[Basstler]

Oki ..

.SUBCKT IXDD409 VCC IN EN GND VCC OUT OUT1 GND
ROUT1 OUT OUT1 1m
Q_Q5 N209276 N03676 GND BC107A
C_C5 N02728 GND 1uF
R_R25 N242307 EN 10K
R_R9 N02728 GND 10k
C_C3 VEE GND 100uF
R_R24 GND TP 10K
R_R26 GND N242307 724
M_Q2 N04428 N209276 GND GND MNMOS
R_R18 N01509 GND 10k
X_U4 VCC VEE GND LM7805C
X_U6A N336660 N336660 N295639 VEE GND 74ACT08 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
R_R12 OUT GND 10k
R_R17 N82692 GND 10k
R_R34 GND GND 0.0001
R_R16 IN N82692 100
M_Q1 N04213 N209203 GND GND MNMOS
C_C6 VSS GND 47uf
M_Q3 N104168 N04428 VCC VCC MPFET
R_R1 VCC N04213 10K
R_R70 GND TEST 1k
X_U22A N295262 N295262 TEST VEE GND 74ACT00 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
R_R15 N161018 GND 10k
R_R38 N260557 VCC 10k
X_U9A N02728 N01509 N03600 VEE GND 74ACT00 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
X_U2A N260557 N260557 N259753 VSS GND 74ACT08 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
R_R2 VCC N04428 10K
C_C2 GND VCC 0.1uF
D_D6 GND N02728 BZ-056
C_C4 VCC GND 100uF
R_R39 GND N260557 2k
R_R3 N02959 N03030 5
C_C7 N02959 N03030 1nf
R_R35 GND VT 10k
D_D1 N82834 VCC D1N4376
D_D5 GND VSS BZ-056
X_U10A N01509 N161018 N02959 VEE GND 74ACT02 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
R_R19 GND N295262 10k
R_R22 VCC N209276 5.0K
R_R5 N03600 N03676 5
C_C8 N03600 N03676 1nf
R_R6 N03676 GND 10k
R_R13 HENABLE N02728 100
D_D3 N02182 VCC D1N4376
R_R7 N03600 GND 10k
X_U5A TP N336660 VEE GND 74ACT04 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
X_U1A N242307 VT VSS GND 74ACT14 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
R_R23 VCC N209203 5.0K
R_R10 N02728 GND 10k
X_U7A N82692 TP VEE GND 74ACT04 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
R_R33 GND GND 0.0001
R_R27 GND N336660 10k
X_U3A VT N259753 HENABLE VSS GND 74ACT08 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
R_R37 GND TP 10k
Q_Q6 N209203 N03030 GND BC107A
R_R21 TEST N01509 0.0001
R_R31 VCC VSS 100
R_R4 N03030 GND 10k
R_R36 GND N259753 10k
D_D2 GND N82834 D1N4376
M_Q4 N104168 N04213 GND GND MNFET
R_R11 N104168 OUT 1
R_R29 HENABLE N242974 10
R_R28 GND N295639 10k
X_U8A N02728 N161018 VEE GND 74ACT04 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
D_D4 GND N02182 D1N4376
R_R8 N02959 GND 10k
C_C1 VCC GND 220uF
X_U23A N295639 N295639 N295262 VEE GND 74ACT00 PARAMS:
+ IO_LEVEL=0 MNTYMXDLY=0
R_R30 GND N242974 100k
.MODEL MNMOS NMOS
+LEVEL=3
+W=4E-6
+L=2E-6
+ NSS = 0.00000E+00 VTO = 6.30000E-01 TOX = 1.90000E-08
+ XJ = 1.66632E-07 LD = 0.04000E-06 RSH = 6.40359E+02
+ NSUB = 1.82429E+16 NFS = 1.26963E+11 UO = 5.95254E+02
+ VMAX = 1.86907E+05 DELTA = 8.22502E-01 THETA = 5.77858E-02
+ ETA = 2.19310E-02 KAPPA = 2.60564E-01
+ CGSO = 7.263E-11 CGDO = 7.263E-11 CGBO = 1.11890E-10
+ CJ = 2.59E-04 CJSW = 2E-10 PB = 0.811
*+ MJ = 0.36 MJSW = 0.31 TPG = 1
*+ DW =-0.18000E-06 DL =-0.72500E-06
*+ XQC = 1
.MODEL MPFET PMOS(LEVEL=3 W=4e-3 L=0.01e-006)
.MODEL MNFET NMOS(LEVEL=3 W=4E-3 L=0.01e-006)
.MODEL BC107A NPN
.MODEL BZ-056 D RS=1.000E-3 CJO=1.000E-12 M=.3333 VJ=.75 ISR=7.539E-6 BV=5.009
+ IBV=43.11E-3 TT=144.3E-9
.MODEL D1N4376 D
.ENDS
*$

.param RGOUT 10
.param CGOUT 200p
.subckt 74ACT00 in1 in2 out vcc v00
B1 out1 v00 V=if( ((V(in1,v00)>1.4)&(V(in2,v00)>1.4)), 0, V(vcc,v00) )
R1 out1 out {RGOUT}
C1 out v00 {CGOUT}
.ends 74ACT00

.subckt 74ACT02 in1 in2 out vcc v00
B1 out1 v00 V=if( ((V(in1,v00)>1.4)|(V(in2,v00)>1.4)), 0, V(vcc,v00) )
R1 out1 out {RGOUT}
C1 out v00 {CGOUT}
.ends 74ACT02

.subckt 74ACT04 in1 out vcc v00
B1 out1 v00 V=if( (V(in1,v00)>1.4), 0, V(vcc,v00) )
R1 out1 out {RGOUT}
C1 out v00 {CGOUT}
.ends 74ACT04

.subckt 74ACT08 in1 in2 out vcc v00
B1 out1 v00 V=if( ((V(in1,v00)>1.4)&(V(in2,v00)>1.4)), V(vcc,v00), 0 )
R1 out1 out {RGOUT}
C1 out v00 {CGOUT}
.ends 74ACT08

.subckt 74ACT14 in1 out vcc v00
B1 out1 v00 V=if( (V(in1,v00)>1.4), 0, V(vcc,v00) )
R1 out1 out {RGOUT}
C1 out v00 {CGOUT}
.ends 74ACT14

* Model with hysteresis
.subckt 74ACT14x in1 out vcc v00
E1 e1 v00 in1 v00 1
R1 e1 1 1k
R2 v00 1 2k
R3 1 2 4k
C3 2 v00 1p
R4 2 3 1k
B1 3 v00 V=LIMIT(0, IF( (V(1,v00)>1), (100*(V(1,v00)-1)), 0 ), V(vcc,v00) )
G2 v00 out1 3 v00 -1
RG2 out1 vcc 1
R1 out1 out {RGOUT}
C1 out v00 {CGOUT}
.ends 74ACT14

.subckt LM7805C in out v00
B1 out1 v00 V=LIMIT(0, if( (V(in,v00)>7), 5, (V(in,v00)-2)), 5)
R1 out1 out .1
.ends LM7805C