ADS

[Sadegh.j]

Hoi

Ik heb onlangs begonnen met advertenties op mijn schakelingen simuleren, lijkt het als een cool programma.

gewoon een vraag.Kunt u vertellen ADS het model van een MOSFET Hspice met behulp van een model?

Shot

 

[khouly]

in ADS, er iets genaamd model converter

die zal de HSPICE model, en genereert ADS model

in schematische venster, kies uit het menu Bestand importeren
Selecteer netlist en uit meer opties.Selecteer hspice

en blader het model bestand en advertenties genereert het model

U kunt dan ook het model, maar iets genaamd netlist omvatten

Khouly

 

[Sadegh.j]

Bedankt voor de hulp.

Er is slechts een klein probleem.Ik deed precies zoals je zei, maar om een onbekende reden, toen ik de ingevoerde model voor een MOSFET, gaf het mij de foutmelding.By the way, ik gebruik currrently ADS2003.

Shot

 

[khouly]

wat is de foutmelding

en stuur het model, en ik zal proberen te bekeren

khouly

 

[Sadegh.j]

He

De foutmelding zegt: "MOSFET1 is een voorbeeld van een ongedefinieerde model" model1 ""

Laat me snel doorlopen van de procedure: Bestand> Importeren> ....
Na deze stap zegt dat "Niet-opgeslagen modellen kan krijgen goedgekeurd; ..."
Toen het hoofdvenster verschijnt opnieuw.Nu is de naam van het model (Zoals ik heb begrepen uit het help) is dezelfde als de naam van het txt-bestand dat werd ingevoerd.In mijn geval heb ik noemde het "model1".Dan voor de MOS, ik model1 kiezen en als ik simuleren het circuit, de bovenstaande foutmelding verschijnt.

ShotToegevoegd na 2 minuten:I'tried te hechten het model bestand, maar de verlenging werd niet toegestaan.Sorry voor de rotzooi jongens.. lib snel

. model NMOS NMOS niveau = 49
Version = 3,11 acm = 3 hdif = 0.5e-6
Mobmod = 1.000000e 00 capmod = 1.000000e 00 nqsmod = 0.000000e 00
Tox = 6.000000e-09 CDSC = 1.000000e-10 cdscb = 0.000000e 00
Cdscd = 3.146578e-03 cit =-1.165567e-03 nfactor = 2.067847e 00
Xj = 2.000000e-07 VSAT = 1.733115e 05 om 04 = 4.587946e
A0 = 1.208623e 00 AGS = 2.664144e-01 A1 = 0.000000e 00
A2 = 3.926521e-01 =-keta 5.969015e-03 nch = 3.053200e 17
K1 = 7.221407e-01 KT1 =-2.968857e-01 kt1l = 6.948321e-09
KT2 =-2.439718e-02 k2 =-5.516670e-02 = K3-2.348052e 00
= K3b-2.995700e 00 W0 = 0.000000e 00 nlx = 2.343014e-07
Dvt0 = 1.904429e 01 dvt1 = 8.370073e-01 dvt2 = 6.252991e-03
Dvt0w = 0.000000e 00 dvt1w = 0.000000e 00 dvt2w = 0.000000e 00
Drout = 5.600000e-01 DSUB = 5.891755e-01 vth0 = 4.090000e-01
Ua =-1.085785e-09 ua1 = 2.451017e-09 ub = 2.210053e-18
UB1 =-2.617479e-18 uc = 3.755569e-11 UC1 = 2.640885e-13
U0 = 3.324764e-02 =-ute 1.230449e voff 00 =-8.793706e-02
Delta = 9.688553e-03 rdsw = 4.385596e 02 prwg = 1.000000e-01
Prwb =-7.964250e-02 prt =-4.162666e 01 eta0 = 1.722893e-01
Etab =-5.113721e-02 PCLM = 9.585992e-01 pdiblc1 = 2.537726e-12
Pdiblc2 =-3.312959e-04 pdiblcb =-1.000000e-03 pscbe1 = 5.656369e 08
Pscbe2 = 1.000000e-03 pvag = 1.000001e-12 WR = 9.107508e-01
= Dwg-7.427878e-09 = DWB-3.328336e-09 b0 = 1.598826e-07
B1 = 5.141988e-17 alpha0 = 0.000000e 00 beta0 = 3.000000e 01
Iep = 5.000000e 00 cgsl = 0.000000e 00 cgdl = 0.000000e 00
Ckappa = 6.000000e-01 CF = 1.500000e-10 CLC = 1.000000e-07
Cle = 6.000000e-01 tnom = 2.500000e 01 CGSO = 1.730000e-10
Cgdo = 1.730000e-10 cgbo = 0.000000e 00 XPart = 1.000000e 00
Rsh = 0.000000e 00 pb = 5.112000e-01 MJ = 3.872000e-01
Mjsw = 3.872000e-01 pbsw = 5.112000e-01 cj = 8.488000e-04
Cjsw = 4.896000e-10 lint = 1.944776e-08 ll = 1.382235e-09
LLN = 2.000000e-01 lw = 0.000000e 00 lwn = 0.000000e 00
LWL = 0.000000e 00 wint = 1.347400e-07 wl = 0.000000e 00
WLN = 1.000000e 00 = ww-7.781819e-14 = 1.000000e 00 WWN
= Wwl 0.000000e 00 nlev = 2.000000e 00 kf = 0.500000e-25

. model PBO PBO niveau = 49
Version = 3,11 acm = 3 hdif = 0.5e-6
Mobmod = 1.000000e 00 capmod = 1.000000e 00 nqsmod = 0.000000e 00
Tox = 6.000000e-09 CDSC = 1.000000e-10 cdscb = 0.000000e 00
Cdscd = 0.000000e 00 cit = 2.849258e-03 nfactor = 0.000000e 00
Xj = 2.000000e-07 VSAT = 1.235253e 05 om 00 = 0.000000e
A0 = 5.534111e-01 ags = 0.000000e 00 a1 = 0.000000e 00
A2 = 4.000000e-01 =-keta 4.742392e-03 nch = 1.198869e 17
K1 = 4.649430e-01 KT1 =-4.972940e-01 kt1l = 0.000000e 00
KT2 =-4.796538e-02 k2 = 1.579357e-02 = K3-1.532555e 00
= K3b-1.426295e-01 W0 =-5.128171e-07 nlx = 1.500000e-07
Dvt0 = 1.310824e 00 dvt1 = 2.383284e-01 dvt2 = 0.000000e 00
Dvt0w = 0.000000e 00 dvt1w = 0.000000e 00 dvt2w = 0.000000e 00
Drout = 3.972895e DSUB-01 = 4.287821e-01 vth0 =-0.746600e 00
Ua =-7.838913e-10 ua1 = 4.158887e-09 ub = 1.416209e-18
UB1 =-3.635865e-18 = uc-3.193134e-11 UC1 = 0.000000e 00
U0 = 8.644306e-03 ute = 0.000000e 00 voff =-1.619864e-01
Delta = 1.000000e-02 rdsw = 1.393589e 03 prwg =-7.131702e-02
Prwb =-9.573077e-02 prt = 0.000000e 00 eta0 = 5.324062e-02
Etab = 0.000000e 00 PCLM = 1.294956e 00 pdiblc1 = 1.272241e-02
Pdiblc2 = 5.045117e-04 pdiblcb =-8.715370e-03 pscbe1 = 4.803844e 08
Pscbe2 = 1.000000e-08 pvag = 0.000000e wr 00 = 8.585317e-01
= Dwg-1.637238e-08 = DWB-3.444345e-09 b0 = 0.000000e 00
B1 = 1.000000e-04 alpha0 = 0.000000e 00 beta0 = 3.000000e 01
Iep = 5.000000e 00 cgsl = 0.000000e 00 cgdl = 0.000000e 00
Ckappa = 6.000000e-01 CF = 1.500000e-10 CLC = 1.000000e-07
Cle = 6.000000e-01 tnom = 2.500000e 01 CGSO = 4.370000e-10
Cgdo = 4.370000e-10 cgbo = 0.000000e 00 XPart = 1.000000e 00
Rsh = 0.000000e 00 pb = 9.316000e-01 MJ = 4.845000e-01
Mjsw = 4.845000e-01 pbsw = 9.316000e-01 cj = 1.117000e-03
Cjsw = 4.764000e-10 lint = 6.278428e-08 ll = 4.395297e-17
LLN = 1.370692e 00 lw = 0.000000e 00 = lwn 0.000000e 00
LWL = 0.000000e 00 wint = 1.924185e-07 wl = 0.000000e 00
WLN = 1.000000e 00 = ww-9.207185e-13 WWN = 8.342567e-01
= Wwl 0.000000e 00 nlev = 2.000000e 00 kf = 0.250000e-25
*

. endl snel

 

[khouly]

Ik heb vertaald van het model met behulp van advertenties
en het is verbonden met de mijn boodschap, gebruik het in de schamtic met netlist omvatten item uit data items menu

donot en vergeet de naam van het model te maken in de apparaten

khouly
Sorry, maar je moet inloggen om deze gehechtheid

 

[Sadegh.j]

You rock man !!!!!

BedanktToegevoegd na 32 minuten:Ik heb ook het bestand dat u heeft me laten zien en het werkte.Maar toen ik probeerde om de omzetting te doen voor mijn belangrijkste bestand om een of andere vreemde reden de conversie heeft plaatsgevonden, maar toen ik probeerde om het uiteindelijke ontwerp invoer, niets was ingevoerd.

Mag ik verzoeken u vriendelijk om de conversie van het bestand hieronder en bijvoegen het voor mij.Ik appreicate uw hulp.

Iets anders, heeft ADS niet aanvaarden spaties in namen, vocht met die voor een tijdje.

