628 lines
20 KiB
Plaintext
Executable File
628 lines
20 KiB
Plaintext
Executable File
* Copyright © Analog Devices, Inc. 2019. All rights reserved.
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*
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*
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.subckt ADG1611 1 2 3 4 5 6 7 8 9 10 11 12 13
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C1 1 5 5p
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C2 4 5 63p
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C5 13 5 63p
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A1 1 5 5 5 5 5 N002 5 SCHMITT Vt=1.4 Vh=1m tripdt=10n Trise=250n Tfall=500n
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S1 N004 13 5 N002 TN
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S2 4 N004 N002 5 BN
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S3 13 N006 N002 5 TP
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S4 N006 4 5 N002 BP
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C6 2 5 63p
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C7 3 5 63p
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M1 2 N004 3 3 N
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M2 3 N006 2 2 P
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D1 3 13 S
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D2 4 2 S
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D3 2 13 S
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D4 4 3 S
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.model N VDMOS(Kp=.12 Vto= .5 Is=0 mtriode=1.3 Cgs=24p Ksubthres=.4 nlev=3 gdsnoi=2)
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.model P VDMOS(Kp=.12 Vto=-.5 pchan Is=0 mtriode=1.3 Cgs=24p Ksubthres=.4 nlev=3 gdsnoi=2)
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.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
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.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
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.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
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.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
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.model S D(Ron=5 Roff=1G Vfwd=.4 epsilon=1)
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.ends ADG1611
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*
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.subckt ADG1612 1 2 3 4 5 6 7 8 9 10 11 12 13
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C1 1 5 5p
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C2 4 5 63p
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C5 13 5 63p
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A1 1 5 5 5 5 N002 5 5 SCHMITT Vt=1.4 Vh=1m tripdt=10n Trise=250n Tfall=500n
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S1 N004 13 5 N002 TN
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S2 4 N004 N002 5 BN
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S3 13 N006 N002 5 TP
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S4 N006 4 5 N002 BP
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C6 2 5 63p
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C7 3 5 63p
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M1 2 N004 3 3 N
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M2 3 N006 2 2 P
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D1 3 13 S
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D2 4 2 S
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D3 2 13 S
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D4 4 3 S
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.model N VDMOS(Kp=.12 Vto= .5 Is=0 mtriode=1.3 Cgs=24p Ksubthres=.4 nlev=3 gdsnoi=2)
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.model P VDMOS(Kp=.12 Vto=-.5 pchan Is=0 mtriode=1.3 Cgs=24p Ksubthres=.4 nlev=3 gdsnoi=2)
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.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
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.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
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.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
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.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
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.model S D(Ron=5 Roff=1G Vfwd=.4 epsilon=1)
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.ends ADG1612
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*
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.subckt ADG1633 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
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C1 15 16 8p
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C2 13 16 63p
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C5 1 16 63p
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S1 N004 1 16 N002 TN
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S2 13 N004 N002 16 BN
