Hello Sudarshan, If I understand you correctly, you would not want to model either pc3b01_p or pc3b01d_p. You should be modeling PAD. pc3b01_p and pc3b01d_p are internal spice node name that you would be entering in the pin list ([pin]) in your .s2i file. You should look at the examples provided with s2ibis3 for a more detailed understanding. As for your second question, there is a real life example posted in the s2ibis3 FAQ webpage at http://www.ece.ncsu.edu/erl/ibis/faq/S2IBIS3_FAQ.htm Your third question is also explained in one of the examples in the s2ibis3 distribution. Thanks, Ambrish. ________________________________ From: owner-ibis-users@eda.org [mailto:owner-ibis-users@eda.org] On Behalf Of Sudarshan H N Sent: Monday, November 19, 2007 12:23 AM To: Fabio BRINA Cc: ibis-users@eda.org Subject: Re: [IBIS-Users] S2IBIS3 Queries Hi Fabio, I will show you a sample spice netlist i have. .SUBCKT pc3b01_p PAD I OEN CIN .. .. .. .ENDS .SUBCKT pc3b01d_p PAD I OEN CIN .. .. .. .ENDS With this example, suppose if i want to model only pc3b01_p, then how can i give this in the setup file. Since the pins are common to both the models how S2IBIS distinguishes between 2 models and how it will select the correct one. ? As per the tools and scripts i have written, i will always search for the particular spice netlist with .SUBCKT option and then use that model . But i am not sure how S2IBIS is doing it . Can you explain me ? Regards Sudarshan On Nov 16, 2007 2:37 PM, Fabio BRINA <fabio.brina@st.com> wrote: Hello Sudarshan, I don't studied the java script. But I send you a .spi file generated by S2ibis3, where you can see how work the tool: from this file it extract Power Clamp (typical). firstly you can see the netlist (.subckt INVBH2, CLPDPTT, ESDINTT etc.) secondly the models (.model DPPNWR etc : these are Eldo models) finally you find the NET added from the tool, voltage source VOUTS2I, VCLMPS2I etc, connected to the pin you are considering ( OEIN in this case ) If you have many .subckts inside the same file, I think you have also a top netlist were you can identify univocally the Pins. Regards, Fabio Brina Sudarshan H N wrote: Hi Fabio, Regarding the first question, my doubt was , if we have many IO pad netlists in a single file, how to give the names of those pads which we want to model it. Normally the spice netlists start with .SUBCKT structure. So i expected S2IBIS to search for this keyword and select the appropriate spice model. But i didnt find any such statement in the java scripts which will search for the netlists. How does S2IBIS identify different pad names ? Regards Sudarshan On Nov 14, 2007 8:02 PM, Fabio BRINA <fabio.brina@st.com> wrote: Hi Sudarshan, 1. The only pads that will be modeled are those included in the [Pin] section: [Pin] VDD VDD VDD POWER VGND VGND VGND GND EN1 EN1 EN1 mod_en IN1 IN1 IN1 mod_in OUT OUT OUT mod_out -> IN1 EN1 In this case only OUT , EN1 and IN1 will be modeled; obviously the other pad have to be fixed in the right level, with specific voltage source inside the netlist. 