Thanks a lotToegevoegd na 5 minutenit is het Hspice model vertelde ik u over.Toegevoegd na 4 minuten:Bedankt.Voor sommige vreemde reden kan ik niet bevestigen het bestand.maar ik ga gewoon kopiëren en plakken:* **********************************************
* * TSMC RF SPICE MODEL *
* **********************************************
* Dit model is aangepast voor RF purppose.MOS & DIO werd gewijzigd.
*
* PROCES: 0.18um Mixed-Signal SALICIDE (1P6M , 1.8V/3.3V)
* Model: BSIM3 (V3.2)
* DOC.NEE.: T-018-MM-SP-001
* Version: 1.1
* Datum: Oct.25, 2002
* HSPICE VERSIE: H98.4
*
************************************************** *****************************
*
* In dit model LIB BEVAT: *
*
* 1.LIB TT_RFMOS *
* (Normaal model voor 1.8V/3.3V nominale Vt N / P-apparaten en MIM *
* Condensator, spoel spiraal, Varactor MOS, weerstand en afslag *
* Condensator sub-circuit) *
*
* 2.LIB FF_RFMOS *
* (Fast-Fast hoek model voor 1.8V/3.3V nominale Vt N / P-apparaten en MIM *
* Condensator, spoel spiraal, Varactor MOS, weerstand en afslag *
* Condensator sub-circuit) *
*
* 3.LIB SS_RFMOS *
* (Slow-Slow hoek model voor 1.8V/3.3V nominale Vt N / P-apparaten en MIM *
* Condensator, spoel spiraal, MOS Varactor, weerstand en knooppunt *
* Condensator sub-circuit) *
*
************************************************** ****************************
*
* 1) Om deze modellen direct gebruik door de programmering in deze stijl:
*
Lib_path *. Lib '/ lib_name' xx_RFMOS (xx staat voor TT, FF of SS)
*
*
* EX1:. Lib '/ home/user/tsmc/LOGIC/rf018.l' TT_RFMOS
*
* Voor alle typische MOS-apparaten
*
* EX2:. Lib '/ home/user/tsmc/LOGIC/rf018.l' FF_RFMOS
*
* Voor alle Fast-Fast hoek MOS-apparaten
*
* EX3:. Lib '/ home/user/tsmc/LOGIC/rf018.l' SS_RFMOS
*
* Voor alle Slow-Slow hoek MOS Devices
*
* 2) Houdt u er rekening mee dat AS / AD en PS / PD moet worden ingesteld op nul te leiden in de juiste
* Output impedantie.
*
. LIB TT_RFMOS
. param nmos_rgfac = 1,0 pmos_rgfac = 1,0
Nmos_rsubfac = 1,0 pmos_rsubfac = 1,0
Nmos_uefffac = 1,0 pmos_uefffac = 1,0
Nmos_vthfac = 1,0 pmos_vthfac = 1,0
Nmos_toxfac = 1,0 pmos_toxfac = 1,0
Nmos_dlfac = 1,0 pmos_dlfac = 1,0
Nmos_dwfac = 0.0 pmos_dwfac = 0.0
Nmos_rdswfac = 1,0 pmos_rdswfac = 1,0
Nmos_k1fac = 1,0 pmos_k1fac = 1,0
Nmos_cgdfac = 1,0 pmos_cgdfac = 1,0
Ndio_cjfac = 1,0 pdio_cjfac = 1,0
Rctm_fac = 1,0
L_fac = 1,0
Cmim_fac = 1,0
Cm5_fac = 1,0
Rsub_fac = 1,0
Csub_fac = 1,0
Rm6_fac = 1,0
Cs_fac = 1,0
Cm6_fac = 1,0
Cmv_fac = 1,0
Rm1_fac = 1,0
Cj_fac = 1,0
Cpoly_fac = 1,0
Rnpolys_fac = 1,0
Rnpolyl_fac = 1,0
Rppolys_fac = 1,0
Rppolyl_fac = 1,0
Rnpolywos_fac = 1,0
Rnpolywol_fac = 1,0
Rppolywos_fac = 1,0
Rppolywol_fac = 1,0
Rnodwo_fac = 1,0
Rpodwo_fac = 1,0
Rppolyhri_fac = 1,0
rf018.l. lib '' RF_MACRO
. Endl TT_RFMOS
*
. LIB FF_RFMOS
. param nmos_rgfac = 0,55 pmos_rgfac = 0.742
Nmos_rsubfac = 0,85 pmos_rsubfac = 0,85
Nmos_uefffac = 1,02554 pmos_uefffac = 1,0149
Nmos_vthfac = 0,966423 pmos_vthfac = 0,992553
Nmos_toxfac = 0,985702 pmos_toxfac = 0,994121
Nmos_dlfac = 2,739121 pmos_dlfac = 2,104354
Nmos_dwfac = 0,039328 pmos_dwfac = -0.00485757
Nmos_rdswfac = 0,83611 pmos_rdswfac = 1,11353
Nmos_k1fac = 0,986757 pmos_k1fac = 1,01792
Nmos_cgdfac = 0,91 pmos_cgdfac = 0.901
Ndio_cjfac = 0,803195 pdio_cjfac = 0,912706
Rctm_fac = 0,8273
L_fac = 0,9762
Cmim_fac = 0,9091
Cm5_fac = 0,9538
Rsub_fac = 1,2000
Csub_fac = 0,8944
Rm6_fac = 0,7929
Cs_fac = 0,7764
Cm6_fac = 0,9551
Cmv_fac = 0,9556
Rm1_fac = 0,8034
Cj_fac = 0,9500
Cpoly_fac = 0,9427
Rnpolys_fac = 0,5088
Rnpolyl_fac = 0,8198
Rppolys_fac = 0,6517
Rppolyl_fac = 0,7863
Rnpolywos_fac = 0,8493
Rnpolywol_fac = 0,8493
Rppolywos_fac = 0,8607
Rppolywol_fac = 0,8607
Rnodwo_fac = 0,9345
Rpodwo_fac = 0,9048
Rppolyhri_fac = 0,8000
rf018.l. lib '' RF_MACRO
. Endl FF_RFMOS
*
. LIB SS_RFMOS
. param nmos_rgfac = 1,45 pmos_rgfac = 1.258
Nmos_rsubfac = 1,15 pmos_rsubfac = 1,15
Nmos_uefffac = 0,974461 pmos_uefffac = 0,985095
Nmos_vthfac = 1,03358 pmos_vthfac = 1,00745
Nmos_toxfac = 1,0143 pmos_toxfac = 1,00588
Nmos_dlfac = -0,73912 pmos_dlfac = -0,10435
Nmos_dwfac = -0.0393285 pmos_dwfac = 0,00485757
Nmos_rdswfac = 1,16389 pmos_rdswfac = 0,886469
Nmos_k1fac = 1,01324 pmos_k1fac = 0,982085
Nmos_cgdfac = 1,09 pmos_cgdfac = 1.099
Ndio_cjfac = 1,19681 pdio_cjfac = 1,08729
Rctm_fac = 1,1727
L_fac = 1,0235
Cmim_fac = 1,1111
Cm5_fac = 1,0520
Rsub_fac = 0,8000
Csub_fac = 1,0954
Rm6_fac = 1,2071
Cs_fac = 1,2236
Cm6_fac = 1,0509
Cmv_fac = 1,0444
Rm1_fac = 1,1966
Cj_fac = 1,0500
Cpoly_fac = 1,0747
Rnpolys_fac = 1,4912
Rnpolyl_fac = 1,1802
Rppolys_fac = 1,3483
Rppolyl_fac = 1,2137
Rnpolywos_fac = 1,1507
Rnpolywol_fac = 1,1507
Rppolywos_fac = 1,1393
Rppolywol_fac = 1,1393
Rnodwo_fac = 1,0655
Rpodwo_fac = 1,0952
Rppolyhri_fac = 1,2000
rf018.l. lib '' RF_MACRO
. Endl SS_RFMOS
************************************************** *************************
*

. LIB RF_MACRO
************************************************** ************************************************
*
* 1) MOS MODEL:
*
* A) HSPICE LEVEL 49:
*
* # # Bibliotheek bestanden:
*
* Alle modellen zijn opgenomen in rf018.l bestand '' voor H98.4
*
*
* A.Normaal 1.8VN/PMOS model
*
*. Lib MOS_RF: Typische model
*
* Model naam NF L (UM) WF (UM)
* Laag Hoog Laag Hoog
* ------------------------------------------------- ----------------
* Nmos_rf 4 128 0,18 0,5 2,5
* ------------------------------------------------- ----------------
* Pmos_rf 16 128 0,18 0,5 2,5
* ------------------------------------------------- ----------------
* ** NF: Finger nummer
*
* B.Normaal 3.3VN/PMOS model
*
*. Lib MOS_RF33: Typische model
*
* Model naam NF L (UM) WF (UM)
* Laag Hoog Laag Hoog
* ------------------------------------------------- ----------------
* Nmos_rf33 16 64 0,35 0,5 2,5
* ------------------------------------------------- ----------------
* Pmos_rf33 16 64 0,3 0,5 2,5
* ------------------------------------------------- ----------------
* ** NF: Finger nummer
*
*
* De N / P MOS worden gemodelleerd met sub-circuit nmos_rf / pmos_rf die intern
* Oproep het apparaat bibliotheken -. LIB MOS_RF en. LIB DIO_RF opgeslagen in het bestand rf018.l
*
*
************************************************** ************************************************

. SUBCKT nmos_rf DGSB lr = 18.E-08 nr = 12.8E 01
**********************
RG G GI R = '(0,346 * nr 72.849 * lr * 1e 6 86,075) * nmos_rgfac' M = nr
RB B BI R = '((62.4/nr 2,0808) / LR * 1e-6 1532,6 / nr-0,5858) * nmos_rsubfac'
RS S SI R = '((0,6584 * lr * 1e 6 0,9106) * nr 203.68 * lr * 1e 6-60.219 abs ((0,6584 * lr * 1e 6 0,9106) * nr 203.68 * lr * 1e 6-60.219)) / 2 'M = nr
RD D DI R = '(0.0248/lr * 1e-6/lr * 1e-6-0.0497/lr * 1e-6 0,0602) * (nr-1)' M = nr
**** Rds *****************
Rds SI XX R = '(2e 6 * lr * 1e 6-237663) / nr 2753.8 * lr * 1e 6 2615,3'
Cds DI C = XX '(0,7609 * nr 11,791) * 1e-15'
Diodes ***** ****************
DSS SB SI ndio_rf_f GEBIED = '(NR / 2 1) * 2.5e-6 * 6.4e-7' PJ = '1 ,28 e-6 * (NR / 2 1) 2 * 2.5e-6 '
DDD DB DI ndio_rf_f GEBIED = 'nr / 2 * 2.5e-6 * 6.4e-7' PJ = '1 ,28 e-6 * nr / 2 '
DSG SB SI ndio_rf_g GEBIED = 1E-15 PJ = '2 .5 e-6 * nr '
DDG DB DI ndio_rf_g GEBIED = 1E-15 PJ = '2 .5 e-6 * nr '
************************************************** ***************************
Rdb DB BI R = '21 .2/nr 0.0892 / LR * 1e-6/lr * 1e-6-0.173/lr * 1e-6 0,1 "
RSB SB BI R = '21 .2/nr 0.0892 / LR * 1e-6/lr * 1e-6-0.173/lr * 1e-6 0,1 "
******* ******* MOSFET
M0 DI GI SI BI nch_rf L = lr W = 2.5e-6 M = nr AD = 0 AS = 0 PD = 0 PS = 0
. ENDS nmos_rf

. SUBCKT pmos_rf DGSB lr = 18.E-08 nr = 12.8E 01
**********************
RG GI GR = '((1,4194 * lr * 1e 6-0.0751) * nr 206.96 * lr * 1e 6 46,76) * pmos_rgfac' M = nr
RB BI BR = '((54.773/nr-0.062) / (LR * 1e 6) 502,77 / nr 1,0575) * pmos_rsubfac'
********** R en Rd *****************
Rs S SI R = '0 ,00405 * nr * (LR * 1e6 0.

<img src="http://www.edaboard.com/images/smiles/icon_cool.gif" alt="Koel" border="0" />

'
Rd D DI R = '0 ,00547 * nr * (LR * 1e6 0.

