Add ab_counter.cir and ab_ex283.cir test circuits for auto bridge.
This commit is contained in:
Brian Taylor
parent
e9f65cf116
commit
58210668c1
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@ -1 +1,2 @@
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set ngbehavior=ltpsa
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set auto_bridge=2
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@ -0,0 +1,60 @@
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ab_counter.cir for IN/OUT auto_bridge
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.param highv=5.0
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.param lowv=0.0
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.subckt counter high clear clk qa qb qc qd 5 7 9 11
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+ params: vcc={highv}
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U1 JKFF(1) $G_DPWR $G_DGND HIGH CLEAR CLK HIGH HIGH QA 5
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+ D0_EFF IO_STD IO_LEVEL=0 MNTYMXDLY=2
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U2 JKFF(1) $G_DPWR $G_DGND HIGH CLEAR QA HIGH HIGH QB 7
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+ D0_EFF IO_STD IO_LEVEL=0 MNTYMXDLY=2
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U3 JKFF(1) $G_DPWR $G_DGND HIGH CLEAR QB HIGH HIGH QC 9
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+ D0_EFF IO_STD IO_LEVEL=0 MNTYMXDLY=2
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U4 JKFF(1) $G_DPWR $G_DGND HIGH CLEAR QC HIGH HIGH QD 11
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+ D0_EFF IO_STD IO_LEVEL=0 MNTYMXDLY=2
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.MODEL D0_EFF UEFF ()
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.ends counter
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*** input sources ***
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vclk 100 0 lowv pulse( lowv highv 50ns 0ns 0ns 50ns 100ns )
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vreset 200 0 lowv pulse( highv lowv 10ns 0ns 0ns 50ns )
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vhigh 300 0 DC highv
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*** resistors to ground ***
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r1 100 0 1k
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r2 200 0 1k
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r3 300 0 1k
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r4 1000 0 1k
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r5 1001 0 1k
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r6 1002 0 1k
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r7 1003 0 1k
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x1 300 200 100 q1 q2 q3 q4 1000 1001 1002 1003 counter
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*.TRAN 1e-008 4u 0
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.save all
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.control
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TRAN 1e-008 4u 0
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run
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listing expand
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display
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edisplay
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* save data to input directory
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cd $inputdir
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eprvcd 300 200 100 q1 q2 q3 q4 1000 1001 1002 1003 > ab_counter.vcd
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* plotting the vcd file with GTKWave
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if $oscompiled = 1 | $oscompiled = 8 ; MS Windows
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shell start gtkwave ab_counter.vcd --script nggtk.tcl
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else
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if $oscompiled = 7 ; macOS, manual tweaking required (mark, insert, Zoom Fit)
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shell open -a gtkwave ab_counter.vcd
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else ; Linux and others
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shell gtkwave ab_counter.vcd --script nggtk.tcl &
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end
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end
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quit
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.endc
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.END
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@ -0,0 +1,362 @@
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Component type 283 : 4-bit adder with analog IN/OUT ports
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.param vcc=3.2
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.subckt 283 a1 a2 a3 a4 b1 b2 b3 b4 c0 sigma1 sigma2 sigma3 sigma4 c4