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S3 1 N009 N002 16 TP
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S4 N009 13 16 N002 BP
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C6 3 16 33p
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C7 2 16 19p
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M1 3 N004 2 2 N m=.22
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M2 2 N009 3 3 P m=.22
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D1 2 1 S
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D2 13 3 S
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D3 3 1 S
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D4 13 2 S
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A2 15 16 16 16 16 N007 N005 16 SCHMITT Vt=1.4 Vh=1m tripdt=5n Trise=100n Td=80n
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S5 N015 1 16 N012 TN
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S6 13 N015 N012 16 BN
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S7 1 N014 N012 16 TP
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S8 N014 13 16 N012 BP
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C11 4 16 19p
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M3 3 N015 4 4 N m=.22
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M4 4 N014 3 3 P m=.22
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D5 4 1 S
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D6 13 3 S
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D7 3 1 S
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D8 13 4 S
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C8 14 16 8p
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A3 14 16 16 16 16 N008 16 16 SCHMITT Vt=1.4 Vh=1m tripdt=5n Trise=100n Tfall=225n
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A5 16 N005 16 N008 16 N002 16 16 AND Trise=90n Tfall=10n tripdt=5n
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A1 16 N007 16 N008 16 N012 16 16 AND Trise=90n Tfall=10n tripdt=5n
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.model N VDMOS(Kp=.12 Vto= .5 Is=0 mtriode=1.3 Cgs=10p Ksubthres=.4 nlev=3 gdsnoi=2)
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.model P VDMOS(Kp=.12 Vto=-.5 pchan Is=0 mtriode=1.3 Cgs=10p Ksubthres=.4 nlev=3 gdsnoi=2)
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.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
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.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
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.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
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.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
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.model S D(Ron=5 Roff=1G Vfwd=.4 epsilon=1)
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.ends ADG1633
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*
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.subckt ADG5248F 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
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C2 3 14 63p
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C5 13 14 63p
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S1 N046 13 14 N042 TN
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S2 3 N046 N042 14 BN
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S3 13 N049 N042 14 TP
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S4 N049 3 14 N042 BP
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C7 7 14 3p
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M1 N021 N046 N043 N043 N
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M2 N043 N049 N021 N021 P
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A4 UVLO N028 N029 N047 N040 S1 14 14 AND Trise=50n Tfall=250n tripdt=5n
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A16 1 14 14 14 14 N028 N033 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
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C3 2 14 8p
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C4 1 14 8p
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C9 16 14 8p
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C10 15 14 8p
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S5 N038 13 14 N035 TN
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S6 3 N038 N035 14 BN
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S7 13 N039 N035 14 TP
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S8 N039 3 14 N035 BP
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C8 6 14 3p
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M3 N021 N038 N036 N036 N
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M4 N036 N039 N021 N021 P
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S9 N026 13 14 N024 TN
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S10 3 N026 N024 14 BN
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S11 13 N027 N024 14 TP
