>+ is = 1e-16 rs = 25 cjo = 2pf
>+ )
>-model D74S d (
>+ is = 1e-12 vj =.7 rs=25 cjo=2pf
>+ )
>.model D74CLMP d (
>+ is=1e-15 rs = 2 cjo=2pf
>+ )
>.model D74SCLMP d (
>+ is = 1e-11 vj =.7 rs=2 cjo=2pf
>+ )
>.model Q74 npn (
>+ ise = 1e-16 isc = 4e-16
>+ bf = 49 br=.03
>+ cje=1pf cjc=.5pf
>+ cjs=3pf vje=0.9v
>+ vjc = 0.8v vjs = 0.7v
>+ mje=0.5 mjc = 0.33
>+ mjs = 0.33 tf = 0.2ns
>+ tr=10ns rb = 50
>+ rc = 20
>+ )
>.model Q74S npn (
>+ ise=1e-16 isc=4e-1
>+ bf=49 br=33
>+ cje=1pf cjc=.5pf
>+ cjs=3pf vje = 0.9v
>+ vjc=0.8v vjs=0.7v
>+ mje=0.5 mjc = 0.33
>+ mjs = 0.33 tf=0.2ns
>+ tr=10ns rb = 50
>+ rc = 20
>+ )
74S11 Три 3-входовых положительных И
Источник: The TTL Data Book, Vol. 2, 1985, Texas Instruments.
>.subckt 74S11 А В С Y
>+ optional: DPWR=$G_DPWR DGND=$G_DGND
>+ params: MNTYMXDLY=0 IO_LEVEL=0
>U1 and(3) DPWR DGND
>+ А В С Y
>+ D_S11 IO_S MNTYMXDLY={MNTYMXDLY} IO_LEVEL={IO_LEVEL}
>.ends
Примечание: В этом приложении приведены далеко не все устройства, имеющиеся в файле EVAL.LIB.