<img src="http://www.edaboard.com/images/smiles/icon_cool.gif" alt="Koel" border="0" />

'
** Rds *****************
Rds SI XX R = '(67305 * lr * 1e 6 76660) / nr 2135.7 * lr * 1e 6 477,87'
Cds DI C = XX '(0,7478 * nr 27,13) * 1e-15'
Diodes ***** ****************
DSS SI SB pdio_rf_f GEBIED = '(NR / 2 1) * 2.5e-6 * 6.4e-7' PJ = '(NR / 2 1) * 1.28e-6 2 * 2.5e-6'
DDD DI OB pdio_rf_f GEBIED = 'nr / 2 * 2.5e-6 * 6.4e-7' PJ = 'nr / 2 * 1.28e-6'
DSG SI SB pdio_rf_g GEBIED = 1E-15 PJ = '2 .5 e-6 * nr '
DDG DI OB pdio_rf_g GEBIED = 1E-15 PJ = '2 .5 e-6 * nr '
Rdb DB BI R = '6 .3111/lr * 1e-6 2,4316 - (0.0399/lr * 1e-6 0,0097) * nr '
RSB SB BI R = '6 .3111/lr * 1e-6 2,4316 - (0.0399/lr * 1e-6 0,0097) * nr '
******* ******* MOSFET
M0 DI GI SI BI pch_rf L = lr W = 2.5e-6 M = nr AD = 0 AS = 0 PD = 0 PS = 0
. ENDS pmos_rf

rf018.l. lib '' MOS_RF
rf018.l. lib '' DIO_RF

. SUBCKT nmos_rf33 lr DGSB = 35.E-08 nr = 12.8E 01
**********************
RG G GI R = '((0.8385/lr * 1e-6-1,9493) * nr 16.667 * lr * 1e 6 62,167) * nmos_rgfac' M = nr
RB B BI R = '((62.4/nr 2,0808) / LR * 1e-6 1532,6 / nr-0,5858) * nmos_rsubfac'
**** Rds *****************
Rds S XX R = '(36267 * lr * 1e 6-899.33) / nr 4100 * lr * 1e 6 1910'
Cds C = D XX '(0,7321 * nr 9) * 1e-15'
Diodes ***** ****************
DSS SB S ndio_rf33_f GEBIED = '(NR / 2 1) * 2.5e-6 * 6.4e-7' PJ = '1 ,28 e-6 * (NR / 2 1) 2 * 2.5e-6 '
DDD DB D ndio_rf33_f GEBIED = 'nr / 2 * 2.5e-6 * 6.4e-7' PJ = '1 ,28 e-6 * nr '
SB DSG S ndio_rf33_g GEBIED = 1E-15 PJ = '2 .5 e-6 * nr '
DDG DB D ndio_rf33_g GEBIED = 1E-15 PJ = '2 .5 e-6 * nr '
Rdb DB BI R = '14 .171/nr 0.3 "
RSB SB BI R = '14 .171/nr 0.3 "
******* ******* MOSFET
M0 D GI S BI nch_rf33 L = lr W = 2.5e-6 M = nr AD = 0 AS = 0 PD = 0 PS = 0
. ENDS nmos_rf33. SUBCKT pmos_rf33 lr DGSB = 35.E-08 nr = 12.8E 01
**********************
RG GI GR = '(400 * lr * 1e 6 25) * pmos_rgfac' M = nr
RB BI BR = '((54.773/nr-0.062) / (LR * 1e 6) 502,77 / nr 1,0575) * pmos_rsubfac'
** Rds *****************
Rds S XX R = '(26515 * lr * 1e 6 18377) / nr 2600 * lr * 1e 6-445'
Cds C = D XX '(0,775 * nr 11,9) * 1e-15'
Diodes ***** ****************
DSS S SB pdio_rf33_f GEBIED = '(NR / 2 1) * 2.5e-6 * 6.4e-7' PJ = '1 ,28 e-6 * (NR / 2 1) 2 * 2.5e-6 '
DDD D DB pdio_rf33_f GEBIED = 'nr / 2 * 2.5e-6 * 6.4e-7' PJ = '1 ,28 e-6 * nr / 2 '
DSG S SB pdio_rf33_g GEBIED = 1E-15 PJ = '2 .5 e-6 * nr '
DDG D DB pdio_rf33_g GEBIED = 1E-15 PJ = '2 .5 e-6 * nr '
Rdb DB BI R = '41 .43/nr 4'
RSB SB BI R = '41 .43/nr 4'
******* ******* MOSFET
M0 D GI S BI pch_rf33 L = lr W = 2.5e-6 M = nr AD = 0 AS = 0 PD = 0 PS = 0
. ENDS pmos_rf33

rf018.l. lib '' MOS_RF33
rf018.l. lib '' DIO_RF33

************************************************** ************************************************
* 2) MIM CAPACITOR MODEL:
*
* HSPICE LEVEL 49:
*
* # # Bibliotheek bestanden:
*
* Het MIM plein condensatoren worden gemodelleerd met sub-circuit "mimcap 'voor H98.4
*
*. Subckt mimcap: Typische model
*
*
* Model naam lt eenheid
* Laag hoog
* ----------------------------------------------
* Mimcap 10 30 um
* ----------------------------------------------
* ** Lt: side dimensie
*
************************************************** ************************************************

. subckt mimcap Top Bottom lt = 10u
. param pond = 'lt 6 u'
rs Top n1 '(44,23 / (lt * 1.0e6) -1,13) * rctm_fac'
ls n1 n2 '(119,3 / (lt * 1.0e6) 123,5) * 1e-12 * L_fac'
cmim n2 bottom '(1,025 * (* lt 1.0e6) * (* lt 1.0e6) 0,97 * (* lt 1.0e6)) * 1e-15 * cmim_fac'
Cox Bottom n3 '(0,0065 * (* pond 1.0e6) * (* pond 1.0e6)) * 1e-15 * cm5_fac'
rsub n3 0 '(7.0e6) / ((lb * 1.0e6) * (lb * 1.0e6)) * rsub_fac'
csub n3 0 '1 ,16 e-15 * csub_fac '
. eindigt mimcap

************************************************** ************************************************
* 3) INDUCTOR SPIRAAL MODEL:
*
* HSPICE LEVEL 49:
*
* # # Bibliotheek bestanden:
*
* De Inductors worden gemodelleerd met sub-spiral_turn circuit 'en' spiral_rad 'voor
* H98.4
*
*. Subckt spiral_rad: Typische model voor Inductance varieert met straal
*. Subckt spiral_turn: Typische model voor Inductance varieert met bochten
*
* Model naam beurt rad (UM)
* Laag Hoog Laag Hoog
* ------------------------------------------------- -----
* Spiral_turn 2,5 7,5 60 60
* ------------------------------------------------- -----
* Spiral_rad 4,5 4,5 30 150
* ------------------------------------------------- -----
*
* ** Spiral_turn: alleen discret beurt nummers zijn beschikbaar, waaronder 2.5, 3.5, 4.5, 5.5, 6.5 en 7.5
* ** Spiral_rad: geschaald door innerlijke rand tot rand straal, de details zien SPICE document
*
************************************************** ************************************************

. subckt spiral_turn Top Bottom nr = 2.5
* L = L (nr)
ls Top n2 '(0,40425 * nr * nr-0,995 * nr 2,3295) * 1.0e-9 * L_fac'
rs n2 bottom '(1,029 * nr-0,746) * rm6_fac'
cs Top Bottom '(6,243 * nr 5,803) * 1.0e-15 * cs_fac'
cox1 Top n1 '(32,526 * nr-14,405) * 1.0e-15 * cm6_fac'
cox2 Bottom n3 '(32,683 * nr-25,194) * 1.0e-15 * cm6_fac'
csub1 n1 0 '(11,561 * nr 9,1643) * 1.0e-15 * csub_fac'
csub2 n3 0 '(11,561 * nr 9,1643) * 1.0e-15 * csub_fac'
rsub1 n1 0 '(-18,489 * nr 487,7) * rsub_fac'
rsub2 n3 0 '(-18,489 * nr 487,7) * rsub_fac'
. eindigt spiral_turn

. subckt spiral_rad Top Bottom rad = 30u
* L = L (rad)
ls Top n2 '(0,0916 * rad * 1.0e6 0,7461) * 1.0e-9 * L_fac'
rs n2 bottom '(0,031 * rad * 1.0e6 1,8553) * rm6_fac'
cs Top Bottom '(0,2289 * rad * 1.0e6 21,092) * 1.0e-15 * cs_fac'
cox1 Top n1 '(0,811 * rad * 1.0e6 79,292) * 1.0e-15 * cm6_fac'
cox2 Bottom n3 '(0,9108 * rad * 1.0e6 59,886) * 1.0e-15 * cm6_fac'
csub1 n1 0 '(0,1611 * rad * 1.0e6 50,779) * 1.0e-15 * csub_fac'
csub2 n3 0 '(0,1611 * rad * 1.0e6 50,779) * 1.0e-15 * csub_fac'
rsub1 n1 0 '(-0,575 * rad * 1.0e6 433.3

<img src="http://www.edaboard.com/images/smiles/icon_cool.gif" alt="Koel" border="0" />

* rsub_fac '
rsub2 n3 0 '(-0,575 * rad * 1.0e6 433.3

<img src="http://www.edaboard.com/images/smiles/icon_cool.gif" alt="Koel" border="0" />

* rsub_fac '
. eindigt spiral_rad

************************************************** ************************************************
* 4) MOS Varactor MODEL:
*
*
* HSPICE LEVEL 49:
*
* # # Bibliotheek bestanden:
*
* De Varactor worden gemodelleerd met sub-MOSCap_g3 'en' circuit "MOSCap_g6 '
* Voor H98.4
*
*
* Model naam L (UM) WF (UM) Side Branch Group
* ------------------------------------------------- ---
* MOSCap_g3 0,5 2 2 50 3
* MOSCap_g6 0,5 2 2 50 6
* ------------------------------------------------- ---
*
* Na is een poly poort van een Varactor waarvan 3 groepen, 5 vestigingen heeft.
* Er zijn 2 kanten van de bijkantoren in per groep.
*
* -- ---- ---- --
* - - - - - --
* - - - - - --
* - - - - - - <<___ Branch
* - - - - - --
* - - - - - --
* ^
* ^ --- Groep
*
************************************************** ************************************************
*
***************************************
* Varactor's Group nummer = 3 *
***************************************
. subckt moscap_g3 Gate Bulk
. param dt = 'humeur - 25'
. param Cgmin = '0 .95 * (1 3,503 e-4 * dt 1.071 e-5 * (pow (DT, 2))) * 1.0e-12 '
. param DCG = '1 .029 * (1-6.564e-5 * dt 1.836 e-7 * (pow (DT, 2))) * 1.0e-12 '
. dVgs param = '-0,116 * (1 1,814 e-3 * dt-8.909e-6 * (pow (dt, 2)))'
. param Vgnorm = '0 .456 * (1 9,656 e-4 * dt-1.841e-6 * (pow (dt, 2))) '
Lgate Gate 3 '36 ,6 e-12 * L_fac '
Rgate 3 4 '0 ,7947 * rnpolys_fac '5.498e-3 8.1779e-6
Cgate 4 5 '(Cgmin DCG * (1,0 tanh ((v (4,5)-dVgs) / Vgnorm))) * cmv_fac'
RCH 5 2 1.4703 2.945e-3 2.9702e-5
Cov 5 2 147.5e-12
Csub 5 6 '30 ,2 e-15 * csub_fac '
Rsub 6 0 '21 ,1820 * rsub_fac '9.396e-3-4.9267e-6
Rs 2 9 '0 ,7906 * rm1_fac '4.111e-3 3.9114e-6
Ls 9 Bulk '19 ,3 e-12 * L_fac '
. eindigt moscap_g3

***************************************
* Varactor's Group nummer = 6 *
***************************************
. subckt moscap_g6 Gate Bulk
. param dt = 'humeur - 25'
. param Cgmin = '1 .773 * (1 3,464 e-4 * dt 8.918 e-6 * (pow (DT, 2))) * 1.0e-12 '
. param DCG = '1 .934 * (1 1,984 e-4 * dt-7.718e-7 * (pow (DT, 2))) * 1.0e-12 '
. dVgs param = '-0,114 * (1 1,136 e-3 * dt-1.130e-5 * (pow (dt, 2)))'
. param Vgnorm = '0 .437 * (1 6,151 e-4 * dt-3.071e-6 * (pow (dt, 2))) '
Lgate Gate 3 '87 ,5 e-12 * L_fac '
Rgate 3 4 '0 ,5166 * rnpolys_fac '9.581e-3 9.948e-6
Cgate 4 5 '(Cgmin DCG * (1,0 tanh ((v (4,5)-dVgs) / Vgnorm))) * cmv_fac'
RCH 5 2 1.7594 3.637e-3 6.212e-5
Cov 5 2 121.3e-12
Csub 5 6 '38 ,4 e-15 * csub_fac '
Rsub 6 0 '7 ,5895 * rsub_fac '1.388e-2 1.251e-4
Rs 2 9 '0 ,4106 * rm1_fac '4.018e-3-1.351e-5
Ls 9 Bulk '37 ,5 e-12 * L_fac '
. eindigt moscap_g6