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S12 N027 3 14 N024 BP
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C12 5 14 3p
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M5 N021 N026 N025 N025 N
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M6 N025 N027 N021 N021 P
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S13 N018 13 14 N015 TN
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S14 3 N018 N015 14 BN
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S15 13 N020 N015 14 TP
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S16 N020 3 14 N015 BP
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C13 8 14 12p
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C14 4 14 3p
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M7 N021 N018 N016 N016 N
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M8 N016 N020 N021 N021 P
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S17 N074 13 14 N061 TN
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S18 3 N074 N061 14 BN
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S19 13 N075 N061 14 TP
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S20 N075 3 14 N061 BP
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C16 9 14 3p
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M9 N021 N074 N072 N072 N
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M10 N072 N075 N021 N021 P
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S21 N070 13 14 N059 TN
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S22 3 N070 N059 14 BN
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S23 13 N071 N059 14 TP
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S24 N071 3 14 N059 BP
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C18 10 14 3p
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M11 N021 N070 N068 N068 N
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M12 N068 N071 N021 N021 P
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S25 N066 13 14 N056 TN
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S26 3 N066 N056 14 BN
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S27 13 N067 N056 14 TP
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S28 N067 3 14 N056 BP
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C20 11 14 3p
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M13 N021 N066 N064 N064 N
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M14 N064 N067 N021 N021 P
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S29 N057 13 14 N052 TN
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S30 3 N057 N052 14 BN
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S31 13 N060 N052 14 TP
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S32 N060 3 14 N052 BP
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C22 12 14 3p
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M15 N021 N057 N054 N054 N
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M16 N054 N060 N021 N021 P
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A9 16 14 14 14 14 N029 N034 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
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A10 2 14 14 14 14 N031 N040 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
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A11 15 14 14 14 14 N047 N053 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
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D33 14 2 ESD
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D34 14 15 ESD
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D35 14 16 ESD
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D36 14 1 ESD
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C6 18 14 20p
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C11 17 14 20p
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A13 17 4 14 14 14 14 S1L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
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D37 S1H F1 OR
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D38 S1L F1 OR
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D39 S2H F2 OR
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D40 S2L F2 OR
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D41 S3H F3 OR
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D42 S3L F3 OR
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D43 S4H F4 OR
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D44 S4L F4 OR
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D45 S5H F5 OR
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D46 S5L F5 OR
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D47 S6H F6 OR
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D48 S6L F6 OR
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D49 S7H F7 OR
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D50 S7L F7 OR
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D51 S8H F8 OR
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D52 S8L F8 OR
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D53 F1 N011 OR
