOFF=0,VON=<BW_12VOLTS>
VCP12_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL12>,RON=1p,VOFF=0,VON=<AW_12VOLTS>
VCP13_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP13_AVS2,AVS,"<AVS13VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP13_C1,CAPACITOR,<GCPP13>,PRIMITIVE=ANALOGUE
VCP13_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP13_R2,RESISTOR,<GR13>,PRIMITIVE=ANALOGUE
VCP13_R3,RESISTOR,<GR13>,PRIMITIVE=ANALOGUE
VCP13_R4,RESISTOR,<GR13>,PRIMITIVE=ANALOGUE
VCP13_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL13>,RON=1p,VOFF=0,VON=<BW_13VOLTS>
VCP13_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL13>,RON=1p,VOFF=0,VON=<AW_13VOLTS>
VCP14_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP14_AVS2,AVS,"<AVS14VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP14_C1,CAPACITOR,<GCPP14>,PRIMITIVE=ANALOGUE
VCP14_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP14_R2,RESISTOR,<GR14>,PRIMITIVE=ANALOGUE
VCP14_R3,RESISTOR,<GR14>,PRIMITIVE=ANALOGUE
VCP14_R4,RESISTOR,<GR14>,PRIMITIVE=ANALOGUE
VCP14_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL14>,RON=1p,VOFF=0,VON=<BW_14VOLTS>
VCP14_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL14>,RON=1p,VOFF=0,VON=<AW_14VOLTS>
VCP15_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP15_AVS2,AVS,"<AVS15VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP15_C1,CAPACITOR,<GCPP15>,PRIMITIVE=ANALOGUE
VCP15_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP15_R2,RESISTOR,<GR15>,PRIMITIVE=ANALOGUE
VCP15_R3,RESISTOR,<GR15>,PRIMITIVE=ANALOGUE
VCP15_R4,RESISTOR,<GR15>,PRIMITIVE=ANALOGUE
VCP15_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL15>,RON=1p,VOFF=0,VON=<BW_15VOLTS>
VCP15_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL15>,RON=1p,VOFF=0,VON=<AW_15VOLTS>
VCP16_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP16_AVS2,AVS,"<AVS16VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP16_C1,CAPACITOR,<GCPP16>,PRIMITIVE=ANALOGUE
VCP16_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP16_R2,RESISTOR,<GR16>,PRIMITIVE=ANALOGUE
VCP16_R3,RESISTOR,<GR16>,PRIMITIVE=ANALOGUE
VCP16_R4,RESISTOR,<GR16>,PRIMITIVE=ANALOGUE
VCP16_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL16>,RON=1p,VOFF=0,VON=<BW_16VOLTS>
VCP16_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL16>,RON=1p,VOFF=0,VON=<AW_16VOLTS>
VCP2_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP2_AVS2,AVS,"<AVS2VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP2_C1,CAPACITOR,<GCPP2>,PRIMITIVE=ANALOGUE
VCP2_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP2_R2,RESISTOR,<GR2>,PRIMITIVE=ANALOGUE
VCP2_R3,RESISTOR,<GR2>,PRIMITIVE=ANALOGUE
VCP2_R4,RESISTOR,<GR2>,PRIMITIVE=ANALOGUE
VCP2_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL2>,RON=1p,VOFF=0,VON=<BW_2VOLTS>
VCP2_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL2>,RON=1p,VOFF=0,VON=<AW_2VOLTS>
VCP3_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP3_AVS2,AVS,"<AVS3VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP3_C1,CAPACITOR,<GCPP3>,PRIMITIVE=ANALOGUE
VCP3_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP3_R2,RESISTOR,<GR3>,PRIMITIVE=ANALOGUE
VCP3_R3,RESISTOR,<GR3>,PRIMITIVE=ANALOGUE
VCP3_R4,RESISTOR,<GR3>,PRIMITIVE=ANALOGUE
VCP3_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL3>,RON=1p,VOFF=0,VON=<BW_3VOLTS>
VCP3_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL3>,RON=1p,VOFF=0,VON=<AW_3VOLTS>
VCP4_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP4_AVS2,AVS,"<AVS4VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP4_C1,CAPACITOR,<GCPP4>,PRIMITIVE=ANALOGUE
VCP4_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP4_R2,RESISTOR,<GR4>,PRIMITIVE=ANALOGUE
VCP4_R3,RESISTOR,<GR4>,PRIMITIVE=ANALOGUE
VCP4_R4,RESISTOR,<GR4>,PRIMITIVE=ANALOGUE
VCP4_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL4>,RON=1p,VOFF=0,VON=<BW_4VOLTS>
VCP4_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL4>,RON=1p,VOFF=0,VON=<AW_4VOLTS>
VCP5_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP5_AVS2,AVS,"<AVS5VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP5_C1,CAPACITOR,<GCPP5>,PRIMITIVE=ANALOGUE