*
************************************************** ************************************************
* 5) Resistor type Subckt naam geldig breedte (UM) geldig pleinen *
* Min max min max *
* N poly w / i silicide (0,18 <= W <2,0) rnpolys_rf 0,18 2,0 5 40 *
* N poly w / i silicide (2.0 <= W) rnpolyl_rf 2,0 5,0 1 20 *
* P poly w / i silicide (0,18 <= W <2,0) rppolys_rf 0,18 2,0 5 40 *
* P poly w / i silicide (2.0 <= W) rppolyl_rf 2,0 5,0 1 20 *
* N poly w / o silicide (W <= 5.0) rnpolywos_rf 2,0 5,0 5 10 *
* N poly w / o silicide (5,0 <W) rnpolywol_rf 5,0 10,0 5 10 *
* P poly w / o silicide (W <= 5.0) rppolywos_rf 2,0 5,0 5 10 *
* P poly w / o silicide (5,0 <W) rppolywol_rf 5,0 10,0 5 10 *
* N diff w / o silicide rnodwo_rf 2,0 10,0 5 10 *
* P diff w / o silicide rpodwo_rf 2,0 10,0 5 10 *
* P-poly w / o silicide rppolyhri_rf 2,0 10,0 5 10 *
************************************************** ************************************************
*
. subckt rnpolys_rf Hi Lo l = 1.8uw = 0.18u
. param rsh = 5,7 dw =- 0.065u ptc1 = 2.92e-3 ptc2 = 2.66e-7 PVC1 = 1,35 E-3 PVC2 = 7.15e-3 pt = 'humeur'
. param tfac = '1 .0 ptc1 * (pt-25,0) ptc2 * (pt-25,0) * (pt-25,0) "
rp Hi 5 'rsh * l / (w-dw) * (1 PVC1 * abs (v (5, Hi)) PVC2 * v (5, Hi) * v (5, Hi)) * tfac * rnpolys_fac'
ls 5 Lo '(179,7194 (0,3243 2,5108 * exp (-w * 1e6/2.3465)) * l * 1e6) * 1e-12 * L_fac'
cov1 Hi 6 '26 ,8 e-15 * cpoly_fac '
rsub1 6 0 '2253 * rsub_fac '
csub1 6 0 '3 .5 e-15 * csub_fac '
rsub3 6 7 '1154 * rnpolys_fac '
rsub2 7 0 '2253 * rsub_fac '
csub2 7 0 '3 .5 e-15 * csub_fac '
cov2 Lo 7 '26 ,8 e-15 * cpoly_fac '
. eindigt rnpolys_rf

. subckt rnpolyl_rf Hi Lo l = 20u w = 2u
. param rsh = 7.4 dw =- 0.065u ptc1 = 2.92e-3 ptc2 = 2.66e-7 PVC1 = 1,35 E-3 PVC2 = 7.15e-3 pt = 'humeur'
. param tfac = '1 .0 ptc1 * (pt-25,0) ptc2 * (pt-25,0) * (pt-25,0) "
rp Hi 5 'rsh * l / (w-dw) * (1 PVC1 * abs (v (5, Hi)) PVC2 * v (5, Hi) * v (5, Hi)) * tfac * rnpolyl_fac'
ls 5 Lo '(179,7194 (0,3243 2,5108 * exp (-w * 1e6/2.3465)) * l * 1e6) * 1e-12 * L_fac'
cov1 Hi 6 '14 ,49 e-15 * cpoly_fac '
rsub1 6 0 '2800 * rsub_fac '
csub1 6 0 '2 e ,822-15 * csub_fac '
rsub3 6 7 '2149 * rnpolyl_fac '
rsub2 7 0 '2800 * rsub_fac '
csub2 7 0 '2 e ,822-15 * csub_fac '
cov2 Lo 7 '14 ,49 e-15 * cpoly_fac '
. eindigt rnpolyl_rf

. subckt rppolys_rf Hi Lo l = 1.8uw = 0.18u
. param rsh = 6,7 dw =- 0.051u ptc1 = 2.88e-3 ptc2 = 5.01e-7 PVC1 =- 7.89e-4 PVC2 = 6.19e-3 pt = 'humeur'
. param tfac = '1 .0 ptc1 * (pt-25,0) ptc2 * (pt-25,0) * (pt-25,0) "
rp Hi 5 'rsh * l / (w-dw) * (1 PVC1 * abs (v (5, Hi)) PVC2 * v (5, Hi) * v (5, Hi)) * tfac * rppolys_fac'
ls 5 Lo '(173,9763 (0,3756 2,4009 * exp (-w * 1e6/2.3439)) * l * 1e6) * 1e-12 * L_fac'
cov1 Hi 6 '23 ,04 e-15 * cpoly_fac '
rsub1 6 0 '3367 * rsub_fac '
csub1 6 0 '1 e ,197-15 * csub_fac '
rsub3 6 7 '921 ,5 * rppolys_fac '
rsub2 7 0 '3367 * rsub_fac '
csub2 7 0 '1 e ,197-15 * csub_fac '
cov2 Lo 7 '23 ,04 e-15 * cpoly_fac '
. eindigt rppolys_rf

. subckt rppolyl_rf Hi Lo l = 20u w = 2u
. param rsh = 7,8 dw =- 0.051u ptc1 = 2.88e-3 ptc2 = 5.01e-7 PVC1 =- 7.89e-4 PVC2 = 6.19e-3 pt = 'humeur'
. param tfac = '1 .0 ptc1 * (pt-25,0) ptc2 * (pt-25,0) * (pt-25,0) "
rp Hi 5 'rsh * l / (w-dw) * (1 PVC1 * abs (v (5, Hi)) PVC2 * v (5, Hi) * v (5, Hi)) * tfac * rppolyl_fac'
ls 5 Lo '(173,9763 (0,3756 2,4009 * exp (-w * 1e6/2.3439)) * l * 1e6) * 1e-12 * L_fac'
cov1 Hi 6 '13 ,35 e-15 * cpoly_fac '
rsub1 6 0 '1968 * rsub_fac '
csub1 6 0 '1 e ,208-15 * csub_fac '
rsub3 6 7 '5859 * rppolyl_fac '
rsub2 7 0 '1968 * rsub_fac '
csub2 7 0 '1 e ,208-15 * csub_fac '
cov2 Lo 7 '13 ,35 e-15 * cpoly_fac '
. eindigt rppolyl_rf

. subckt rnpolywos_rf Hi Lo l = 10u w = 5U
. param rx = 1.477e-5 rgrain = 37,16 rp = 292 dl = 0.07616e-6 dw = 0.08333e-6 rc = 7,8 nc = 2
. param pt = 'humeur'
. param pvcx1 = 3.785e-1 pvcx2 = 8.434e-6 pvcx3 =- 1,430 ptcx1 =- 2.278e-3 ptcx2 =- 21.29e-6
. param pvcp1 =- 2.843e-2 pvcp2 = 1.496e-5 pvcp3 =- 2,100 ptcp1 =- 1.102e-3 ptcp2 = 1.747e-6
. param pvcg1 = 2.527e-1 pvcg2 = 6.918e-6 pvcg3 =- 1,283 ptcg1 = 4.235e-3 ptcg2 =- 6.211e-6
. param tfacx = '1 .0 ptcx1 * (pt-25,0) ptcx2 * (pt-25,0) * (pt-25,0) "
. param tfacp = '1 .0 ptcp1 * (pt-25,0) ptcp2 * (pt-25,0) * (pt-25,0) "
. param tfacg = '1 .0 ptcg1 * (pt-25,0) ptcg2 * (pt-25,0) * (pt-25,0) "
RG1 3 8 'rgrain * tfacg * (1 pvcg1 * (tanh (pvcg2 * abs (v (10,11) / (l-dl)) pvcg3)-tanh (pvcg3))) * rnpolywos_fac'
rint1 8 10 'RX / (W-dw) * tfacx * (1 pvcx1 * (tanh (pvcx2 * abs (v (10,11) / (l-dl)) pvcx3)-tanh (pvcx3))) * rnpolywos_fac '
rp 10 11 "RP * (l-dl) / (w-dw) * tfacp * (1 pvcp1 * (tanh (pvcp2 * abs (v (10,11) / (l-dl)) pvcp3)-tanh (pvcp3))) * rnpolywos_fac '
rint2 11 9 'rx / (W-dw) * tfacx * (1 pvcx1 * (tanh (pvcx2 * abs (v (10,11) / (l-dl)) pvcx3)-tanh (pvcx3))) * rnpolywos_fac '
RG2 9 5 'rgrain * tfacg * (1 pvcg1 * (tanh (pvcg2 * abs (v (10,11) / (l-dl)) pvcg3)-tanh (pvcg3))) * rnpolywos_fac'
ls 5 4 '(0.2763-0.1451 * w * 1e6 0.0902 * l * 1e6-0,00805 * w * l * 1e12) * 1e-9 * L_fac'
rc rc1 Hi 3 '/ nc'
cov1 Hi 6 '13 ,12 e-15 * cpoly_fac '
rsub1 6 0 '8209 * rsub_fac '
csub1 6 0 '1 e ,267-15 * csub_fac '
rsub3 6 7 '1066 * rnpolywos_fac '
rsub2 7 0 '8209 * rsub_fac '
csub2 7 0 '1 e ,267-15 * csub_fac '
cov2 Lo 7 '13 ,12 e-15 * cpoly_fac '
rc rc2 4 Lo '/ nc'
. eindigt rnpolywos_rf

. subckt rnpolywol_rf Hi Lo l = 10u w = 5U
. param rx = 1.477e-5 rgrain = 37,16 rp = 292 dl = 0.07616e-6 dw = 0.08333e-6 rc = 7,8 nc = 2
. param pt = 'humeur'
. param pvcx1 = 3.785e-1 pvcx2 = 8.434e-6 pvcx3 =- 1,430 ptcx1 =- 2.278e-3 ptcx2 =- 21.29e-6
. param pvcp1 =- 2.843e-2 pvcp2 = 1.496e-5 pvcp3 =- 2,100 ptcp1 =- 1.102e-3 ptcp2 = 1.747e-6
. param pvcg1 = 2.527e-1 pvcg2 = 6.918e-6 pvcg3 =- 1,283 ptcg1 = 4.235e-3 ptcg2 =- 6.211e-6
. param tfacx = '1 .0 ptcx1 * (pt-25,0) ptcx2 * (pt-25,0) * (pt-25,0) ".param tfacp='1.0 ptcp1*(pt-25.0) ptcp2*(pt-25.0)*(pt-25.0)'
.param tfacg='1.0 ptcg1*(pt-25.0) ptcg2*(pt-25.0)*(pt-25.0)'
rg1 3 8 'rgrain*tfacg*(1 pvcg1*(tanh(pvcg2*abs(v(10,11)/(l-dl)) pvcg3)-tanh(pvcg3)))*rnpolywol_fac'
rint1 8 10 'rx/(w-dw)*tfacx*(1 pvcx1*(tanh(pvcx2*abs(v(10,11)/(l-dl)) pvcx3)-tanh(pvcx3)))*rnpolywol_fac'
rp 10 11 'rp*(l-dl)/(w-dw)*tfacp*(1 pvcp1*(tanh(pvcp2*abs(v(10,11)/(l-dl)) pvcp3)-tanh(pvcp3)))*rnpolywol_fac'
rint2 11 9 'rx/(w-dw)*tfacx*(1 pvcx1*(tanh(pvcx2*abs(v(10,11)/(l-dl)) pvcx3)-tanh(pvcx3)))*rnpolywol_fac'
rg2 9 5 'rgrain*tfacg*(1 pvcg1*(tanh(pvcg2*abs(v(10,11)/(l-dl)) pvcg3)-tanh(pvcg3)))*rnpolywol_fac'
ls 5 4 '(1.3528-0.36028*w*1e6 0.03464*l*1e6 0.00307*w*l*1e12)*1e-9*L_fac'
rc1 Hi 3 'rc/nc'
cov1 Hi 6 '13.12e-15*cpoly_fac'
rsub1 6 0 '8209*rsub_fac'
csub1 6 0 '1.267e-15*csub_fac'
rsub3 6 7 '1640*rnpolywol_fac'
rsub2 7 0 '8209*rsub_fac'
csub2 7 0 '1.267e-15*csub_fac'
cov2 Lo 7 '13.12e-15*cpoly_fac'
rc2 4 Lo 'rc/nc'
.ends rnpolywol_rf