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D54 F2 N011 OR
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D55 F3 N011 OR
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D56 F4 N011 OR
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D57 F5 N011 OR
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D58 F6 N011 OR
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D59 F7 N011 OR
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M17 13 14 N001 N001 3V
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C15 N001 14 10p
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S33 19 14 N014 14 OUT
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S34 N001 19 N009 14 OUT
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A30 14 N008 14 UVLO 14 14 N009 14 AND Trise=15n Ref=.95
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D60 14 19 ESD
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A29 14 UVLO 14 N013 14 14 N014 14 AND Trise=15n Ref=.95
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C17 19 14 4p
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A32 13 3 14 14 14 14 UVLO 14 SCHMITT Vt=7.9 Vh=50m Rhigh=1K Rlow=10
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A33 18 14 14 14 14 14 UVLO 14 SCHMITT Vt=4.44 Vh=50m Rhigh=1K Rlow=10
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A34 13 18 14 14 14 14 UVLO 14 SCHMITT Vt=-50m Vh=25m Rhigh=1K Rlow=10
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A35 17 3 14 14 14 14 UVLO 14 SCHMITT Vt=-50m Vh=25m Rhigh=1K Rlow=10
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A36 17 14 14 14 14 UVLO 14 14 SCHMITT Vt=50m Vh=25m Rhigh=1K Rlow=10
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D61 F1 N015 OR
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D62 S1 N015 OR
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B1 14 FX2 I=(!V(S1,14) & V(S1L,14))|(!V(S2,14)&V(S2L,14))|(!V(S3,14)&V(S3L,14))|(!V(S4,14)&V(S4L,14))|(!V(S5,14)&V(S5L,14))|(!V(S6,14)&V(S6L,14))|(!V(S7,14)&V(S7L,14))|(!V(S8,14)&V(S8L,14)) Rpar=1 Cpar=1n NoJacob
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B2 14 FX1 I=(!V(S1,14)&V(S1H,14))|(!V(S2,14)&V(S2H,14))|(!V(S3,14)&V(S3H,14))|(!V(S4,14)&V(S4H,14))|(!V(S5,14)&V(S5H,14))|(!V(S6,14)&V(S6H,14))|(!V(S7,14)&V(S7H,14))|(!V(S8,14)&V(S8H,14)) Rpar=1 Cpar=1n NoJacob
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S35 8 18 N019 14 20µA
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S36 8 17 N023 14 20µA
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D63 S2 N024 OR
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D64 S3 N035 OR
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D65 S4 N042 OR
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D66 S5 N052 OR
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D67 S6 N056 OR
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D68 S7 N059 OR
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D69 S8 N061 OR
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D70 F2 N024 OR
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D71 F3 N035 OR
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D72 F4 N042 OR
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D73 F5 N052 OR
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D74 F6 N056 OR
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D75 F7 N059 OR
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A12 4 18 14 14 14 14 S1H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
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A37 14 N028 N029 N031 14 14 Q1 14 AND Trise=90n Tfall=120n tripdt=5n
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A38 14 N033 N029 N031 14 14 Q2 14 AND Trise=90n Tfall=120n tripdt=5n
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A39 14 N028 N034 N031 14 14 Q3 14 AND Trise=90n Tfall=120n tripdt=5n
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A40 14 N033 N034 N031 14 14 Q4 14 AND Trise=90n Tfall=120n tripdt=5n
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A41 14 N028 N029 N040 14 14 Q5 14 AND Trise=90n Tfall=120n tripdt=5n
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A42 14 N033 N029 N040 14 14 Q6 14 AND Trise=90n Tfall=120n tripdt=5n
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A43 14 N028 N034 N040 14 14 Q7 14 AND Trise=90n Tfall=120n tripdt=5n
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A44 14 N033 N034 N040 14 14 Q8 14 AND Trise=90n Tfall=120n tripdt=5n
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S37 20 14 N007 14 OUT
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S38 N001 20 N003 14 OUT
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A45 14 N002 14 UVLO 14 14 N003 14 AND Trise=15n Ref=.95
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D77 14 20 ESD
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A46 14 UVLO 14 N006 14 14 N007 14 AND Trise=15n Ref=.95
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C19 20 14 5p