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+ optional: DPWR=$G_DPWR DGND=$G_DGND
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+ params: MNTYMXDLY=0 IO_LEVEL=0
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U1 BUF $G_DPWR $G_DGND 2 3
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+ M1 IOM1 IO_LEVEL=0 MNTYMXDLY=2
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U2 AND(2) $G_DPWR $G_DGND 4 5 6
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+ M2 IOM2 IO_LEVEL=0 MNTYMXDLY=2
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U3 AND(3) $G_DPWR $G_DGND 7 5 8 9
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+ M3 IOM3 IO_LEVEL=0 MNTYMXDLY=2
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U4 AND(4) $G_DPWR $G_DGND 10 5 8 11 12
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+ M4 IOM4 IO_LEVEL=0 MNTYMXDLY=2
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U5 AND(5) $G_DPWR $G_DGND 5 8 11 13 14 15
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+ M5 IOM5 IO_LEVEL=0 MNTYMXDLY=2
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U6 NOR(5) $G_DPWR $G_DGND 3 6 9 12 15 C4
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+ M6 IOM6 IO_LEVEL=0 MNTYMXDLY=2
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U7 INV $G_DPWR $G_DGND 2 17
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+ M7 IOM7 IO_LEVEL=0 MNTYMXDLY=2
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U8 AND(2) $G_DPWR $G_DGND 5 17 18
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+ M8 IOM8 IO_LEVEL=0 MNTYMXDLY=2
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U9 BUF $G_DPWR $G_DGND 4 19
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+ M9 IOM9 IO_LEVEL=0 MNTYMXDLY=2
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U10 AND(2) $G_DPWR $G_DGND 7 8 20
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+ M10 IOM10 IO_LEVEL=0 MNTYMXDLY=2
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U11 AND(3) $G_DPWR $G_DGND 10 8 11 21
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+ M11 IOM11 IO_LEVEL=0 MNTYMXDLY=2
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U12 AND(4) $G_DPWR $G_DGND 8 11 13 14 22
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+ M12 IOM12 IO_LEVEL=0 MNTYMXDLY=2
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U13 NOR(4) $G_DPWR $G_DGND 19 20 21 22 23
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+ M13 IOM13 IO_LEVEL=0 MNTYMXDLY=2
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U15 INV $G_DPWR $G_DGND 4 24
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+ M15 IOM15 IO_LEVEL=0 MNTYMXDLY=2
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U16 AND(2) $G_DPWR $G_DGND 8 24 25
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+ M16 IOM16 IO_LEVEL=0 MNTYMXDLY=2
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U17 BUF $G_DPWR $G_DGND 7 26
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+ M17 IOM17 IO_LEVEL=0 MNTYMXDLY=2
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U18 AND(2) $G_DPWR $G_DGND 10 11 27
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+ M18 IOM18 IO_LEVEL=0 MNTYMXDLY=2
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U19 AND(3) $G_DPWR $G_DGND 11 13 14 28
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+ M19 IOM19 IO_LEVEL=0 MNTYMXDLY=2
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U21 NOR(3) $G_DPWR $G_DGND 26 27 28 29
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+ M21 IOM21 IO_LEVEL=0 MNTYMXDLY=2
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U22 INV $G_DPWR $G_DGND 7 30
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+ M22 IOM22 IO_LEVEL=0 MNTYMXDLY=2
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U23 AND(2) $G_DPWR $G_DGND 11 30 31
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+ M23 IOM23 IO_LEVEL=0 MNTYMXDLY=2
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U24 BUF $G_DPWR $G_DGND 10 32
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+ M24 IOM24 IO_LEVEL=0 MNTYMXDLY=2
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U25 AND(2) $G_DPWR $G_DGND 13 14 33
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+ M25 IOM25 IO_LEVEL=0 MNTYMXDLY=2
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U26 NOR(2) $G_DPWR $G_DGND 32 33 34
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+ M26 IOM26 IO_LEVEL=0 MNTYMXDLY=2
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U28 INV $G_DPWR $G_DGND 10 35
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+ M28 IOM28 IO_LEVEL=0 MNTYMXDLY=2
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U29 AND(2) $G_DPWR $G_DGND 13 35 36
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+ M29 IOM29 IO_LEVEL=0 MNTYMXDLY=2
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U30 INV $G_DPWR $G_DGND 14 37
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+ M30 IOM30 IO_LEVEL=0 MNTYMXDLY=2
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U32 INV $G_DPWR $G_DGND C0 14
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+ M32 IOM32 IO_LEVEL=0 MNTYMXDLY=2