.subckt rppolywos_rf Hi Lo l=10u w=5u
.param rx=6.752e-5 rgrain=39.411 rp=311 dl=0.04696e-6 dw=0.06061e-6 rc=7.8 nc=2
.param pt='temper'
.param pvcx1=-1.311e-2 pvcx2=2.171e-5 pvcx3=-3.211 ptcx1=-1.790e-3 ptcx2=-7.245e-6
.param pvcp1=-5.405e-3 pvcp2=2.134e-5 pvcp3=-3.820 ptcp1=-13.80e-5 ptcp2=581.1e-9
.param pvcg1=6.667e-2 pvcg2=4.141e-6 pvcg3=0.140 ptcg1=2.979e-3 ptcg2=-2.295e-6
.param tfacx='1.0 ptcx1*(pt-25.0) ptcx2*(pt-25.0)*(pt-25.0)'
.param tfacp='1.0 ptcp1*(pt-25.0) ptcp2*(pt-25.0)*(pt-25.0)'
.param tfacg='1.0 ptcg1*(pt-25.0) ptcg2*(pt-25.0)*(pt-25.0)'
rg1 3 8 'rgrain*tfacg*(1 pvcg1*(tanh(pvcg2*abs(v(10,11)/(l-dl)) pvcg3)-tanh(pvcg3)))*rppolywos_fac'
rint1 8 10 'rx/(w-dw)*tfacx*(1 pvcx1*(tanh(pvcx2*abs(v(10,11)/(l-dl)) pvcx3)-tanh(pvcx3)))*rppolywos_fac'
rp 10 11 'rp*(l-dl)/(w-dw)*tfacp*(1 pvcp1*(tanh(pvcp2*abs(v(10,11)/(l-dl)) pvcp3)-tanh(pvcp3)))*rppolywos_fac'
rint2 11 9 'rx/(w-dw)*tfacx*(1 pvcx1*(tanh(pvcx2*abs(v(10,11)/(l-dl)) pvcx3)-tanh(pvcx3)))*rppolywos_fac'
rg2 9 5 'rgrain*tfacg*(1 pvcg1*(tanh(pvcg2*abs(v(10,11)/(l-dl)) pvcg3)-tanh(pvcg3)))*rppolywos_fac'
ls 5 4 '(1.285-0.754*w*1e6 0.28*l*1e6-0.03087*w*l*1e12)*1e-9*L_fac'
rc1 Hi 3 'rc/nc'
cov1 Hi 6 '15.61e-15*cpoly_fac'
rsub1 6 0 '5905*rsub_fac'
csub1 6 0 '1.278e-15*csub_fac'
rsub3 6 7 '766.3*rppolywos_fac'
rsub2 7 0 '5905*rsub_fac'
csub2 7 0 '1.278e-15*csub_fac'
cov2 Lo 7 '15.61e-15*cpoly_fac'
rc2 4 Lo 'rc/nc'
.ends rppolywos_rf

.subckt rppolywol_rf Hi Lo l=10u w=5u
.param rx=6.752e-5 rgrain=39.411 rp=311 dl=0.04696e-6 dw=0.06061e-6 rc=7.8 nc=2
.param pt='temper'
.param pvcx1=-1.311e-2 pvcx2=2.171e-5 pvcx3=-3.211 ptcx1=-1.790e-3 ptcx2=-7.245e-6
.param pvcp1=-5.405e-3 pvcp2=2.134e-5 pvcp3=-3.820 ptcp1=-13.80e-5 ptcp2=581.1e-9
.param pvcg1=6.667e-2 pvcg2=4.141e-6 pvcg3=0.140 ptcg1=2.979e-3 ptcg2=-2.295e-6
.param tfacx='1.0 ptcx1*(pt-25.0) ptcx2*(pt-25.0)*(pt-25.0)'
.param tfacp='1.0 ptcp1*(pt-25.0) ptcp2*(pt-25.0)*(pt-25.0)'
.param tfacg='1.0 ptcg1*(pt-25.0) ptcg2*(pt-25.0)*(pt-25.0)'
rg1 3 8 'rgrain*tfacg*(1 pvcg1*(tanh(pvcg2*abs(v(10,11)/(l-dl)) pvcg3)-tanh(pvcg3)))*rppolywol_fac'
rint1 8 10 'rx/(w-dw)*tfacx*(1 pvcx1*(tanh(pvcx2*abs(v(10,11)/(l-dl)) pvcx3)-tanh(pvcx3)))*rppolywol_fac'
rp 10 11 'rp*(l-dl)/(w-dw)*tfacp*(1 pvcp1*(tanh(pvcp2*abs(v(10,11)/(l-dl)) pvcp3)-tanh(pvcp3)))*rppolywol_fac'
rint2 11 9 'rx/(w-dw)*tfacx*(1 pvcx1*(tanh(pvcx2*abs(v(10,11)/(l-dl)) pvcx3)-tanh(pvcx3)))*rppolywol_fac'
rg2 9 5 'rgrain*tfacg*(1 pvcg1*(tanh(pvcg2*abs(v(10,11)/(l-dl)) pvcg3)-tanh(pvcg3)))*rppolywol_fac'
ls 5 4 '(-2.261 0.1785*l*1e6-0.0106*w*l*1e12)*1e-9*L_fac'
rc1 Hi 3 'rc/nc'
cov1 Hi 6 '15.61e-15*cpoly_fac'
rsub1 6 0 '5905*rsub_fac'
csub1 6 0 '1.278e-15*csub_fac'
rsub3 6 7 '1744*rppolywol_fac'
rsub2 7 0 '5905*rsub_fac'
csub2 7 0 '1.278e-15*csub_fac'
cov2 Lo 7 '15.61e-15*cpoly_fac'
rc2 4 Lo 'rc/nc'
.ends rppolywol_rf

.subckt rnodwo_rf Hi Lo l=10u w=2u
.param rsh=59 dw=0.0u ptc1=1.47e-3 ptc2=8.32e-7 pvc1=7.55e-4 pvc2=1.97e-4 pt='temper'
.param tfac='1.0 ptc1*(pt-25.0) ptc2*(pt-25.0)*(pt-25.0)'
rp Hi 5 'rsh*l/(w-dw)*(1 pvc1*abs(v(Hi,5)) pvc2*v(Hi,5)*v(Hi,5))*tfac*rnodwo_fac'
ls 5 Lo '(156.525-35.11*w*1e6-1.581*l*1e6 1.158*w*l*1e12)*1e-12*L_fac'
cov1 Hi 6 '(13.7225 3.84875*w*1e6)*1e-15*cj_fac'
rsub1 6 0 '(4.6515-0.22125*w*1e6)*1e3*rsub_fac'
csub1 6 0 '(3.77875-0.12388*w*1e5)*1e-15*csub_fac'
rsub3 6 7 '(1320.6-43.3*w*1e6)*rnodwo_fac'
rsub2 7 0 '(4.6515-0.22125*w*1e6)*1e3*rsub_fac'
csub2 7 0 '(3.77875-0.12388*w*1e5)*1e-15*csub_fac'
cov2 Lo 7 '(13.7225 3.84875*w*1e6)*1e-15*cj_fac'
.ends rnodwo_rf

.subckt rpodwo_rf Hi Lo l=10u w=2u
.param rsh=133 dw=0.00u ptc1=1.43e-3 ptc2=7.82e-7 pvc1=-1.19e-3 pvc2=-1.80e-4 pt='temper'
.param tfac='1.0 ptc1*(pt-25.0) ptc2*(pt-25.0)*(pt-25.0)'
rp Hi 5 'rsh*l/(w-dw)*(1 pvc1*abs(v(Hi,5)) pvc2*v(Hi,5)*v(Hi,5))*tfac*rpodwo_fac'
ls 5 Lo '(157.43-105.66*w*1e6 14.76*l*1e6 2.205*w*l*1e12)*1e-12*L_fac'
cov1 Hi 6 '(8.945 6.2075*w*1e6)*1e-15*cj_fac'
rsub1 6 0 '(4.83425-0.20163*w*1e6)*1e3*rsub_fac'
csub1 6 0 '(1.19725 0.00138*w*1e5)*1e-15*csub_fac'
rsub3 6 7 '(772.875-3.2875*w*1e6)*rpodwo_fac'
rsub2 7 0 '(4.83425-0.20163*w*1e6)*1e3*rsub_fac'
csub2 7 0 '(1.19725 0.00138*w*1e5)*1e-15*csub_fac'
cov2 Lo 7 '(8.945 6.2075*w*1e6)*1e-15*cj_fac'
.ends rpodwo_rf .subckt rppolyhri_rf Hi Lo l=10u w=2u
.param pt='temper' dl=7e-7
.param Rx0=71.703 pvcx1=0.1493 pvcx2=2.995e-5 pvcx3=-1.108 ptcx1=1.012e-3 ptcx2= 3.982e-6
.param Rend0=5.8953e-5 pvce1=5.056e-2 pvce2=6.6e-5 pvce3=-0.1633 ptce1=-2.488e-3 ptce2= -5.564e-6
.param Rsh=1075.365 pvcp1=-0.1915 pvcp2=2.12e-6 pvcp3=-1.606 ptcp1=-1.056e-3 ptcp2= 2.931e-6
.param dw0=8.935746e-8 dw1=1.271723 dw2=1.944573e-6 dw3=-1.583278
.param tfacx='1.0 ptcx1*(pt-25.0) ptcx2*(pt-25.0)*(pt-25.0)'
.param tface='1.0 ptce1*(pt-25.0) ptce2*(pt-25.0)*(pt-25.0)'
.param tfacp='1.0 ptcp1*(pt-25.0) ptcp2*(pt-25.0)*(pt-25.0)'
.param dwj='dw0*(1.0 dw1*(tanh(dw2*abs(v(5,4))/(l-dl) dw3)-tanh(dw3)))'
Rx1 Hi 1 'Rx0*tfacx*(1.0 pvcx1*(tanh(pvcx2*abs(v(Hi,1))/(w-dwj) pvcx3)-tanh(pvcx3)))*rppolyhri_fac'
Rend1 3 5 'Rend0/(w-dwj)*tface*(1.0 pvce1*(tanh(pvce2*abs(v(3,5)) pvce3)-tanh(pvce3)))*rppolyhri_fac'
Rpure 5 4 'Rsh*(l-dl)/(w-dwj)*tfacp*(1.0 pvcp1*(tanh(pvcp2*abs(v(5,4))/(l-dl) pvcp3)-tanh(pvcp3)))*rppolyhri_fac'
Rend2 4 2 'Rend0/(w-dwj)*tface*(1.0 pvce1*(tanh(pvce2*abs(v(4,2)) pvce3)-tanh(pvce3)))*rppolyhri_fac'
Rx2 2 Lo 'Rx0*tfacx*(1.0 pvcx1*(tanh(pvcx2*abs(v(2,Lo))/(w-dwj) pvcx3)-tanh(pvcx3)))*rppolyhri_fac'
ls 1 3 '0.747*l*1e6*exp(-0.01766*w*1e6)*1e-12*L_fac'
cov1 Hi 6 '(16.24 0.32*w*1e6-0.108*l*1e6)*1e-15*cpoly_fac'
rsub1 6 0 '480000/l/1e6*rsub_fac'
csub1 6 0 '(1.85 0.0003018*w*l*1e12)*1e-15*csub_fac'
rsub3 6 7 '(20.2*l*1e6 866/w/1e6)*rppolyhri_fac'
rsub2 7 0 '480000/l/1e6*rsub_fac'
csub2 7 0 '(1.85 0.0003018*w*l*1e12)*1e-15*csub_fac'
cov2 Lo 7 '(16.24 0.32*w*1e6-0.108*l*1e6)*1e-15*cpoly_fac'
.ends rppolyhri_rf **************************************************************************************
* 6) JUCTION VARACTOR model ** The Juction Varactor modle is a scalable model with capacitance ranged from
* 0.33 pF to 1.8 pF. ** Model name L (um) W (um) nr
* low high
* ---------------------------------------------------------
* xjvar 0.42 40 12 50
* ---------------------------------------------------------
* **L: finger length
* **W: finger width
* **nr: finger number ***************************************************************************************
.subckt xjvar Anode Cathode nr=12
.param area_d2='41.4e-12*(1.4*nr 1.59)'
.param peri_d2='2.8e-6*nr 85.981e-6'
D1 3 4 pdio_xj m=nr
Ls1 Anode 3 '(0.2627*nr 96.881)*1.0e-12*L_fac'
Rl1 Anode 3 '(-0.5255*nr 76.239)*rm1_fac'
Ls2 4 Cathode '(0.2627*nr 66.881)*1.0e-12*L_fac'
Rl2 4 Cathode '(-0.5255*nr 81.239)*rm1_fac'
Cp Anode 0 2.5e-15
D2 5 4 nwdio_xj AREA=area_d2 PJ=peri_d2
Rsub1 5 0 '(-0.3954*nr 54. <img src="http://www.edaboard.com/images/smiles/icon_cool.gif" alt="Koel" border="0" /> *rsub_fac'
.ends xjvar