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A47 N005 14 14 14 14 N006 N002 14 BUF Trise=15n
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D78 F8 N011 OR
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B3 14 N005 I=(V(Q1,14)&V(F1,14))|(V(Q2,14)&V(F2,14))|(V(Q3,14)&V(F3,14))|(V(Q4,14)&V(F4,14))|(V(Q5,14)&V(F5,14))|(V(Q6,14)&V(F6,14))|(V(Q7,14)&V(F7,14))|(V(Q8,14)&V(F8,14)) Rpar=1 Cpar=1n NoJacob
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S39 4 N016 14 F1 DC
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S40 5 N025 14 F2 DC
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S41 6 N036 14 F3 DC
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S42 7 N043 14 F4 DC
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S43 12 N054 14 F5 DC
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S44 11 N064 14 F6 DC
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S45 10 N068 14 F7 DC
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S46 9 N072 14 F8 DC
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B4 SX 0 V= !V(S1) ? V(4) :(!V(S2) ? V(5) : (!V(S3) ? V(6) : (!V(S4) ? V(7) :(!V(S5) ? V(12) : (!V(S6) ? V(11) : (!V(S7) ? V(10) : V(9)))))))
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R2 8 N021 R=1Meg*(V(SX,8)/V(13,3))**10+10
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A48 14 14 14 N030 N032 _ON ON 14 DFLOP Cout=10n
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A52 UVLO 14 14 14 14 N032 14 14 BUF
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A53 14 FX1 14 ON 14 14 N019 14 AND Trise=100n
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A54 14 FX2 14 ON 14 14 N023 14 AND Trise=100n
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D79 _ON N052 OR
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D80 _ON N056 OR
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D81 _ON N059 OR
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D82 _ON N061 OR
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D83 _ON N015 OR
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D84 _ON N024 OR
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D85 _ON N035 OR
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D86 _ON N042 OR
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A1 UVLO N033 N029 N047 N040 S2 14 14 AND Trise=50n Tfall=250n tripdt=5n
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A2 UVLO N028 N034 N047 N040 S3 14 14 AND Trise=50n Tfall=250n tripdt=5n
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A3 UVLO N033 N034 N047 N040 S4 14 14 AND Trise=50n Tfall=250n tripdt=5n
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A5 UVLO N028 N029 N053 N040 S5 14 14 AND Trise=50n Tfall=250n tripdt=5n
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A6 UVLO N033 N029 N053 N040 S6 14 14 AND Trise=50n Tfall=250n tripdt=5n
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A7 UVLO N028 N034 N053 N040 S7 14 14 AND Trise=50n Tfall=250n tripdt=5n
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A8 UVLO N033 N034 N053 N040 S8 14 14 AND Trise=50n Tfall=250n tripdt=5n
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A14 17 5 14 14 14 14 S2L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
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A15 5 18 14 14 14 14 S2H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
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A17 6 18 14 14 14 14 S3H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
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A18 17 6 14 14 14 14 S3L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
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A19 7 18 14 14 14 14 S4H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
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A20 17 7 14 14 14 14 S4L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
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A21 12 18 14 14 14 14 S5H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
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A22 17 12 14 14 14 14 S5L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
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A23 17 11 14 14 14 14 S6L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
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A24 11 18 14 14 14 14 S6H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
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A25 10 18 14 14 14 14 S7H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
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A26 17 10 14 14 14 14 S7L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
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A27 9 18 14 14 14 14 S8H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
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A28 17 9 14 14 14 14 S8L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
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A55 N011 14 14 14 14 14 N012 14 BUF Trise=10n Tfall=70u