2. You have to separate the corners in three files, and insert them in the following specification: [Model file] corners_typ corners_min corners_max 3. You can consider each pin for time. Or you can fix the [Voltage Range ] under the [model] associated to your pad pin. as you can read in s2ibis3.txt file. I hope this helpful for your work. Regards, Fabio Brina Sudarshan H N wrote: Hello, I downloaded new s2ibis3 from the site http://www.ece.ncsu.edu/erl/ibis/s2ibis3/s2ibis3.htm and tried using it. I was able generate IBIS models with the example given in that link. But i am not able to generate separate IBIS models for the spice models . While providing input to *.s2i file i have the following queries. 1. If the IO spice netlist contains all the IO pad netlists in a single file , how to give the only those IO pad names that i wish to model it. 2. In the process model file, if all the typical, min and max corner definitions are present in a single file, how do we separately mention process models for each corner. eg: .lib '/home/sudarshann/ibis/S2IBIS/new/tsl018.lib' ff_hv for fast corner .lib '/home/sudarshann/ibis/S2IBIS/new/tsl018.lib' ss_hv for slow corner How can i achieve such kind of constructs in S2IBIS setup file . 3. How can i mention the separate voltage levels for each pin. For example how can i specify , say 1.2V on Input and enable pins and 3.3V on PAD pins. Let me know your answers. Regards Sudarshan -- This message has been scanned for viruses and dangerous content by MailScanner <http://www.mailscanner.info/> , and is believed to be clean. *Typ power clamp curve for model mod_dir *Spice Deck created by S2IBIS3 Version 1.1 *North Carolina State University *-------------------------------------------------------------------- *-------------------------------------------------------------------- ****** The NETLIST ******* *-------------------------- .GLOBAL GNDE + GND + VDD *-------------------------------------------------------------------- *-------------------------------------------------------------------- *[?param] *-------------------------------------------------------------------- *-------------------------------------------------------------------- .OPTION XA = 9.750000e-07 *-------------------------------------------------------------------- *-------------------------------------------------------------------- .SUBCKT INVBH2 A Y MM10 Y A GND GND EN3 W=3.5u L=5u AD=3.4125e-12 AS=3.4125e-12 +PD=5.45e-06 PS=5.45e-06 M=1 MM19 Y VDD NET24 NET24 EP3 W=10u L= 0.45u AD=3.51e-10 AS=3.51e-10 +PD=0.00036195 PS=0.00036195 M=1 MM11 Y A NET24 NET24 EP3 W=5u L=1u AD=5.85e-12 AS=5.85e-12 PD=7.95e-06 +PS=7.95e-06 M=1 MM9 NET24 Y VDD NET24 EP3 W=310u L=0.35u AD=3.51e-10 AS=3.51e-10 +PD=0.00036195 PS=0.00036195 M=1 .ENDS INVBH2 *-------------------------------------------------------------------- *-------------------------------------------------------------------- .SUBCKT CLPDPTT INOUT MM41 INOUT NET64 GNDE GNDE EN3 W=74.6u L=0.4u AD=7.2735e-11 +AS=7.2735e-11 PD=7.655e-05 PS=7.655e-05 M=1 MM28 INOUT NET68 GNDE GNDE EN3 W=74.6u L=0.4u AD=7.2735e-11 +AS=7.2735e-11 PD=7.655e-05 PS=7.655e-05 M=1 MM42 INOUT NET64 GNDE GNDE EN3 W=74.6u L=0.4u AD=7.2735e-11 +AS=7.2735e-11 PD=7.655e-05 PS=7.655e-05 M=1 MM34 INOUT NET68 GNDE GNDE EN3 W=74.6u L=0.4u