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U33 NAND(2) $G_DPWR $G_DGND b1 a1 13
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+ M33 IOM33 IO_LEVEL=0 MNTYMXDLY=2
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U34 NOR(2) $G_DPWR $G_DGND b1 a1 10
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+ M34 IOM34 IO_LEVEL=0 MNTYMXDLY=2
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U35 NOR(2) $G_DPWR $G_DGND B2 A2 7
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+ M35 IOM35 IO_LEVEL=0 MNTYMXDLY=2
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U36 NAND(2) $G_DPWR $G_DGND B2 A2 11
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+ M36 IOM36 IO_LEVEL=0 MNTYMXDLY=2
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U37 NAND(2) $G_DPWR $G_DGND b3 A3 8
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+ M37 IOM37 IO_LEVEL=0 MNTYMXDLY=2
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U38 NOR(2) $G_DPWR $G_DGND b3 A3 4
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+ M38 IOM38 IO_LEVEL=0 MNTYMXDLY=2
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U39 NOR(2) $G_DPWR $G_DGND B4 A4 2
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+ M39 IOM39 IO_LEVEL=0 MNTYMXDLY=2
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U40 NAND(2) $G_DPWR $G_DGND B4 A4 5
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+ M40 IOM40 IO_LEVEL=0 MNTYMXDLY=2
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*** U41 STIM(8,44) $G_DPWR $G_DGND a1 A2 A3 A4 b1 B2 b3 B4
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*** + IO_STD IO_LEVEL=0
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*** + LABEL=START 0NS INCR BY 11 100NS GOTO START -1 TIMES
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*** U42 STIM(1,1) $G_DPWR $G_DGND C0
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*** + IO_STD IO_LEVEL=0
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*** + 0NS 0
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U43 XOR $G_DPWR $G_DGND 18 23 SIGMA4
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+ M1 IO_STD IO_LEVEL=0 MNTYMXDLY=2
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U44 XOR $G_DPWR $G_DGND 25 29 SIGMA3
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+ M1 IO_STD IO_LEVEL=0 MNTYMXDLY=2
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U45 XOR $G_DPWR $G_DGND 31 34 SIGMA2
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+ M1 IO_STD IO_LEVEL=0 MNTYMXDLY=2
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U46 XOR $G_DPWR $G_DGND 36 37 SIGMA1
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+ M1 IO_STD IO_LEVEL=0 MNTYMXDLY=2
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*
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.MODEL M1 UGATE (TPLHTY=3N TPHLTY=2N)
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.MODEL IOM1 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M2 UGATE ()
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.MODEL IOM2 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M3 UGATE ()
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.MODEL IOM3 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M4 UGATE ()
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.MODEL IOM4 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M5 UGATE ()
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.MODEL IOM5 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M6 UGATE ()
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.MODEL IOM6 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M7 UGATE ()
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.MODEL IOM7 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M8 UGATE ()
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.MODEL IOM8 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M9 UGATE ()
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.MODEL IOM9 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M10 UGATE ()
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.MODEL IOM10 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M11 UGATE ()
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.MODEL IOM11 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M12 UGATE ()
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.MODEL IOM12 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M13 UGATE ()
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.MODEL IOM13 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M14 UGATE ()
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.MODEL IOM14 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M15 UGATE ()
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.MODEL IOM15 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M16 UGATE ()
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.MODEL IOM16 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M17 UGATE ()
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.MODEL IOM17 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M18 UGATE ()