.lib 'rf018.l' DIO_XJVAR

**************************************************************************************************
* 7) LCESD model for Low-Capacitance ESD
**************************************************************************************************
.SUBCKT LCESD_rf ANODE

R1 ANODE 1 2.5
D1 2 1 NWDIO_ESD area=24.33p PJ=25.98um=2
Rsub1 2 0 167.2
Csub1 2 0 50f
D2 1 3 PDIO_ESD area=67.8p PJ=64.52u
D3 4 3 NWDIO_ESD area=86.44p PJ=68.16u
Rsub2 4 0 103.5
Csub2 4 0 30.99f
.ENDs LCESD_rf

.lib 'rf018.l' DIO_ESD

.ENDL RF_MACRO
************************************************** ************** *
* 1.8V NORMAL DEVICES MODEL *
* * ************************************************** *************.LIB MOS_RF ************************************************** ************** 1.8V NMOS DEVICES * ************************************************** *************.MODEL nch_rf NMOS (
LMIN = 1.8E-07 LMAX = 5E-07 WMIN = 2.5E-06 WMAX = 2.5E-06
Noimod = 1 AF = 1.021 EF = 0.874 KF = 2.69E-28
LEVEL = 49 TNOM = 25 VERSION = 3.2
TOX = '4.08E-09*nmos_toxfac'
TOXM = '4.08E-09*nmos_toxfac' XJ = 1.6000000E-07
NCH = 3.9000000E 17 LLN = 1.0000000 LWN = 1.0000000
WLN = 1.0000000 WWN = 1.0000000 LINT = 1.0000000E-08
LL = 0.00 LW = 0.00 LWL = 0.00
WINT = 1.0000000E-08 WL = 0.00 WW = 0.00
WWL = 0.00 MOBMOD = 1 BINUNIT = 2
XL = '-2E-08*nmos_dlfac' XW = '1E-6*nmos_dwfac' LMLT = 1
WMLT = 1 BINFLAG = 0 DWG = 0.00
DWB = 0.00
* DIODE PARAMETERS
ACM = 12 LDIF = 9.00E-08 HDIF = 2.00E-07
RSH = 6.8 RD = 0 RS = 0
RSC = 0 RDC = 0 ** THRESHOLD VOLTAGE PARAMETERS *VTH0 = '0.4751247*nmos_vthfac'
LVTH0 = 5.3063760E-09 WVTH0 = 1.0620770E-09
PVTH0 = 5.1808260E-15 K1 = '0.3998241*nmos_k1fac'
LK1 = 4.9644130E-08
WK1 = 9.7659690E-08 PK1 = -6.4727410E-15 K2 = 6.3521660E-02
LK2 = -2.3884111E-08 WK2 = -4.2037990E-08 PK2 = 5.4169450E-15
K3 = 0.00 DVT0 = 0.00 DVT1 = 0.00
DVT2 = 0.00 DVT0W = 0.00 DVT1W = 0.00
DVT2W = 0.00 NLX = 0.00 W0 = 0.00
K3B = 0.00 NGATE = 0.00 VFB = 99.0000000 ** MOBILITY PARAMETERS *VSAT = 8.4292200E 04 LVSAT = -2.0125000E-04 WVSAT = 1.4661819E-03
UA = -9.0576310E-10 LUA = 4.2158860E-18 WUA = 4.6750410E-16
PUA = -5.2584610E-23 UB = 2.7604860E-18 LUB = 5.4007650E-27
WUB = -1.0208560E-24 PUB = 1.5842940E-33 UC = 1.2342530E-10
LUC = 4.2403960E-18 WUC = -6.6307350E-17 PUC = -1.0627700E-24
RDSW = '170*nmos_rdswfac' PRWB = 0.00 PRWG = 0.00
WR = 1.0000000 U0 = '0.04387662*nmos_uefffac'
LU0 = 1.2834320E-09
WU0 = -5.2111120E-09 PU0 = -3.1569641E-16 A0 = 0.5262759
LA0 = 8.2773920E-08 WA0 = 1.4472550E-07 PA0 = -7.3065910E-14
KETA = -4.4286950E-02 LKETA = 3.2422730E-09 WKETA = 2.4587580E-08
PKETA = -2.8367999E-15 A1 = 0.00 A2 = 0.9900000
AGS = -2.8363639E-02 LAGS = 1.1709090E-09 WAGS = 8.4305460E-08
PAGS = -1.1802760E-14 B0 = 0.00 B1 = 0.00 ** SUBTHRESHOLD CURRENT PARAMETERS *VOFF = -0.1246745 LVOFF = -1.4680270E-09 WVOFF = 1.2453290E-09
PVOFF = -7.8193100E-16 NFACTOR = 1.0000000 CIT = 2.7566159E-04
LCIT = 1.0319570E-10 WCIT = -3.7646720E-11 PCIT = 1.7317489E-17
CDSC = 0.00 CDSCB = 0.00 CDSCD = 0.00
ETA0 = -2.9375000E-04 LETA0 = 1.8112500E-10 ETAB = 1.3875000E-03
LETAB = -6.8425000E-10 DSUB = 0.00 ** ROUT PARAMETERS *PCLM = 1.1025569 LPCLM = 3.8132860E-08 WPCLM = 5.1117520E-08
PPCLM = 4.3930240E-14 PDIBLC1 = 1.0000000E-06 PDIBLC2 = -6.1465890E-03
LPDIBLC2 = 5.0605220E-09 WPDIBLC2 = 2.1076341E-09 PPDIBLC2 = -2.9506861E-16
PDIBLCB = 1.0000000E-02 DROUT = 0.00 PSCBE1 = 4.0000000E 08
PSCBE2 = 1.0000000E-06 PVAG = 0.00 DELTA = 1.0000000E-02
ALPHA0 = 0 ALPHA1 = 0.429 BETA0 = 11.5926300 ** TEMPERATURE EFFECTS PARAMETERS *KT1 = -0.2268918 LKT1 = 5.1277220E-09 WKT1 = -2.5768780E-09
PKT1 = -2.0873759E-15 KT2 = -2.9372420E-02 LKT2 = 6.0691700E-10
WKT2 = -1.6500700E-09 PKT2 = -3.9361900E-17 AT = 2.0000000E 04
UTE = -2.1724229 LUTE = 8.3695030E-08 WUTE = 9.0012740E-07
PUTE = -1.3363610E-13 UA1 = 1.2174139E-09 LUA1 = 9.2209620E-19
WUA1 = 8.4305930E-18 PUA1 = -1.1802830E-24 UB1 = -3.8522240E-18
LUB1 = 4.3064910E-25 WUB1 = 3.2489980E-24 PUB1 = -4.8142620E-31
UC1 = -1.5688140E-10 LUC1 = 3.2866920E-17 WUC1 = 1.8689849E-16
PUC1 = -3.2542850E-23 KT1L = 0.00 PRT = 0.00 ** CAPACITANCE PARAMETERS *CJ = 1.000266E-06 MJ = 0.3595262 PB = 0.6882682
CJSW = 2.040547E-13 MJSW = 0.2003879 PBSW = 0.6882682
CJSWG = 3.340547E-13 MJSWG = 0.43879 PBSWG = 0.6882682
TPB = 1.554306E-03 TPBSW = 1.554306E-03 TCJ = 1.040287E-03
TCJSW = 6.45489E-04 JS = 8.38E-06 JSW = 1.60E-11
NJ = 1.0 XTI = 3.0 CGDO = '3.4367E-10*nmos_cgdfac'
CGSO = '4.317E-10*nmos_cgdfac'
CGBO = 1.0E-13 CAPMOD = 3
NQSMOD = 0 ELM = 0 XPART = 0
CF = 0 TLEV = 1 TLEVC = 1
CALCACM = 1
*********added AC parameters*****
NOFF=1.2
CLE=1 CLC=1.45e-8
DLC=4.6433e-8 Llc= -0.123E-14
VOFFCV= 0.1261 LVOFFCV= -0.0094E-6
CGSL='6.6175e-10*nmos_cgdfac' LCGSL= -0.3804E-16
CGDL='2.4366e-10*nmos_cgdfac' LCGDL= -0.175E-16 ) ************************************************** ************** 1.8V PMOS DEVICES * ************************************************** *************
*
*.MODEL pch_rf PMOS (
LMIN = 1.8E-07
LMAX = 5E-07 WMIN = 2.5E-06 WMAX = 2.5E-06
Noimod = 1 AF = 1.369 EF = 1.064 KF = 5.77E-27
LEVEL = 49 TNOM = 25 VERSION = 3.2
TOX = '4.08E-09*pmos_toxfac'
TOXM = '4.08E-09*pmos_toxfac' XJ = 1.7000001E-07
NCH = 3.9000000E 17 LLN = 1.0000000 LWN = 1.0000000
WLN = 1.0000000 WWN = 1.0000000 LINT = 1.4999999E-08
LL = 0.00 LW = 0.00 LWL = 0.00
WINT = 1.4999999E-08 WL = 0.00 WW = 0.00
WWL = 0.00 MOBMOD = 1 BINUNIT = 2
XL = '-2E-08*pmos_dlfac'
XW = '1e-6*pmos_dwfac' LMLT = 1
WMLT = 1 BINFLAG = 0 DWG = 0.00
DWB = 0.00
* DIODE PARAMETERS
ACM = 12 LDIF = 9.00E-08 HDIF = 2.00E-07
RSH = 7.2 RD = 0 RS = 0
RSC = 0 RDC = 0 ** THRESHOLD VOLTAGE PARAMETERS *VTH0 = '-0.4493721*pmos_vthfac'
LVTH0 = -8.0657600E-09 WVTH0 = 1.0679620E-08
PVTH0 = -1.7425970E-15 K1 = '0.5178921*pmos_k1fac'
LK1 = 1.8871200E-08
WK1 = 1.4451329E-07 PK1 = -2.0570920E-14 K2 = 4.2809810E-02
LK2 = -6.7585580E-09 WK2 = -5.2837130E-08 PK2 = 8.7969570E-15
K3 = 0.00 DVT0 = 0.00 DVT1 = 0.00
DVT2 = 0.00 DVT0W = 0.00 DVT1W = 0.00
DVT2W = 0.00 NLX = 0.00 W0 = 0.00
K3B = 0.00 NGATE = 0.00 VFB = 99.0000000 ** MOBILITY PARAMETERS *VSAT = 1.3081250E 05 LVSAT = -3.6562360E-04 UA = 9.4992950E-10
LUA = -1.7850020E-16 WUA = -7.6798820E-16 PUA = 1.8454060E-22
UB = 4.958583E-19 LUB = 1.3731120E-25 WUB = 4.3796020E-25
PUB = -1.5285560E-31 UC = -1.5879040E-10 LUC = 1.9585860E-17
WUC = 2.9227921E-17 PUC = -1.0819630E-23 RDSW = '530*pmos_rdswfac'
PRWB = 0.00 PRWG = 0.00 WR = 1.0000000
U0 = '0.009831898*pmos_uefffac'
LU0 = -1.2916450E-10 WU0 = -2.9276901E-09
PU0 = 3.0125661E-16 A0 = 1.2734300 LA0 = 3.3696850E-09
WA0 = -5.0017450E-07 PA0 = 1.2788430E-13 KETA = 1.5000610E-02
LKETA = -5.8313550E-10 WKETA = 8.6611480E-09 PKETA = -2.4688039E-15
A1 = 0.00 A2 = 0.4000000 AGS = 2.0000000E-02
B0 = 0.00 B1 = 0.00 ** SUBTHRESHOLD CURRENT PARAMETERS *VOFF = -0.1308178 LVOFF = 1.5542660E-10 WVOFF = 5.5181630E-09
PVOFF = -1.9057119E-15 NFACTOR = 1.0000000 CIT = -6.2808550E-05
LCIT = 1.1818900E-10 WCIT = 2.2197810E-10 PCIT = -8.5542230E-17
CDSC = 0.00 CDSCB = 0.00 CDSCD = 0.00
ETA0 = -4.6875020E-04 LETA0 = 2.5593749E-10 ETAB = 1.1367541E-03
LETAB = -5.5653940E-10 WETAB = -5.9039650E-10 PETAB = 2.6567850E-16