AD=7.2735e-11 +AS=7.2735e-11 PD=7.655e-05 PS=7.655e-05 M=1 DD37 NET64 INOUT DPPNW AREA=3.3p DD29 NET68 INOUT DPPNW AREA=3.3p DD32 NET68 INOUT DPPNW AREA=3.3p DD38 NET64 INOUT DPPNW AREA=3.3p XR36 GNDE NET64 GND RPO1M1 r=3560 w=0.35e-06 nc=1 XR30 GNDE NET68 GND RPO1M1 r=3560 w= 0.35e-06 nc=1 XR35 GNDE NET64 GND RPO1M1 r=3560 w=0.35e-06 nc=1 XR31 GNDE NET68 GND RPO1M1 r=3560 w=0.35e-06 nc=1 .ENDS CLPDPTT *-------------------------------------------------------------------- *-------------------------------------------------------------------- .SUBCKT ESDINTT A RECIN XR40 NET11 RECIN GND RPO1M1 r=163 w=1.9e-06 nc=2 XR34 A NET17 GND RPO1M1 r=87 w=4.5e-06 nc=5 XR38 NET17 NET11 GND RNDIFFM1 r=196 w=1.9e-06 nc=2 DD4 GND NET17 DNPPSR AREA=308p PERI=36.8u .ENDS ESDINTT *-------------------------------------------------------------------- *-------------------------------------------------------------------- .SUBCKT INV A Y MM10 Y A GND GND EN3 W=wn L=ln M=1 MM9 Y A VDD VDD EP3 W=wp L=lp M=1 .ENDS INV *-------------------------------------------------------------------- *-------------------------------------------------------------------- .CONNECT GND GNDE XI11 NET23 NET9 INVBH2 XI9 OEIN CLPDPTT XI8 OEIN NET9 ESDINTT XI17 OEOUT NET23 INV ln=2u lp=2u wn=7u wp=13u XI10 NET23 OEOUT INV ln=0.35u lp=0.35u wn=44u wp=90u XI18 NET9 NET23 INV ln=0.35u lp=0.35u wn=20u wp=55u *--------------------------------------------------------------- * Spice Model : DPPNWR *--------------------------------------------------------------- *********** THE MODELS ************* *---------------------------------------------------------------------- * Simulator: #ELDO 4.5 *---------------------------------------------------------------------- * .model DPPNWR d + level=8 diolev=9 tnom=27 + vr=0 cjbr=0.001329 cjsr=3.146e-10 + cjgr=1.864e-10 jsdbr=1.9e-07 jsdsr=4.572e-14 + jsdgr=1e-20 jsgbr=4.057e-06 jsgsr=2.782e-11 + jsggr=4.751e-11 vdbr=0.8 vdsr=0.8 + vdgr=0.8 pb= 0.43 ps=0.33 + pg=0.43 *.endl DPPNWJU_typ *--------------------------------------------------------------- * Spice Model : EPMM9JU *--------------------------------------------------------------- * *---------------------------------------------------------------------- * PMOS : EP (Model : MM9JU - subckt Juncap) typ *---------------------------------------------------------------------- * Simulator: #ELDO 4.5 *---------------------------------------------------------------------- .SUBCKT EPMM9JU D G S B + param: W=10e-6 L=10e-6 nfing=1 + wfing={w/nfing+0} + fd={nfing-2*trunc(nfing/2)} + fs={2-fd} + AD={wfing*(nfing*(1.15e-06)/2+fd*(1.15e-06)/2)} + AS={wfing*(nfing*(1.15e-06)/2+fs*(1.15e-06)/2)} + PD={nfing*2*(1.15e-06)/2+fd*(wfing+1.15e-06)} + PS={nfing*2*(1.15e-06)/2+fs*(wfing+1.15e-06)} M1 D G S B EPMM9JU W=W L=L AS=AS AD=AD PS=PS PD=PD .ENDS .MODEL EPMM9JU + pmos + level=59 + tox=8.2e-09 tr=27 ler=9.954e-06 + lvar=0 lap=2.2994e-08 wer= 9.8871e-06 + wvar=0 wot=5.6447e-08 vtor=0.605 + slvto=2.4157e-08 sl2vto=-8.8158e-15 swvto=-2.4478e-09 + stvto=-0.00093097 betsq=4.6238e-05 etabet=1.1695 + the1r=0.21277 slthe1r= 6.6646e-08 swthe1=-1.19e-09 + stthe1r=-0.00045468 stlthe1=-1.8179e-10 the2r=0.33738 + slthe2r=-3.7174e-08 swthe2=1.9299e-08 stthe2r=-0.0004339 + stlthe2=7.9686e-11 kor=0.65138 slko=-5.6962e-08 + swko=2.1928e-08 kr=0.65138 slk=-5.6962e-08 + swk=2.1928e-08 vsbxr=100 slvsbx=0 + swvsbx=0 phibr=0.84764 zet1r=1.8722 + slzet1=-1.6842e-07 etazet=1 mor= 0.30905 + slmo=8.3171e-06 stmo=0.00010119 etamr=1 + gamoor=0.0001689 slgamoo=1.1391e-15 etagamr=1 + vsbtr=100 slvsbt=0 gam1r=-0.0015083 + slgam1=1.4997e-08 swgam1= 8.7524e-10 etadsr=0.6 + vpr=10.86 alpr=0.022451 slalp=8.2822e-09 + swalp=-1.2618e-08 etaalp=1 the3r=-0.014429 + stlthe3=-6.7464e-11 swthe3=1.9606e-09 stthe3r=2.4982e-05 + slthe3r=7.3895e-09 a1r=3.844 sla1=2.9719e-07 + swa1=-9.356e-09 sta1=0.015722 a2r=29.335 + sla2=4.8732e-10 swa2=-3.0085e-10 a3r=1.1664 + sla3=-1.0574e-07 swa3=-3.3629e-09 col=6.1e-11 + ntr=2.2e-20 nfr=4.182e-12 * Parameters file : diode.dds,v 1.2 1999/01/06 10:27:17 * -- JUNCAP Electrical Parameters for S/D regions (Simulator specific) + diolev=9 tnom=27 vr=0 + cjbr=0.001329 cjsr=3.146e-10 cjgr=1.864e-10 + jsdbr=1.9e-07 jsdsr=4.572e-14 jsdgr=1e-20 + jsgbr=4.057e-06 jsgsr=2.782e-11 jsggr=4.751e-11 + vdbr=0.8 vdsr= 0.8 vdgr=0.8 + pb=0.43 ps=0.33 pg=0.43 + dcaplev=0 rlev=1 alev=3 *(1)+rsh=2.4 rs=70 rd=70 + ldif=0 hdif= 4.875e-07 *--------------------------------------------------------------- * Spice Model : ENMM9JU *--------------------------------------------------------------- * *.LIB ENMM9JU_typ *---------------------------------------------------------------------- * NMOS : EN (Model : MM9JU - subckt Juncap) typ *---------------------------------------------------------------------- * Simulator: #ELDO 4.5 *---------------------------------------------------------------------- .SUBCKT ENMM9JU D G S B + param: W=10e-6 L=10e-6 nfing=1 + wfing={w/nfing+0} + fd={nfing-2*trunc(nfing/2)} + fs={2-fd} + AD={wfing*(nfing*(1.15e-06)/2+fd*(1.15e-06)/2)} + AS={wfing*(nfing*(1.15e-06)/2+fs*(1.15e-06)/2)} + PD={nfing*2*(1.15e-06)/2+fd*(wfing+1.15e-06)} + PS={nfing*2*(1.15e-06)/2+fs*(wfing+1.15e-06)} M1 D G S B ENMM9JU W=W L=L AS=AS AD=AD PS=PS PD=PD .ENDS .MODEL ENMM9JU + nmos + level=59 + tox=7.6e-09 tr=27 ler=9.9839e-06 + lvar=0 lap=8.045e-09 wer=9.7552e-06 + wvar=0 wot=1.224e-07 vtor=0.635 + slvto=7.0216e-08 sl2vto=-2.4754e-14 swvto=2.3042e-08 + stvto=-0.00087141 betsq=0.0002259 etabet=1.6336 + the1r=0.2364 slthe1r=1.3077e-07 swthe1=-8.2823e-08 + stthe1r=- 6.6798e-06 stlthe1=-5.1702e-10 the2r=0.15491 + slthe2r=-2.1137e-08 swthe2=9.6765e-08 stthe2r=0.0003788 + stlthe2=-2.1968e-11 kor=0.536 slko=-7.6164e-08 + swko=2.7463e-08 kr=0.536 slk=- 7.3164e-08 + swk=2.7463e-08 vsbxr=100 slvsbx=0 + swvsbx=0 phibr=0.84764 zet1r=2.5785 + slzet1=-0.00012272 etazet=0.5 mor=0.31129 + slmo=-1.3606e-06 stmo=- 0.00082026 etamr=1 + gamoor=0.00096059 slgamoo=2.9931e-15 etagamr=1 + vsbtr=100 slvsbt=0 gam1r=0.00063636 + slgam1=1.2818e-08 swgam1=-4.7172e-10 etadsr=0.6 + vpr=17.25 alpr=0.01 slalp=0 + swalp=0 etaalp=1 the3r=-0.025862 + stlthe3=-2.8694e-10 swthe3=-2.4e-08 stthe3r=-4.1862e-05 + slthe3r=1.014e-07 a1r=5.5559 sla1= 5.4355e-07 + swa1=-3.3508e-07 sta1=0.0084971 a2r=20 + sla2=0 swa2=0 a3r=1.1206 + sla3=-1.4134e-07 swa3=-1.0882e-08 col=6.1e-11 + ntr=2.2e-20 nfr=6.085e-12 * Parameters