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.MODEL IOM18 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M19 UGATE ()
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.MODEL IOM19 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M20 UGATE ()
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.MODEL IOM20 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
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+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
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.MODEL M21 UGATE ()
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.MODEL IOM21 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
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+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
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+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M22 UGATE ()
|
||||
.MODEL IOM22 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M23 UGATE ()
|
||||
.MODEL IOM23 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M24 UGATE ()
|
||||
.MODEL IOM24 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M25 UGATE ()
|
||||
.MODEL IOM25 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M26 UGATE ()
|
||||
.MODEL IOM26 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M27 UGATE ()
|
||||
.MODEL IOM27 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M28 UGATE ()
|
||||
.MODEL IOM28 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M29 UGATE ()
|
||||
.MODEL IOM29 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M30 UGATE ()
|
||||
.MODEL IOM30 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M31 UGATE ()
|
||||
.MODEL IOM31 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M32 UGATE ()
|
||||
.MODEL IOM32 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M33 UGATE ()
|
||||
.MODEL IOM33 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M34 UGATE ()
|
||||
.MODEL IOM34 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M35 UGATE ()
|
||||
.MODEL IOM35 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M36 UGATE ()
|
||||
.MODEL IOM36 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M37 UGATE ()
|
||||
.MODEL IOM37 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M38 UGATE ()
|
||||
.MODEL IOM38 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M39 UGATE ()
|
||||
.MODEL IOM39 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
.MODEL M40 UGATE (TPLHTY=4N TPHLTY=6N)
|
||||
.MODEL IOM40 UIO (INLD=0 OUTLD=0 DRVH=50 DRVL=50 ATOD1="ATOD1"
|
||||
+ DTOA1="DTOD1" ATOD2="ATOD2" DTOA2="DTOD2" ATOD3="ATOD3" DTOA3="DTOD3"
|
||||
+ ATOD4="ATOD4" DTOA4="DTOD4" TSWLH1=0 TSWLH2=0 TSWLH3=0 TSWLH4=0
|
||||
+ TSWHL1=0 TSWHL2=0 TSWHL3=0 TSWHL4=0 DIGPOWER="DIGPOWER")
|
||||
*** From file C:\MC12\library\DIGIO.LIB
|
||||
.MODEL IO_STD UIO (
|
||||
+ DRVH=130 DRVL=130
|
||||
+ ATOD1="ATOD_STD" ATOD2="ATOD_STD_NX"
|
||||
+ ATOD3="ATOD_STD" ATOD4="ATOD_STD_NX"
|
||||
+ DTOA1="DTOA_STD" DTOA2="DTOA_STD"
|
||||
+ DTOA3="DTOA_STD" DTOA4="DTOA_STD"
|
||||
+ TSWHL1=3.310NS TSWHL2=3.310NS
|
||||
+ TSWHL3=3.310NS TSWHL4=3.310NS
|
||||
+ TSWLH1=2.115NS TSWLH2=2.115NS
|
||||
+ TSWLH3=2.115NS TSWLH4=2.115NS
|
||||
+ DIGPOWER="DIGIFPWR")
|
||||
*
|
||||
.ends 283
|
||||
|
||||
X1 a1 a2 a3 a4 b1 b2 b3 b4 c0 sigma1 sigma2 sigma3 sigma4 c4 283
|
||||
|
||||
va1 a1 0 pulse( 0.0 3.2 0ns 0ns 0ns 100ns 200ns )
|
||||
va2 a2 0 pulse( 3.2 0.0 0ns 0ns 0ns 100ns 200ns )
|
||||
va3 a3 0 pulse( 0.0 3.2 0ns 0ns 0ns 100ns 200ns )
|
||||
va4 a4 0 pulse( 3.2 0.0 0ns 0ns 0ns 100ns 200ns )
|
||||
|
||||
vb1 b1 0 pulse( 3.2 0.0 0ns 0ns 0ns 100ns 200ns )
|
||||
vb2 b2 0 pulse( 3.2 0.0 0ns 0ns 0ns 100ns 200ns )
|
||||
vb3 b3 0 pulse( 3.2 0.0 0ns 0ns 0ns 100ns 200ns )
|
||||
vb4 b4 0 pulse( 0.0 3.2 0ns 0ns 0ns 100ns 200ns )
|
||||
|
||||
vc0 c0 0 pulse( 0.0 3.2 2us )
|
||||
|
||||
r1 a1 0 10k
|
||||
r2 a2 0 10k
|
||||
r3 a3 0 10k
|
||||
r4 a4 0 10k
|
||||
r5 c0 0 10k
|
||||
r6 c4 0 10k
|
||||
r10 b1 0 10k
|
||||
r20 b2 0 10k
|
||||
r30 b3 0 10k
|
||||
r40 b4 0 10k
|
||||
r100 sigma1 0 10k
|
||||
r200 sigma2 0 10k
|
||||
r300 sigma3 0 10k
|
||||
r400 sigma4 0 10k
|
||||
|
||||
.tran 1ns 4us
|
||||
.control
|
||||
run
|
||||
listing expand
|
||||
edisplay
|
||||
* eprint a4 a3 a2 a1 b4 b3 b2 b1 c0
|
||||
* eprint sigma4 sigma3 sigma2 sigma1 c4
|
||||
* save data to input directory
|
||||
cd $inputdir
|
||||
eprvcd a4 a3 a2 a1 b4 b3 b2 b1 c0 sigma4 sigma3 sigma2 sigma1 c4 > ab_ex283.vcd
|
||||
* plotting the vcd file with GTKWave
|
||||
if $oscompiled = 1 | $oscompiled = 8 ; MS Windows
|
||||
shell start gtkwave ab_ex283.vcd --script nggtk.tcl
|
||||
else
|
||||
if $oscompiled = 7 ; macOS, manual tweaking required (mark, insert, Zoom Fit)
|
||||
shell open -a gtkwave ab_ex283.vcd
|
||||
else ; Linux and others
|
||||
shell gtkwave ab_ex283.vcd --script nggtk.tcl &
|
||||
end
|
||||
end
|
||||
quit
|
||||
.endc
|
||||
.end
|
||||
Loading…
Reference in New Issue