hspice教程简明手册

1、Hspice Hspice Hspice 123Hspice Hspice Hspice 1 Hspice title 2 1 Hspice R1 C1L111122210k 1pf1mh( 1 2 R1, 10k ) ( 1 2 C1, 1pf)( 1 2 L1, 1mh)MOS CAD a DXN+N-MNAME D N+ N-MNAME AREA OFF IC=VD bQXNCNBNEMNAME Q NCNBNENS cJXNDNGNS MNAME J NDNGNS MNAME dMOS MXNDNGNSNBMNAME M ND,NG,NS,NB MNAME L M 2 .”.M, MO

2、S Hspice MOS MOS MOS Hspice 20 4060 MOS .MNMOS LEVEL=3RSH=0 TOX=275E-10 LD=.1E-6 XJ=.14E-6+ CJ=1.6E-4 CJSW=1.8E-10 UO=550 VTO=1.022 CGSO=1.3E-10+ CGDO=1.3E-10 NSUB=4E15 NFS=1E10+ VMAX=12E4 PB=.7 MJ=.5 MJSW=.3 THETA=.06 KAPPA=.4 ETA=.14.MPSS PMOSLEVEL=3 RSH=0 TOX=275E-10 LD=.3E-6 XJ=.42E-6+ CJ=7.7E-4

3、 CJSW=5.4E-10 UO=180 VTO=-1.046 CGSO=4E-10+ CGDO=4E-10 TPG=-1 NSUB=7E15 NFS=1E10+ VMAX=12E4 PB=.7 MJ=.5 MJSW=.3 ETA=.06 THETA=.03 KAPPA=.4.M.NSS NMOS LEVEL=3 RSH=03 Hspice V I aVIXN+N-DC DCDCVALUE VALUE5v 1,0 5vXN+N-VCC10bVIXN+N-AC ACMAG XN+N-AC ACMAG ACMAG ACPHASE V110AC1vc 1,0 1v 0* :VXN+N-PULSEV1

4、 V2TDTRTFPWPERV1 V2 TD TR TF PW PER V150PULSE0 1 2NS 4Ns 4Ns 20NS 50NS* VXN+N-SIN(V0VAFREQTD THETAPHASE)V0:VA:FREQ: TD :THETA: PHASE:* VXN+N-EXP(V1 V2 TD1 TAU1 TD2 TAU2)V1 V2 TD1 TAU1 TD2 TAU2 :V130EXP(02 2ns 30ns 60ns 40ns)* VXN+N-PWL(T1V1 )T1V1 tT1 V1Vpwl30PWL0110ns1.5(4) * .SUBCKTSUBNAMN1.SUBCKT

5、SUBNAM N1* .ENDS()* XYYYYN1SUBNAM Spice X .SUBCKTOP.ENDS1234Xop1234OP3 ().OP.TRAN.IC,(.OPTIONS)(1).TRAN(): .TRANTSTEPTSTOPTSTART TSETP ,TSTOP ,TSTART 0.TRAN1NS10000NS500NS( 50010000NS 1NS)2.AC().ACDECNDFSTARTFSTOPDEC 10 ND FSTART FSTOP .ACDEC10110K)3.DC()( 1 10KHZ 10 DCANVSTARTVSTOPVINCR .DCVIN0.255

6、.00.25( VIN 025V 5V, 025V)4.OPTION()ACCT()LISTNODE NOMOD() Hspice41.PR.PRTYPE ov1TYPE DCOV1 .PR(2)DCV(5).PLOT.PRTYPE ov15”*”6.END Hspice Hspice Hspice2001.4 Hspice :Hspice1 .speyediag.sp*Eye Diagrams;eyediag.lis(2).lis(3)Hspice1 RCquickRC.spA S IMPLE AC RUN. OPT IONS L I ST NODE. OP. AC DEC 10 1K 1M

7、EGT. PR V1 R1 R2AC V( 1 ) V( 2 )10 AC 1 1K1K. 001UI( R2 ) I( C1 )1020012C12. END A S IMPLE ACRUN . OPTIONS LI ST NODETL IST NODE e leme n t nod e ta b l e . OP T . AC DEC 10 1K 1MEG ( 1 10KHZ 10 ) . PRAC V ( 1 ) V ( 2 ) I ( R2 ) I ( C1 ) 12 R2 , C1 V1 1 0 10 AC 1 1 0 10v 1v quickRC.sp 点击仿真，仿真完成后界面如下

8、：点击查看 Hspice 输出结果文件 quickRC.lis，可以看到仿真后各种数据信息。要查看输出的波形，点击，可以看到界面如下：点击 AC: A SIMPLE AC RUN，就可看到各种信号，如下所示：双击要查看的信号波形，即可将该信号加入到波形框中，显示如下：2 inv.spI nv e r t e r C i r c u it . OPT IONS L I ST NODE. TRAN 200P 20NT. PRM1 OUT M2 OUTTRAN V(IN) V(OUT )ININVCC VCH L=1U W=20U0 0 NCH L=1U W=20U 5VCC VCC 0VIN IN

9、 0 0 PULSE . 2 4 . 8 2N 1N 1N 5N 20NCLOAD.M.M. ENDOUT 0 . 75P PCH PMOSNCH NMOSLEVEL=1LEVEL=1.TRAN . PR200P 20N 200p s 20n sTRAN V(IN) V(OUT ) i nou t VCC VCC 0 5VCC05v VIN IN 0 0 PULSE . 2 4 . 8 2N 1N 1N 5N 20N IN00 .2v ,5n s 20n s4 .8v 2n s 1n s 1n s PCH PMOS3D Workview D Hspice dff.sp* Project DFF

10、*erview Wirelist Created with Ver6.2InifileOptionsLevels: -h -d -n -m -x -c60 -le:workzzz.sp:.OPTIONS LIST NODET.txt.include e:m35m*Definition for project INVERTER.SUBCKT INVERTER INOUTM2M1OUT IN00NSS L=0.35U W=1.2UVDD INOUT VDDPSS L=0.35U W=2.4UCROSS-REFERENCE 1GND = 0.ENDS*Definition for project T

11、RANSFER.SUBCKT TRANSFER INOLKF CLKM1M2OLKF INVDDPSS L=0.35U W=1.2UINCLK OUT 0NSS L=0.35U W=1.2UCROSS-REFERENCE 1GND = 0.ENDSX1I1 X1I2 X1I3X1I4N1N19 N1N21 INVERTERN1N21 N1N16 CLK N1N10 TRANSFER N1N16 N1N19 INVERTERCLK N1N10 INVERTERX1I5 X1I6 X1I7 X1I8X1I9QN1N29 INVERTERQFQINVERTERN1N29 QFN1N10 CLK TR

12、ANSFERDN1N16 N1N10 CLK TRANSFERN1N19 QFCLK N1N10 TRANSFERDICTIONARY 1GND = 0.GLOBAL VDDvin D0PULSE .2 2.8v 2N 1N 1N 20N 50Nvdd VDD03vVclk clk 0 0 PULSE .2 2.8v 2N 1N 1N 5N 20N.tran 1ns 200n.END注释：以上黑体字为对 Workview 生成网表的修改。（1）.OPTIONS LIST NODET 为可选项设置.txt表示加入 0。35um 工艺库文件，注意一定要指定工艺（2）.include e:m35m库文件，否则 Hspice 无法仿真。另外，库路径一定要指定正确，否则会找不到库文件。（3）vin D0PULSE .