file : diode.dds,v 1.2 1999/01/06 10:27:17 * -- JUNCAP Electrical Parameters for S/D regions (Simulator specific) + diolev=9 tnom=27 vr=0 + cjbr=0.000933 cjsr= 2.994e-10 cjgr=2.085e-10 + jsdbr=1.295e-08 jsdsr=1e-20 jsdgr=9.999e-16 + jsgbr=4.86e-07 jsgsr=2.4e-11 jsggr=1.8e-12 + vdbr=0.8 vdsr=0.8 vdgr=0.8 + pb=0.37 ps=0.21 pg=0.37 + dcaplev=0 rlev=1 alev=3 *(1)+rsh=2.7 rs=48 rd=48 + ldif=0 hdif=4.875e-07 *--------------------------------------------------------------- * Spice Model : DNPPSR *--------------------------------------------------------------- *.model DNPPSR *BIB:HC6XXX_ELDO.DNPPSR_TYP *{DNPPSJU_TYP} *---------------------------------------------------------------------- * DIODE : DNPPS (Model : Juncap) typ *---------------------------------------------------------------------- * Simulator: #ELDO 4.5 *---------------------------------------------------------------------- * .model DNPPSR d + level=8 diolev=9 tnom=27 + vr=0 cjbr=0.000933 cjsr=2.994e-10 + cjgr=2.085e-10 jsdbr=1.295e-08 jsdsr=1e-20 + jsdgr=9.999e-16 jsgbr=4.86e-07 jsgsr=2.4e-11 + jsggr=1.8e-12 vdbr=0.8 vdsr=0.8 + vdgr=0.8 pb=0.37 ps= 0.21 + pg=0.37 *.endl DNPPSJU_typ *--------------------------------------------------------------- * Spice Model : RNDIFFM1 *--------------------------------------------------------------- *.subckt RNDIFFM1 *BIB:HC6XXX_ELDO.RNDIFFM1_TYP *{RNDIFFM1_TYP} *---------------------------------------------------------------------- * RESISTOR : RNDIFF (Model : M1) typ *---------------------------------------------------------------------- *.lib RNDIFFM1_typ .subckt RNDIFFM1 + PLUS MINUS SUB param: r=0.0 w=0.8e-6 nc=1 *---------------------------------------------------------------------- .param rt_typ={4.5/nc+(4.5945e-05)/(w-(-0.17e-6))} .param l={0.0e-6+(r-2*rt_typ)*(w-(- 0.17e-6))/48.0} *---------------------------------------------------------------------- .param rt={4.5/nc+4.5945e-05/(w-(-0.17e-6))} RES PLUS MINUS {48.0*(l-(0.0e-6))/(w-(-0.17e-6)) + 2*rt } tc=1.533e-3,2.023e-7 *---------------------------------------------------------------------- * Parameters file : diode.dds,v 1.2 1999/01/06 10:27:17 .model DNPPS d level=8 diolev=9 tnom=27 + vr=0 cjbr= 0.000933 cjsr=2.994e-10 + cjgr=2.085e-10 jsdbr=1.295e-08 jsdsr=1e-20 + jsdgr=9.999e-16 jsgbr=4.86e-07 jsgsr=2.4e-11 + jsggr=1.8e-12 vdbr=0.8 vdsr=0.8 + vdgr= 0.8 pb=0.37 ps=0.21 + pg=0.37 .param lr={l+2*0.35e-6+2*0.0e-6+2*2.0e-7+2*0.4e-6} D1 SUB PLUS DNPPS area={0.5*(w-(-0.17e-6))*lr} peri={w-(-0.17e-6)+lr} D2 SUB MINUS DNPPS area={ 0.5*(w-(-0.17e-6))*lr} peri={w-(-0.17e-6)+lr} .ends RNDIFFM1 *.endl RNDIFFM1_typ *--------------------------------------------------------------- * Spice Model : RPO1M1 *--------------------------------------------------------------- *.subckt RPO1M1 *BIB:HC6XXX_ELDO.RPO1M1_TYP *{RPO1M1_TYP} *---------------------------------------------------------------------- * RESISTOR : RPO1 (Model : M1) typ *---------------------------------------------------------------------- .subckt RPO1M1 + PLUS MINUS SUB param: r=0.0 w=0.8e-6 nc=1 *---------------------------------------------------------------------- .param rt_typ={5.5/nc+(5.577e-05)/(w-(0.02e-6))} .param