VCP5_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP5_R2,RESISTOR,<GR5>,PRIMITIVE=ANALOGUE
VCP5_R3,RESISTOR,<GR5>,PRIMITIVE=ANALOGUE
VCP5_R4,RESISTOR,<GR5>,PRIMITIVE=ANALOGUE
VCP5_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL5>,RON=1p,VOFF=0,VON=<BW_5VOLTS>
VCP5_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL5>,RON=1p,VOFF=0,VON=<AW_5VOLTS>
VCP6_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP6_AVS2,AVS,"<AVS6VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP6_C1,CAPACITOR,<GCPP6>,PRIMITIVE=ANALOGUE
VCP6_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP6_R2,RESISTOR,<GR6>,PRIMITIVE=ANALOGUE
VCP6_R3,RESISTOR,<GR6>,PRIMITIVE=ANALOGUE
VCP6_R4,RESISTOR,<GR6>,PRIMITIVE=ANALOGUE
VCP6_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL6>,RON=1p,VOFF=0,VON=<BW_6VOLTS>
VCP6_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL6>,RON=1p,VOFF=0,VON=<AW_6VOLTS>
VCP7_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP7_AVS2,AVS,"<AVS7VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP7_C1,CAPACITOR,<GCPP7>,PRIMITIVE=ANALOGUE
VCP7_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP7_R2,RESISTOR,<GR7>,PRIMITIVE=ANALOGUE
VCP7_R3,RESISTOR,<GR7>,PRIMITIVE=ANALOGUE
VCP7_R4,RESISTOR,<GR7>,PRIMITIVE=ANALOGUE
VCP7_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL7>,RON=1p,VOFF=0,VON=<BW_7VOLTS>
VCP7_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL7>,RON=1p,VOFF=0,VON=<AW_7VOLTS>
VCP8_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP8_AVS2,AVS,"<AVS8VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP8_C1,CAPACITOR,<GCPP8>,PRIMITIVE=ANALOGUE
VCP8_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP8_R2,RESISTOR,<GR8>,PRIMITIVE=ANALOGUE
VCP8_R3,RESISTOR,<GR8>,PRIMITIVE=ANALOGUE
VCP8_R4,RESISTOR,<GR8>,PRIMITIVE=ANALOGUE
VCP8_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL8>,RON=1p,VOFF=0,VON=<BW_8VOLTS>
VCP8_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL8>,RON=1p,VOFF=0,VON=<AW_8VOLTS>
VCP9_AVS1,AVS,"1.0*V(A,B)",PRIMITIVE=ANALOGUE
VCP9_AVS2,AVS,"<AVS9VOLTS>-V(A,B)",PRIMITIVE=ANALOGUE
VCP9_C1,CAPACITOR,<GCPP9>,PRIMITIVE=ANALOGUE
VCP9_R1,RESISTOR,<RSPREAD>,PRIMITIVE=ANALOGUE
VCP9_R2,RESISTOR,<GR9>,PRIMITIVE=ANALOGUE
VCP9_R3,RESISTOR,<GR9>,PRIMITIVE=ANALOGUE
VCP9_R4,RESISTOR,<GR9>,PRIMITIVE=ANALOGUE
VCP9_S1,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL9>,RON=1p,VOFF=0,VON=<BW_9VOLTS>
VCP9_S2,VCR,VCR,PRIMITIVE=ANALOGUE,ROFF=<POTVAL9>,RON=1p,VOFF=0,VON=<AW_9VOLTS>
CLOCK#0020,DIGITAL!,,CLOCK=<APUDFREQ>,INIT=0,PRIMITIVE=DIGITAL
COMVDDINTRN#001F,COMVDD,,BTE=<BTE>,BTSWITCH=<BTSWITCH>,BUTTONS=<BUTTONS>,CRM=<CRM>,DEC=<DEC>,DECADE=<DECADE>,DM=<DM>,DS=<DS>,ENSAVED=<ENSAVED>,HIDEOA=<HIDEOA>,INITBTNS=<INITBTNS>,INITSW=<INITSW>,MODDLL=COMVDD,PRERETRY=<PRERETRY>,PRIMITIVE=DIGITAL,PSDELAY=<PSDELAY>,ptCONV=<ptCONV>,PTM=<PTM>,PUVIEW=<PUVIEW>,SDSSW=<SDSSW>,SHMEM=<SHMEM>,SIMRETRY=<SIMRETRY>,SLIDERS=<SLIDERS>,SPRINGEN=<SPRINGEN>,SSDELAY=<SSDELAY>,SSPU=<SSPU>,STSWITCH=<STSWITCH>,SWITCHES=<SWITCHES>,tsbCONV=<tsbCONV>,VD_BAUDRATE=<VD_BAUDRATE>,VD_DATABITS=<VD_DATABITS>,VD_PARITY=<VD_PARITY>,VD_PORT=<VD_PORT>,VD_STOPBITS=<VD_STOPBITS>,VDD=<VDD>,XPOTS=<XPOTS>
R1,RES,<GR1>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R2,RES,<GR2>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R3,RES,<GR3>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R4,RES,<GR4>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R5,RES,<GR9>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R6,RES,<GR10>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R7,RES,<GR11>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R8,RES,<GR12>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R9,RES,<GR13>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R10,RES,<GR14>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R11,RES,<GR15>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R12,RES,<GR16>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R13,RES,<GR8>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R14,RES,<GR7>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R15,RES,<GR6>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR
R16,RES,<GR6>,PRIMITIVE=ANALOG,PRIMTYPE=RESISTOR