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A31 N012 14 14 14 14 N013 N008 14 SCHMITT Vt=.5 Vh=.45 Trise=10n
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C21 N021 14 1p
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C23 14 N016 1p
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C24 14 N025 1p
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C25 14 N036 1p
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C26 14 N043 1p
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C27 14 N054 1p
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C28 14 N064 1p
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C29 14 N068 1p
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C30 14 N072 1p
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A49 FX1 14 FX2 14 N032 N030 14 14 OR
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D1 F8 N061 OR
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B5 _ON 14 I=smallsig()
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.model N VDMOS(Kp=2m Vto= .5 Is=0 mtriode=1 Cgs=.049p Ksubthres=.4 nlev=3 gdsnoi=2)
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.model P VDMOS(Kp=2m Vto=-.5 pchan Is=0 mtriode=1 Cgs=.049p Ksubthres=.4 nlev=3 gdsnoi=2)
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.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
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.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
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.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
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.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
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.model ESD D(Ron=1 Roff=1G epsilon=1)
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.model OR D(Ron=1 Roff=1G epsilon=.25)
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.model OUT SW(Ron=150 Roff=10Meg Vt=.5 Vh=-.4)
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.model 3V VDMOS(Kp=200m Vto=-3 Ksubthres=.1)
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.model 20µA SW(Ron=20K Roff=10T Vt=.5 Vh=-10m Ilimit=20u level=2)
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.model DC SW(Ron=190 Roff=1G Vt=-.5 Vh=-.4)
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.ends ADG5248F
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*
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.subckt ADG5249F 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
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C2 3 14 63p
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C5 13 14 63p
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S1 N046 13 14 N042 TN
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S2 3 N046 N042 14 BN
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S3 13 N048 N042 14 TP
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S4 N048 3 14 N042 BP
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C7 7 14 3p
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M1 N021 N046 N043 N043 N
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M2 N043 N048 N021 N021 P
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A4 UVLO N028 N029 14 N040 S1 14 14 AND Trise=50n Tfall=250n tripdt=5n
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A16 1 14 14 14 14 N028 N033 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
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C3 2 14 8p
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C4 1 14 8p
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C9 16 14 8p
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S5 N038 13 14 N035 TN
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S6 3 N038 N035 14 BN
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S7 13 N039 N035 14 TP
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S8 N039 3 14 N035 BP
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C8 6 14 3p
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M3 N021 N038 N036 N036 N
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M4 N036 N039 N021 N021 P
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S9 N026 13 14 N024 TN
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S10 3 N026 N024 14 BN
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S11 13 N027 N024 14 TP
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S12 N027 3 14 N024 BP
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|
C12 5 14 3p
|
|
M5 N021 N026 N025 N025 N
|
|
M6 N025 N027 N021 N021 P
|
|
S13 N018 13 14 N015 TN
|
|
S14 3 N018 N015 14 BN
|
|
S15 13 N020 N015 14 TP
|
|
S16 N020 3 14 N015 BP
|
|
C13 8 14 12p
|
|
C14 4 14 3p
|
|
M7 N021 N018 N016 N016 N
|
|
M8 N016 N020 N021 N021 P
|
|
S17 N075 13 14 N061 TN
|
|
S18 3 N075 N061 14 BN
|
|
S19 13 N076 N061 14 TP
|
|
S20 N076 3 14 N061 BP
|
|
C16 9 14 3p
|
|
M9 N059 N075 N073 N073 N
|
|
M10 N073 N076 N059 N059 P
|
|
S21 N071 13 14 N057 TN
|
|
S22 3 N071 N057 14 BN
|
|