l={0.0e-6+(r-2*rt_typ)*(w-( 0.02e-6))/133.0} *---------------------------------------------------------------------- .param rt={5.5/nc+5.577e-05/(w-(0.02e-6))} Rres PLUS MINUS {133.0*(l-(0.0e-6))/(w-(0.02e-6)) + 2*rt } tc=-4.50e-4,1.450e-6 *---------------------------------------------------------------------- .param lr={l+2*0.35e-6+2*0.0e-6+2*2.0e-7+2*0.4e-6} C1 PLUS SUB {8.21e-5*0.5*(w-(0.02e-6))*lr+2.26e-11*(w-(0.02e-6)+lr)} C2 MINUS SUB { 8.21e-5*0.5*(w-(0.02e-6))*lr+2.26e-11*(w-(0.02e-6)+lr)} .ends RPO1M1 *.endl RPO1M1_typ *--------------------------------------------------------------- * Spice Model : DPPNW *--------------------------------------------------------------- *.model DPPNW *BIB:HC6XXX_ELDO.DPPNW_TYP *{DPPNWJU_TYP} *---------------------------------------------------------------------- * DIODE : DPPNW (Model : Juncap) typ *---------------------------------------------------------------------- * Simulator: #ELDO 4.5 *---------------------------------------------------------------------- * .model DPPNW d + level=8 diolev=9 tnom=27 + vr=0 cjbr=0.001329 cjsr=3.146e-10 + cjgr=1.864e-10 jsdbr=1.9e-07 jsdsr=4.572e-14 + jsdgr=1e-20 jsgbr=4.057e-06 jsgsr=2.782e-11 + jsggr=4.751e-11 vdbr=0.8 vdsr=0.8 + vdgr= 0.8 pb=0.43 ps=0.33 + pg=0.43 *.endl DPPNWJU_typ *--------------------------------------------------------------- * Spice Model : EP3 *--------------------------------------------------------------- *{EPMM9_TYP} * .MODEL EP3 pmos *---------------------------------------------------------------------- * Family pmos Model EP mm9 typ *---------------------------------------------------------------------- + level=59 + tox=8.2e-09 tr=27 ler=9.954e-06 + lvar=0 lap=2.2994e-08 wer=9.8871e-06 + wvar=0 wot=5.6447e-08 vtor=0.605 + slvto=2.4157e-08 sl2vto=-8.8158e-15 swvto=-2.4478e-09 + stvto=-0.00093097 betsq=4.6238e-05 etabet=1.1695 + the1r=0.21277 slthe1r=6.6646e-08 swthe1=-1.19e-09 + stthe1r=-0.00045468 stlthe1=-1.8179e-10 the2r=0.33738 + slthe2r=-3.7174e-08 swthe2=1.9299e-08 stthe2r=-0.0004339 + stlthe2=7.9686e-11 kor=0.65138 slko=-5.6962e-08 + swko=2.1928e-08 kr=0.65138 slk=-5.6962e-08 + swk= 2.1928e-08 vsbxr=100 slvsbx=0 + swvsbx=0 phibr=0.84764 zet1r=1.8722 + slzet1=-1.6842e-07 etazet=1 mor=0.30905 + slmo=8.3171e-06 stmo=0.00010119 etamr=1 + gamoor=0.0001689 slgamoo=1.1391e-15 etagamr=1 + vsbtr=100 slvsbt=0 gam1r=-0.0015083 + slgam1=1.4997e-08 swgam1=8.7524e-10 etadsr=0.6 + vpr=10.86 alpr=0.022451 slalp=8.2822e-09 + swalp=-1.2618e-08 etaalp=1 the3r=-0.014429 + stlthe3=-6.7464e-11 swthe3=1.9606e-09 stthe3r=2.4982e-05 + slthe3r=7.3895e-09 a1r=3.844 sla1=2.9719e-07 + swa1=-9.356e-09 sta1=0.015722 a2r=29.335 + sla2=4.8732e-10 swa2=-3.0085e-10 a3r=1.1664 + sla3=-1.0574e-07 swa3=-3.3629e-09 col=6.1e-11 + ntr=2.2e-20 nfr=4.182e-12 * Parameters file : diode.dds,v 1.2 1999/01/06 10:27:17 * -- JUNCAP Diode Electrical Parameters for S/D regions (Simulator specific) + diolev=9 tnom=27 vr=0 + cjbr=0.001329 cjsr= 3.146e-10 cjgr=1.864e-10 + jsdbr=1.9e-07 jsdsr=4.572e-14 jsdgr=1e-20 + jsgbr=4.057e-06 jsgsr=2.782e-11 jsggr=4.751e-11 + vdbr=0.8 vdsr=0.8 vdgr=0.8 + pb=0.43 ps=0.33 pg=0.43 + dcaplev=0 rlev=1 alev=3 *(1)+rsh=2.4 rs=70 