*NETLIST,175  
#00000,2
COMVDDINTRN#001F,PS,PUDCLK
CLOCK#0020,OP,*

#00001,1
COMVDDINTRN#001F,OP,HOLDV

#00002,2
VCP1_S1,PS,P
VCP1_AVS1,PS,+

#00003,2
VCP1_S2,PS,P
VCP1_AVS2,PS,+

#00004,2
VCP2_S1,PS,P
VCP2_AVS1,PS,+

#00005,2
VCP2_S2,PS,P
VCP2_AVS2,PS,+

#00006,2
VCP3_S1,PS,P
VCP3_AVS1,PS,+

#00007,2
VCP3_S2,PS,P
VCP3_AVS2,PS,+

#00008,2
VCP4_S1,PS,P
VCP4_AVS1,PS,+

#00009,2
VCP4_S2,PS,P
VCP4_AVS2,PS,+

#00010,2
VCP5_S1,PS,P
VCP5_AVS1,PS,+

#00011,2
VCP5_S2,PS,P
VCP5_AVS2,PS,+

#00012,2
VCP6_S1,PS,P
VCP6_AVS1,PS,+

#00013,2
VCP6_S2,PS,P
VCP6_AVS2,PS,+

#00014,2
VCP7_S1,PS,P
VCP7_AVS1,PS,+

#00015,2
VCP7_S2,PS,P
VCP7_AVS2,PS,+

#00016,2
VCP8_S1,PS,P
VCP8_AVS1,PS,+

#00017,2
VCP8_S2,PS,P
VCP8_AVS2,PS,+

#00018,2
VCP9_S1,PS,P
VCP9_AVS1,PS,+

#00019,2
VCP9_S2,PS,P
VCP9_AVS2,PS,+

#00020,2
VCP10_S1,PS,P
VCP10_AVS1,PS,+

#00021,2
VCP10_S2,PS,P
VCP10_AVS2,PS,+

#00022,2
VCP11_S1,PS,P
VCP11_AVS1,PS,+

#00023,2
VCP11_S2,PS,P
VCP11_AVS2,PS,+

#00024,2
VCP12_S1,PS,P
VCP12_AVS1,PS,+

#00025,2
VCP12_S2,PS,P
VCP12_AVS2,PS,+

#00026,2
VCP13_S1,PS,P
VCP13_AVS1,PS,+

#00027,2
VCP13_S2,PS,P
VCP13_AVS2,PS,+

#00028,2
VCP14_S1,PS,P
VCP14_AVS1,PS,+

#00029,2
VCP14_S2,PS,P
VCP14_AVS2,PS,+

#00030,2
VCP15_S1,PS,P
VCP15_AVS1,PS,+

#00031,2
VCP15_S2,PS,P
VCP15_AVS2,PS,+

#00032,2
VCP16_S1,PS,P
VCP16_AVS1,PS,+

#00033,2
VCP16_S2,PS,P
VCP16_AVS2,PS,+

BTND_COM,2
BTND_COM,IT
COMVDDINTRN#001F,PS,BTN_COM

RESET,2
RESET,IT
COMVDDINTRN#001F,PS,RESET

SWD_COM,2
SWD_COM,IT
COMVDDINTRN#001F,PS,SW_COM

SAVE,2
SAVE,IT
COMVDDINTRN#001F,PS,SAVE

BTN_COM1,3
BTN_COM1,GT
DBNK1_SW1,IO,A
DBNK1_SW2,IO,A

B1TN1,2
B1TN1,GT
DBNK1_SW1,IO,B

BTND1,3
BTND1,OT
DBNK1_SW1,IP,EN
COMVDDINTRN#001F,IO,BTN1

B1TN2,2
B1TN2,GT
DBNK1_SW2,IO,B

BTND2,3
BTND2,OT
DBNK1_SW2,IP,EN
COMVDDINTRN#001F,IO,BTN2

BTN_COM2,3
BTN_COM2,GT
DBNK1_SW3,IO,A
DBNK1_SW4,IO,A

B2TN3,2
B2TN3,GT
DBNK1_SW3,IO,B

BTND3,3
BTND3,OT
DBNK1_SW3,IP,EN
COMVDDINTRN#001F,IO,BTN3

B2TN4,2
B2TN4,GT
DBNK1_SW4,IO,B

BTND4,3
BTND4,OT
DBNK1_SW4,IP,EN
COMVDDINTRN#001F,IO,BTN4

BTN_COM3,3
BTN_COM3,GT
DBNK1_SW5,IO,A
DBNK1_SW6,IO,A

B3TN5,2
B3TN5,GT
DBNK1_SW5,IO,B

BTND5,3
BTND5,OT
DBNK1_SW5,IP,EN
COMVDDINTRN#001F,IO,BTN5

B3TN6,2
B3TN6,GT
DBNK1_SW6,IO,B

BTND6,3
BTND6,OT
DBNK1_SW6,IP,EN
COMVDDINTRN#001F,IO,BTN6

BTN_COM4,3