S23 13 N072 N057 14 TP
|
|
S24 N072 3 14 N057 BP
|
|
C18 10 14 3p
|
|
M11 N059 N071 N069 N069 N
|
|
M12 N069 N072 N059 N059 P
|
|
S25 N067 13 14 N053 TN
|
|
S26 3 N067 N053 14 BN
|
|
S27 13 N068 N053 14 TP
|
|
S28 N068 3 14 N053 BP
|
|
C20 11 14 3p
|
|
M13 N059 N067 N065 N065 N
|
|
M14 N065 N068 N059 N059 P
|
|
S29 N054 13 14 N050 TN
|
|
S30 3 N054 N050 14 BN
|
|
S31 13 N058 N050 14 TP
|
|
S32 N058 3 14 N050 BP
|
|
C22 12 14 3p
|
|
M15 N059 N054 N051 N051 N
|
|
M16 N051 N058 N059 N059 P
|
|
A9 16 14 14 14 14 N029 N034 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
|
|
A10 2 14 14 14 14 N031 N040 14 SCHMITT Vt=1.4 Vh=1m Trise=100n Tfall=150n
|
|
D33 14 2 ESD
|
|
D35 14 16 ESD
|
|
D36 14 1 ESD
|
|
C6 18 14 20p
|
|
C11 17 14 20p
|
|
A13 17 4 14 14 14 14 S1L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
|
|
D37 S1H F1 OR
|
|
D38 S1L F1 OR
|
|
D39 S2H F2 OR
|
|
D40 S2L F2 OR
|
|
D41 S3H F3 OR
|
|
D42 S3L F3 OR
|
|
D43 S4H F4 OR
|
|
D44 S4L F4 OR
|
|
D45 S5H F5 OR
|
|
D46 S5L F5 OR
|
|
D47 S6H F6 OR
|
|
D48 S6L F6 OR
|
|
D49 S7H F7 OR
|
|
D50 S7L F7 OR
|
|
D51 S8H F8 OR
|
|
D52 S8L F8 OR
|
|
D53 F1 N011 OR
|
|
D54 F2 N011 OR
|
|
D55 F3 N011 OR
|
|
D56 F4 N011 OR
|
|
D57 F5 N011 OR
|
|
D58 F6 N011 OR
|
|
D59 F7 N011 OR
|
|
M17 13 14 N001 N001 3V
|
|
C15 N001 14 10p
|
|
S33 19 14 N014 14 OUT
|
|
S34 N001 19 N009 14 OUT
|
|
A30 14 N008 14 UVLO 14 14 N009 14 AND Trise=15n Ref=.95
|
|
D60 14 19 ESD
|
|
A29 14 UVLO 14 N013 14 14 N014 14 AND Trise=15n Ref=.95
|
|
C17 19 14 4p
|
|
A32 13 3 14 14 14 14 UVLO 14 SCHMITT Vt=7.9 Vh=50m Rhigh=1K Rlow=10
|
|
A33 18 14 14 14 14 14 UVLO 14 SCHMITT Vt=4.44 Vh=50m Rhigh=1K Rlow=10
|
|
A34 13 18 14 14 14 14 UVLO 14 SCHMITT Vt=-50m Vh=25m Rhigh=1K Rlow=10
|
|
A35 17 3 14 14 14 14 UVLO 14 SCHMITT Vt=-50m Vh=25m Rhigh=1K Rlow=10
|
|
A36 17 14 14 14 14 UVLO 14 14 SCHMITT Vt=50m Vh=25m Rhigh=1K Rlow=10
|
|
D61 F1 N015 OR
|
|
D62 S1 N015 OR
|
|
B1 14 FX2A I=(!V(S1,14)&V(S1L,14))|(!V(S2,14)&V(S2L,14))|(!V(S3,14)&V(S3L,14))|(!V(S4,14)&V(S4L,14)) Rpar=1 Cpar=1n NoJacob
|
|
B2 14 FX1A I=(!V(S1,14)&V(S1H,14))|(!V(S2,14)&V(S2H,14))|(!V(S3,14)&V(S3H,14))|(!V(S4,14)&V(S4H,14)) Rpar=1 Cpar=1n NoJacob
|
|
S35 8 18 N019 14 20µA
|
|
S36 8 17 N023 14 20µA
|
|
D63 S2 N024 OR
|
|
D64 S3 N035 OR
|
|
D65 S4 N042 OR
|
|
D66 S5 N050 OR
|
|
D67 S6 N053 OR
|
|
D68 S7 N057 OR
|
|
D69 S8 N061 OR
|
|
D70 F2 N024 OR
|
|
D71 F3 N035 OR
|
|
D72 F4 N042 OR
|
|
D73 F5 N050 OR
|
|
D74 F6 N053 OR
|
|
D75 F7 N057 OR
|
|
A12 4 18 14 14 14 14 S1H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
|
|
A37 14 N028 N029 N031 14 14 Q1 14 AND Trise=90n Tfall=120n tripdt=5n
|
|
A38 14 N033 N029 N031 14 14 Q2 14 AND Trise=90n Tfall=120n tripdt=5n
|
|
A39 14 N028 N034 N031 14 14 Q3 14 AND Trise=90n Tfall=120n tripdt=5n
|
|
A40 14 N033 N034 N031 14 14 Q4 14 AND Trise=90n Tfall=120n tripdt=5n
|
|
A41 14 N028 N029 N040 14 14 Q5 14 AND Trise=90n Tfall=120n tripdt=5n
|
|
A42 14 N033 N029 N040 14 14 Q6 14 AND Trise=90n Tfall=120n tripdt=5n
|
|
A43 14 N028 N034 N040 14 14 Q7 14 AND Trise=90n Tfall=120n tripdt=5n
|
|
A44 14 N033 N034 N040 14 14 Q8 14 AND Trise=90n Tfall=120n tripdt=5n
|
|
S37 20 14 N007 14 OUT
|
|
S38 N001 20 N003 14 OUT
|
|
A45 14 N002 14 UVLO 14 14 N003 14 AND Trise=15n Ref=.95
|
|
D77 14 20 ESD
|
|
A46 14 UVLO 14 N006 14 14 N007 14 AND Trise=15n Ref=.95
|
|
C19 20 14 5p
|
|
A47 N005 14 14 14 14 N006 N002 14 BUF Trise=15n
|
|
D78 F8 N011 OR
|
|
B3 14 N005 I=(V(Q1,14)&V(F1,14))|(V(Q2,14)&V(F2,14))|(V(Q3,14)&V(F3,14))|(V(Q4,14)&V(F4,14))|(V(Q5,14)&V(F5,14))|(V(Q6,14)&V(F6,14))|(V(Q7,14)&V(F7,14))|(V(Q8,14)&V(F8,14)) Rpar=1 Cpar=1n NoJacob
|
|
S39 4 N016 14 F1 DC
|
|
S40 5 N025 14 F2 DC
|
|
S41 6 N036 14 F3 DC
|
|
S42 7 N043 14 F4 DC
|
|
S43 12 N051 14 F5 DC
|
|
S44 11 N065 14 F6 DC
|
|
S45 10 N069 14 F7 DC
|
|
S46 9 N073 14 F8 DC
|
|
B4 SX1 0 V= !V(S1) ? V(4) : (!V(S2) ? V(5) : (!V(S3) ? V(6) : V(7)))
|
|
R2 8 N021 R=1Meg*(V(SX1,8)/V(13,3))**10+10
|
|
A48 14 14 14 N030 N032 _ON ON 14 DFLOP Trise=20n
|
|
A52 UVLO 14 14 14 14 N032 14 14 BUF
|
|
A53 14 FX1A 14 ON 14 14 N019 14 AND Trise=100n
|
|
A54 14 FX2A 14 ON 14 14 N023 14 AND Trise=100n
|
|
D79 _ON N050 OR
|
|
D80 _ON N053 OR
|
|
D81 _ON N057 OR
|
|
D82 _ON N061 OR
|
|
D83 _ON N015 OR
|
|
D84 _ON N024 OR
|
|
D85 _ON N035 OR
|
|
D86 _ON N042 OR
|
|
A1 UVLO N033 N029 14 N040 S2 14 14 AND Trise=50n Tfall=250n tripdt=5n
|
|
A2 UVLO N028 N034 14 N040 S3 14 14 AND Trise=50n Tfall=250n tripdt=5n
|
|
A3 UVLO N033 N034 14 N040 S4 14 14 AND Trise=50n Tfall=250n tripdt=5n
|
|
A5 UVLO N028 N029 14 N040 S5 14 14 AND Trise=50n Tfall=250n tripdt=5n
|
|
A6 UVLO N033 N029 14 N040 S6 14 14 AND Trise=50n Tfall=250n tripdt=5n
|
|
A7 UVLO N028 N034 14 N040 S7 14 14 AND Trise=50n Tfall=250n tripdt=5n
|
|
A8 UVLO N033 N034 14 N040 S8 14 14 AND Trise=50n Tfall=250n tripdt=5n
|
|
A14 17 5 14 14 14 14 S2L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
|
|
A15 5 18 14 14 14 14 S2H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
|
|
A17 6 18 14 14 14 14 S3H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