rd=70 + ldif=0 hdif=4.875e-07 *.ENDL *--------------------------------------------------------------- * Spice Model : EN3 *--------------------------------------------------------------- *.model EN3 *BIB:HC6XXX_ELDO.EN3_TYP *{ENMM9_TYP} .MODEL EN3 nmos *---------------------------------------------------------------------- * Family nmos Model EN mm9 typ *---------------------------------------------------------------------- + level=59 + tox= 7.6e-09 tr=27 ler=9.9839e-06 + lvar=0 lap=8.045e-09 wer=9.7552e-06 + wvar=0 wot=1.224e-07 vtor=0.635 + slvto=7.0216e-08 sl2vto=-2.4754e-14 swvto=2.3042e-08 + stvto=-0.00087141 betsq=0.0002259 etabet=1.6336 + the1r=0.2364 slthe1r=1.3077e-07 swthe1=-8.2823e-08 + stthe1r=-6.6798e-06 stlthe1=-5.1702e-10 the2r=0.15491 + slthe2r=- 2.1137e-08 swthe2=9.6765e-08 stthe2r=0.0003788 + stlthe2=-2.1968e-11 kor=0.536 slko=-7.6164e-08 + swko=2.7463e-08 kr=0.536 slk=-7.3164e-08 + swk=2.7463e-08 vsbxr=100 slvsbx=0 + swvsbx=0 phibr=0.84764 zet1r=2.5785 + slzet1=-0.00012272 etazet=0.5 mor=0.31129 + slmo=-1.3606e-06 stmo=-0.00082026 etamr=1 + gamoor=0.00096059 slgamoo=2.9931e-15 etagamr=1 + vsbtr=100 slvsbt=0 gam1r=0.00063636 + slgam1=1.2818e-08 swgam1=-4.7172e-10 etadsr=0.6 + vpr=17.25 alpr=0.01 slalp=0 + swalp=0 etaalp=1 the3r=- 0.025862 + stlthe3=-2.8694e-10 swthe3=-2.4e-08 stthe3r=-4.1862e-05 + slthe3r=1.014e-07 a1r=5.5559 sla1=5.4355e-07 + swa1=-3.3508e-07 sta1=0.0084971 a2r=20 + sla2=0 swa2=0 a3r= 1.1206 + sla3=-1.4134e-07 swa3=-1.0882e-08 col=6.1e-11 + ntr=2.2e-20 nfr=6.085e-12 * Parameters file : diode.dds,v 1.2 1999/01/06 10:27:17 * -- JUNCAP Diode Electrical Parameters for S/D regions (Simulator specific) + diolev=9 tnom=27 vr=0 + cjbr=0.000933 cjsr=2.994e-10 cjgr=2.085e-10 + jsdbr=1.295e-08 jsdsr=1e-20 jsdgr=9.999e-16 + jsgbr=4.86e-07 jsgsr=2.4e-11 jsggr=1.8e-12 + vdbr=0.8 vdsr=0.8 vdgr=0.8 + pb=0.37 ps=0.21 pg=0.37 + dcaplev=0 rlev=1 alev=3 *(1)+rsh=2.7 rs=48 rd=48 + ldif=0 hdif=4.875e-07 *.ENDL *** *** ADDING NET (from S2ibis3) *** VOUTS2I OEIN 0 DC 0.0 VCLMPS2I VDDE 0 DC 3.0 VGCLMPS2I GNDE 0 DC 0.0 .TEMP 27.0 .DC VOUTS2I 3.0 6.0 0.04 .PRINT DC I(VOUTS2I) .END -- This message has been scanned for viruses and dangerous content by MailScanner <http://www.mailscanner.info/> , and is believed to be clean. -- This message has been scanned for viruses and dangerous content by MailScanner, and is believed to be clean. -------------------------------------------------------------------- |For help or to subscribe/unsubscribe, e-mail majordomo@eda-stds.org |with the appropriate command message(s) in the body: | | help | subscribe ibis <optional e-mail address, if different> | subscribe ibis-users <optional e-mail address, if different> | unsubscribe ibis <optional e-mail address, if different> | unsubscribe ibis-users <optional e-mail address, if different> | |or e-mail a request to ibis-request@eda-stds.org. | |IBIS reflector archives exist under: | | http://www.eda-stds.org/pub/ibis/email_archive/ Recent | http://www.eda-stds.org/pub/ibis/users_archive/ Recent | http://www.eda-stds.org/pub/ibis/email/ E-mail since 1993Received on Mon Nov 19 21:39:58 2007
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