DSUB = 0.00 ** ROUT PARAMETERS *PCLM = 0.9115400 LPCLM = 3.9806980E-08 WPCLM = -1.3100870E-08
PPCLM = 5.8953990E-15 PDIBLC1 = 1.0000000E-06 PDIBLC2 = 7.9687500E-03
LPDIBLC2 = 9.1406240E-10 PDIBLCB = 1.0000000E-02 DROUT = 0.00
PSCBE1 = 3.5000000E 08 PSCBE2 = 5.0000000E-07 PVAG = 0.00
DELTA = 1.0000000E-02 ALPHA0 = 0 ALPHA1 = 6.56
BETA0 = 22.6782700 ** TEMPERATURE EFFECTS PARAMETERS *KT1 = -0.2368895 LKT1 = -2.4634870E-09 WKT1 = 2.0141179E-08
PKT1 = -2.0090080E-15 KT2 = -2.5679991E-02 LKT2 = -7.6223150E-11
WKT2 = 8.0890460E-09 PKT2 = -1.5586480E-15 AT = 1.0000000E 04
UTE = -0.7213691 LUTE = 5.3870080E-10 WUTE = 1.2306521E-07
PUTE = 1.0594620E-14 UA1 = 1.2240000E-09 UB1 = -1.3525320E-18
LUB1 = 2.5492080E-26 WUB1 = -2.5754361E-25 PUB1 = 3.3378430E-32
UC1 = 7.1914950E-11 LUC1 = -7.8692750E-18 WUC1 = -4.9637810E-17
PUC1 = 1.0194490E-23 KT1L = 0.00 PRT = 0.00 ** CAPACITANCE PARAMETERS *CJ = 1.121E-06 MJ = 0.4476 PB = 0.895226
CJSW = 2.481E-13 MJSW = 0.3683619 PBSW = 0.895226
CJSWG = 4.221E-13 MJSWG = 0.3683619 PBSWG = 0.895226
TPB = 1.572025E-03 TPBSW = 1.572025E-03 TCJ = 9.739001E-04
TCJSW = 4.130718E-04 JS = 4.92E-06 JSW = 9.00E-10
NJ = 1.0 XTI = 3.0 CGDO = '3.53E-10*pmos_cgdfac'
CGSO = '3.56E-10*pmos_cgdfac'
CGBO = 1.0E-13 CAPMOD = 3
NQSMOD = 0 ELM = 0 XPART = 0
CF = 0
TLEV = 1 TLEVC = 1 CALCACM = 1
* SFVTFLAG= 0 VFBFLAG = 1
*********added AC parameters*****
NOFF=0.75
CKAPPA=0.8
CLE=1 CLC=2.5e-10
VOFFCV=0.1894 LVOFFCV= -0.0172E-6
CGSL='3.982e-10*pmos_cgdfac' LCGSL= -0.2830E-16
CGDL='3.72e-10*pmos_cgdfac' LCGDL= -0.2324E-16
DLC=5.75e-8 Llc= -0.348E-14 ) *.ENDL MOS_RF *.LIB DIO_RF *
************************************************** ************** 1.8V MODEL OF N /PW DIODE * ************************************************** *************.MODEL ndio_rf_f D (
LEVEL = 1
TLEVC=1
CJ='0.002000266*ndio_cjfac'
MJ=0.3595262
PB=0.6882682
CJSW='4.040547E-10*ndio_cjfac'
MJSW=0.2003879
PHP=0.6882682
CTA=0.001040287
CTP=0.000645489
TPB=0.001554306
TPHP=0.001554306 )
********** diode gate edge ***************
.MODEL ndio_rf_g D (
LEVEL = 1
TLEVC=1
CJ='0.001000266*ndio_cjfac'
MJ=0.3595262
PB=0.6882682
CJSW='4.340547E-10*ndio_cjfac'
MJSW=0.43879
PHP=0.6882682
CTA=0.001040287
CTP=0.000645489
TPB=0.001554306
TPHP=0.001554306 ) ************************************************** ************** 1.8V MODEL OF P /NW DIODE * ************************************************** ********************** field edge diode *******
.MODEL pdio_rf_f D (
LEVEL = 1
TLEVC=1
CJ='0.00163*pdio_cjfac'
MJ=0.4476
PB=0.895226
CJSW='3.581E-10*pdio_cjfac'
MJSW=0.3683619
PHP=0.895226
CTA=0.0009739001
CTP=0.0004130718
TPB=0.001572025
TPHP=0.001572025 )
****** gate edge diode *********
.MODEL pdio_rf_g D (
LEVEL = 1
TLEVC=1
CJ='0.00149*pdio_cjfac'
MJ=0.4476
PB=0.895226
CJSW='3.921E-10*pdio_cjfac'
MJSW=0.3683619
PHP=0.895226
CTA=0.0009739001
CTP=0.0004130718
TPB=0.001572025
TPHP=0.001572025 ) *.ENDL DIO_RF *
************************************************** ************** *
* 3.3V MOS DEVICES MODEL *
* * ************************************************** *************.LIB MOS_RF33 ************************************************** ************** 3.3V NMOS DEVICES * ************************************************** *************.MODEL nch_rf33 NMOS (
LMIN = 3.5E-07
Noimod = 1 AF = 0.926 EF = 0.881 KF = 2.02E-28
LMAX = 5E-07 WMIN = 2.5E-06 WMAX = 2.5E-06
LEVEL = 49 TNOM = 25 VERSION = 3.2
TOX = '6.8E-09*nmos_toxfac' TOXM = '6.8E-09*nmos_toxfac'
XJ = 1.7000001E-07
NCH = 5.2600000E 17 LLN = 1.0000000 LWN = 1.0000000
WLN = 1.0000000 WWN = 1.0000000 LINT = 4.0000000E-08
LL = 0.00 LW = 0.00 LWL = 0.00
WINT = 2.9999999E-08 WL = 0.00 WW = 0.00
WWL = 0.00 MOBMOD = 1 BINUNIT = 2
XL = '-2E-08*nmos_dlfac' XW = '1e-6*nmos_dwfac' LMLT = 1
WMLT = 1 BINFLAG = 0 DWG = 0.00
DWB = 0.00
* DIODE PARAMETERS
ACM = 12 LDIF = 9.00E-08 HDIF = 2.00E-07
RSH = 6.8 RD = 0 RS = 0
RSC = 0 RDC = 0 ** THRESHOLD VOLTAGE PARAMETERS *VTH0 = '0.8654908*nmos_vthfac'
LVTH0 = -1.6563961E-08 WVTH0 = 1.4226810E-09
PVTH0 = -6.0851740E-16 K1 = '0.7481822*nmos_k1fac'
LK1 = 1.0296160E-07
WK1 = -1.0085570E-07 PK1 = 2.0070249E-14 K2 = 0.1897030
LK2 = -9.3662770E-08 WK2 = 8.4660090E-09 PK2 = 7.5449070E-15
K3 = 0.00 DVT0 = 0.00 DVT1 = 0.00
DVT2 = 0.00 DVT0W = 0.00 DVT1W = 0.00
DVT2W = 0.00 NLX = 0.00 W0 = 0.00
K3B = 0.00 NGATE = 0.00 VFB = 99.0000000 ** MOBILITY PARAMETERS *VSAT = 9.3128790E 04 LVSAT = -8.5151520E-04 WVSAT = -4.6304550E-03
PVSAT = 1.8521820E-09 UA = -6.6653380E-10 LUA = -9.5332020E-17
WUA = -1.0028990E-15 PUA = 3.9566900E-22 UB = 2.1159180E-18
LUB = 2.1872130E-25 WUB = 5.4583600E-25 PUB = -4.3931030E-31
UC = 2.6312810E-10 LUC = -3.9061290E-17 WUC = -1.2045420E-16
PUC = 2.9778029E-23 RDSW = '545*nmos_rdswfac' PRWB = 0.00
PRWG = 0.00 WR = 1.0000000 U0 = '0.04367778*nmos_uefffac'
LU0 = 3.7708480E-10 WU0 = -1.0239110E-08 PU0 = 2.6671971E-15
A0 = 0.8783571 LA0 = -7.1820300E-08 WA0 = 1.1142880E-07
PA0 = -3.1817270E-14 KETA = -5.3438060E-02 LKETA = 7.3436540E-09
WKETA = -4.7415920E-08 PKETA = 2.0938200E-14 A1 = 0.00
A2 = 0.9900000 AGS = -2.0000000E-02 B0 = 0.00
B1 = 0.00 ** SUBTHRESHOLD CURRENT PARAMETERS *VOFF = -0.1005511 LVOFF = -3.7765370E-09 WVOFF = -3.9807150E-09
PVOFF = 5.9385570E-15 NFACTOR = 1.0000000 CIT = 4.8792270E-04
LCIT = 6.6982590E-12 WCIT = 3.2627760E-11 PCIT = -1.1425240E-17
CDSC = 0.00 CDSCB = 0.00 CDSCD = 0.00
ETA0 = -1.1666670E-03 LETA0 = 6.6666670E-10 ETAB = 3.7821970E-03
LETAB = -1.7128789E-09 WETAB = -1.1576140E-09 PETAB = 4.6304560E-16
DSUB = 0.00 ** ROUT PARAMETERS *PCLM = -0.2016089 LPCLM = 3.5852410E-07 WPCLM = 5.8573180E-07
PPCLM = -1.3663259E-13 PDIBLC1 = 1.0000000E-06 PDIBLC2 = -1.1359850E-02
LPDIBLC2 = 4.9439400E-09 WPDIBLC2 = 6.9456830E-09 PPDIBLC2 = -2.7782729E-15
PDIBLCB = 1.0000000E-02 DROUT = 0.00 PSCBE1 = 3.5000000E 08
PSCBE2 = 1.0000000E-06 PVAG = 0.00 DELTA = 1.0000000E-02
ALPHA0 = 0 ALPHA1 = 6.88 BETA0 = 21.5673010 ** TEMPERATURE EFFECTS PARAMETERS *KT1 = -0.2535690 LKT1 = -2.4956870E-09 WKT1 = -1.5279610E-07
PKT1 = 4.9609050E-14 KT2 = -1.7916219E-02 LKT2 = -1.6789700E-09
WKT2 = -4.0857120E-10 PKT2 = -2.5355550E-15 AT = 2.0000000E 04
UTE = -1.0260620 LUTE = -8.1478210E-09 WUTE = 2.0666280E-07
PUTE = -1.7712639E-13 UA1 = 2.0399999E-09 UB1 = -1.5461820E-18
LUB1 = 1.6306660E-25 WUB1 = -5.6945430E-25 PUB1 = -1.1277000E-31
UC1 = 1.0037150E-10 LUC1 = 1.4397060E-17 WUC1 = -9.6272360E-17
PUC1 = -1.0310020E-23 KT1L = 0.00 PRT = 0.00 ** CAPACITANCE PARAMETERS *CJ = 8.964788E-07 MJ = 0.3259624 PB = 0.7076023
CJSW = 2.50664E-13 MJSW = 0.1513672 PBSW = 0.7076023
CJSWG = 3.00664E-13 MJSWG = 0.3513672 PBSWG = 0.7076023
TPB = 1.687207E-03 TPBSW = 1.687207E-03 TCJ = 9.923959E-04
TCJSW = 5.019466E-04 JS = 7.93E-06 JSW = 7.00E-11
NJ = 1.0 XTI = 3.0 CGDO = '3.185E-10*nmos_cgdfac'
CGSO = '3.95E-10*nmos_cgdfac' CGBO = 1.0E-13 CAPMOD = 3
NQSMOD = 0 ELM = 0 XPART = 0
CF = 0 TLEV = 1 TLEVC = 1
CALCACM = 1
*********added AC parameters*****
DLC=8.7533e-8 Llc= -1.9017E-14
VOFFCV= 0.1066 LVOFFCV= -5.06e-8
CGDL='4.7973e-10*nmos_cgdfac' LCGDL= -7.622E-17
CGSL='7.33e-10*nmos_cgdfac' LCGSL= -1.20779E-16
CLE=1 CLC=3e-10
NOFF=1.2
*SFVTFLAG = 0 VFBFLAG = 1 )