|
|
A18 17 6 14 14 14 14 S3L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
|
|
A19 7 18 14 14 14 14 S4H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
|
|
A20 17 7 14 14 14 14 S4L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
|
|
A21 12 18 14 14 14 14 S5H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
|
|
A22 17 12 14 14 14 14 S5L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
|
|
A23 17 11 14 14 14 14 S6L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
|
|
A24 11 18 14 14 14 14 S6H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
|
|
A25 10 18 14 14 14 14 S7H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
|
|
A26 17 10 14 14 14 14 S7L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
|
|
A27 9 18 14 14 14 14 S8H 14 SCHMITT Vt=.7 Vh=0 Trise=120n Tfall=1.4u
|
|
A28 17 9 14 14 14 14 S8L 14 SCHMITT Vt=-.7 Vh=10m Trise=120n Tfall=1.4u
|
|
A55 N011 14 14 14 14 14 N012 14 BUF Trise=10n Tfall=70u
|
|
A31 N012 14 14 14 14 N013 N008 14 SCHMITT Vt=.5 Vh=.45 Trise=10n
|
|
C21 N021 14 1p
|
|
C23 14 N016 1p
|
|
C24 14 N025 1p
|
|
C25 14 N036 1p
|
|
C26 14 N043 1p
|
|
C27 14 N051 1p
|
|
C28 14 N065 1p
|
|
C29 14 N069 1p
|
|
C30 14 N073 1p
|
|
A49 FX1A FX2A FX1B FX2B N032 N030 14 14 OR
|
|
D1 F8 N061 OR
|
|
C31 15 14 12p
|
|
B5 14 FX2B I=(!V(S5,14)&V(S5L,14))|(!V(S6,14)&V(S6L,14))|(!V(S7,14)&V(S7L,14))|(!V(S8,14)&V(S8L,14)) Rpar=1 Cpar=1n NoJacob
|
|
B6 14 FX1B I=(!V(S5,14)&V(S5H,14))|(!V(S6,14)&V(S6H,14))|(!V(S7,14)&V(S7H,14))|(!V(S8,14)&V(S8H,14)) Rpar=1 Cpar=1n NoJacob
|
|
S47 15 18 N056 14 20µA
|
|
S48 15 17 N063 14 20µA
|
|
B7 SX2 0 V= !V(S5) ? V(12) : (!V(S6) ? V(11) : (!V(S7) ? V(10) : V(9)))
|
|
R1 15 N059 R=1Meg*(V(SX2,15)/V(13,3))**10+10
|
|
A11 14 FX1B 14 ON 14 14 N056 14 AND Trise=100n
|
|
A50 14 FX2B 14 ON 14 14 N063 14 AND Trise=100n
|
|
B8 _ON 14 I=smallsig()
|
|
.model N VDMOS(Kp=2m Vto= .5 Is=0 mtriode=1 Cgs=.049p Ksubthres=.4 nlev=3 gdsnoi=2)
|
|
.model P VDMOS(Kp=2m Vto=-.5 pchan Is=0 mtriode=1 Cgs=.049p Ksubthres=.4 nlev=3 gdsnoi=2)
|
|
.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
|
|
.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
|
|
.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
|
|
.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
|
|
.model ESD D(Ron=1 Roff=1G epsilon=1)
|
|
.model OR D(Ron=1 Roff=1G epsilon=.25)
|
|
.model OUT SW(Ron=150 Roff=10Meg Vt=.5 Vh=-.4)
|
|
.model 3V VDMOS(Kp=200m Vto=-3 Ksubthres=.1)
|
|
.model 20µA SW(Ron=20K Roff=10T Vt=.5 Vh=-10m Ilimit=20u level=2)
|
|
.model DC SW(Ron=190 Roff=1G Vt=-.5 Vh=-.4)
|
|
.ends ADG5249F
|
|
*
|
|
.subckt ADG918 1 2 3 4 5 6 7 8
|
|
C1 2 3 5p
|
|
C5 1 3 63p
|
|
A1 2 N008 3 3 3 N009 N001 3 SCHMITT Vt=0 Vh=1m tripdt=10n Trise=10n
|
|
S1 N010 1 3 N009 TN
|
|
S2 3 N010 N009 3 BN
|
|
S3 1 N011 N009 3 TP
|
|
S4 N011 3 3 N009 BP
|
|
C6 8 3 .4p
|
|
C7 4 3 .4p
|
|
M1 8 N010 4 4 N
|
|
M2 4 N011 8 8 P
|
|
D1 4 1 S
|
|
D2 3 8 S
|
|
D3 8 1 S
|
|
D4 3 4 S
|
|
S5 N004 1 3 N001 TN
|
|
S6 3 N004 N001 3 BN
|
|
S7 1 N005 N001 3 TP
|
|
S8 N005 3 3 N001 BP
|
|
C3 5 3 .4p
|
|
M3 4 N004 5 5 N
|
|
M4 5 N005 4 4 P
|
|
D5 5 1 S
|
|
D6 3 4 S
|
|
D7 4 1 S
|
|
D8 3 5 S
|
|
G1 3 N008 1 3 .5m
|
|
R3 N008 3 1K
|
|
C2 4 8 54f
|
|
C4 5 4 54f
|
|
S9 3 8 N009 3 TERM
|
|
S10 3 5 N001 3 TERM
|
|
.model N VDMOS(Kp=.12 Vto= .5 Is=0 mtriode=1.05 Cgs=.2p Ksubthres=.02 nlev=3 gdsnoi=2)
|
|
.model P VDMOS(Kp=.12 Vto=-.5 pchan Is=0 mtriode=1.05 Cgs=.2p Ksubthres=.02 nlev=3 gdsnoi=2)
|
|
.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
|
|
.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
|
|
.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
|
|
.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
|
|
.model S D(Ron=5 Roff=1G Vfwd=.4 epsilon=1)
|
|
.model TERM SW(Ron=50 Roff=1G Vt=.5 Vh=-.4)
|
|
.ends ADG918
|
|
*
|
|
.subckt ADG919 1 2 3 4 5 6 7 8
|
|
C1 2 3 5p
|
|
C5 1 3 63p
|
|
A1 2 N008 3 3 3 N009 N001 3 SCHMITT Vt=0 Vh=1m tripdt=10n Trise=10n
|
|
S1 N010 1 3 N009 TN
|
|
S2 3 N010 N009 3 BN
|
|
S3 1 N011 N009 3 TP
|
|
S4 N011 3 3 N009 BP
|
|
C6 8 3 .4p
|
|
C7 4 3 .4p
|
|
M1 8 N010 4 4 N
|
|
M2 4 N011 8 8 P
|
|
D1 4 1 S
|
|
D2 3 8 S
|
|
D3 8 1 S
|
|
D4 3 4 S
|
|
S5 N004 1 3 N001 TN
|
|
S6 3 N004 N001 3 BN
|
|
S7 1 N005 N001 3 TP
|
|
S8 N005 3 3 N001 BP
|
|
C3 5 3 .4p
|
|
M3 4 N004 5 5 N
|
|
M4 5 N005 4 4 P
|
|
D5 5 1 S
|
|
D6 3 4 S
|
|
D7 4 1 S
|
|
D8 3 5 S
|
|
G1 3 N008 1 3 .5m
|
|
R3 N008 3 1K
|
|
C2 4 8 54f
|
|
C4 5 4 54f
|
|
S9 3 8 N009 3 TERM
|
|
S10 3 5 N001 3 TERM
|
|
.model N VDMOS(Kp=.12 Vto= .5 Is=0 mtriode=1.05 Cgs=.2p Ksubthres=.02 nlev=3 gdsnoi=2)
|
|
.model P VDMOS(Kp=.12 Vto=-.5 pchan Is=0 mtriode=1.05 Cgs=.2p Ksubthres=.02 nlev=3 gdsnoi=2)
|
|
.model TN SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
|
|
.model BN SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
|
|
.model TP SW(Ron=500 Roff=1G Vt=.6 Vh=-.1)
|
|
.model BP SW(Ron=500 Roff=1G Vt=-.4 Vh=-.1)
|
|
.model S D(Ron=5 Roff=1G Vfwd=.4 epsilon=1)
|
|
.model TERM SW(Ron=.5 Roff=1G Vt=.5 Vh=-.4)
|
|
.ends ADG919
|