********************************** ************************************************** ************** 3.3V PMOS DEVICES * ************************************************** *************.MODEL pch_rf33 PMOS (
LMIN = 3E-07
Noimod = 1 AF = 1.542 EF = 1.094 KF = 1.54E-26
LMAX = 5E-07 WMIN = 2.5E-06 WMAX = 2.5E-06
LEVEL = 49 TNOM = 25 VERSION = 3.2
TOX = '6.77E-09*pmos_toxfac'
TOXM = '6.77E-09*pmos_toxfac' XJ = 1.7000001E-07
NCH = 4.9500000E 17 LLN = 1.0000000 LWN = 1.0000000
WLN = 1.0000000 WWN = 1.0000000 LINT = 3.5000000E-08
LL = 0.00 LW = 0.00 LWL = 0.00
WINT = 3.5000000E-08 WL = 0.00 WW = 0.00
WWL = 0.00 MOBMOD = 1 BINUNIT = 2
XL = '-2E-08*pmos_dlfac' XW = '1e-6*pmos_dwfac' LMLT = 1
WMLT = 1 BINFLAG = 0 DWG = 0.00
DWB = 0.00
* DIODE PARAMETERS
ACM = 12 LDIF = 9.00E-08 HDIF = 2.00E-07
RSH = 7.2 RD = 0 RS = 0
RSC = 0 RDC = 0 ** THRESHOLD VOLTAGE PARAMETERS *VTH0 = '-0.7794082*pmos_vthfac'
LVTH0 = 2.9174400E-08 WVTH0 = 1.3822050E-07
PVTH0 = -4.7803770E-14 K1 = '0.7703792*pmos_k1fac'
LK1 = 4.7912380E-08
WK1 = -6.1627210E-09 PK1 = -5.7079160E-15 K2 = 0.1315091
LK2 = -2.9677160E-08 WK2 = -2.6652980E-08 PK2 = 1.1863930E-14
K3 = 0.00 DVT0 = 0.00 DVT1 = 0.00
DVT2 = 0.00 DVT0W = 0.00 DVT1W = 0.00
DVT2W = 0.00 NLX = 0.00 W0 = 0.00
K3B = 0.00 NGATE = 0.00 VFB = 99.0000000 ** MOBILITY PARAMETERS *VSAT = 1.1958270E 05 LVSAT = -3.9288950E-03 WVSAT = 9.1457880E-03
PVSAT = -3.7497720E-09 UA = 1.1416620E-09 LUA = -1.5603519E-16
WUA = 7.9376820E-16 PUA = -1.9869220E-22 UB = 2.5250249E-19
LUB = 2.2445541E-25 WUB = -1.4172720E-24 PUB = 3.4023830E-31
UC = -7.1369630E-11 LUC = 2.2632790E-17 WUC = -1.8019050E-16
PUC = 3.9216490E-23 RDSW = '900*pmos_rdswfac' PRWB = 0.00
PRWG = 0.00 WR = 1.0000000 U0 = '0.01008642*pmos_uefffac'
LU0 = -7.0236690E-11 WU0 = -5.9939580E-10 PU0 = 8.6167180E-17
A0 = 1.1407400 LA0 = -8.2362710E-08 WA0 = 1.4912089E-07
PA0 = -4.5613300E-14 KETA = -1.1352910E-02 LKETA = 1.9204109E-09
WKETA = 1.4552420E-08 PKETA = -7.3035160E-15 A1 = 0.00
A2 = 0.9900000 AGS = 2.0000000E-02 B0 = 0.00
B1 = 0.00 ** SUBTHRESHOLD CURRENT PARAMETERS *VOFF = -0.1249071 LVOFF = 8.9414560E-09 WVOFF = -2.0841340E-09
PVOFF = -2.6938661E-15 NFACTOR = 1.0000000 CIT = 5.6242540E-04
LCIT = -2.1703370E-11 WCIT = -1.6475810E-10 PCIT = 5.3283360E-17
CDSC = 0.00 CDSCB = 0.00 CDSCD = 0.00
ETA0 = -2.8330681E-04 LETA0 = 1.5715580E-10 WETA0 = -3.6583150E-10
PETA0 = 1.4999090E-16 ETAB = 8.7878470E-04 LETAB = -4.0130170E-10
WETAB = -3.3683250E-10 PETAB = 1.3810130E-16 DSUB = 0.00 ** ROUT PARAMETERS *PCLM = 0.6642304 LPCLM = 6.4582120E-09 WPCLM = 4.2737330E-08
PPCLM = 1.7767399E-15 PDIBLC1 = 1.0000000E-06 PDIBLC2 = -3.7638230E-03
LPDIBLC2 = 1.9531670E-09 WPDIBLC2 = 5.6213120E-09 PPDIBLC2 = -2.3047379E-15
PDIBLCB = 1.0000000E-02 DROUT = 0.00 PSCBE1 = 3.3083470E 08
LPSCBE1 = 7.8577890 WPSCBE1 = -18.2915800 PPSCBE1 = 7.4995460E-06
PSCBE2 = 5.0000000E-07 PVAG = 0.00 DELTA = 1.0000000E-02
ALPHA0 = 0 ALPHA1 = 0.139 BETA0 = 16.1083200 ** TEMPERATURE EFFECTS PARAMETERS *KT1 = -0.3348261 LKT1 = 1.3294890E-08 WKT1 = 2.9812519E-10
PKT1 = 3.1137369E-15 KT2 = -3.0654950E-02 LKT2 = 8.7280060E-10
WKT2 = -4.5288680E-11 PKT2 = 3.1860170E-16 AT = -5.0000000E 04
UTE = -0.1308300 LUTE = -2.0317449E-07 WUTE = -3.8055390E-07
PUTE = 2.2297420E-13 UA1 = 3.6298140E-09 LUA1 = -6.5551380E-16
WUA1 = -1.8866009E-15 PUA1 = 7.7350630E-22 UB1 = -2.5636720E-18
LUB1 = 2.0155830E-25 WUB1 = 6.3441180E-25 PUB1 = -2.4314391E-31
UC1 = 4.8522400E-11 LUC1 = -1.0582910E-17 WUC1 = 4.9992710E-17
PUC1 = -1.1136940E-24 KT1L = 0.00 PRT = 0.00 ** CAPACITANCE PARAMETERS *CJ = 1.03531E-06 MJ = 0.3954951 PB = 0.8049122
CJSW = 2.23115E-13 MJSW = 0.2573111 PBSW = 0.8049122
CJSWG = 2.345762E-13 MJSWG = 0.2573111 PBSWG = 0.8049122
TPB = 1.625007E-03 TPBSW = 1.625007E-03 TCJ = 9.940197E-04
TCJSW = 6.908749E-04 JS = 3.10E-06 JSW = 2.80E-11
NJ = 1.0 XTI = 3.0 CGDO = '3.32E-10*pmos_cgdfac'
CGSO = '2.75E-10*pmos_cgdfac' CGBO = 1.0E-13 CAPMOD = 3
NQSMOD = 0 ELM = 0 XPART = 0
CF = 0
TLEV = 1 TLEVC = 1 CALCACM = 1
*********added AC parameters*****
NOFF=3.5
CLE=1.5 CLC=1.5e-8
CKAPPA=0.55
* SFVTFLAG= 0 VFBFLAG = 1
DLC = 4.6833E-8 Llc= -1e-15
VOFFCV= 0.0811 LVOFFCV= -0.0202E-6
CGDL='3.2281E-10*pmos_cgdfac' LCGDL= -0.2115E-16
CGSL='2.7138E-10*pmos_cgdfac' LCGSL= -0.0725E-16 ) *.ENDL MOS_RF33 *.LIB DIO_RF33 *
************************************************** ************** MODEL OF 3.3V N /PW DIODE * ************************************************** ********************* diode field edge **************
.MODEL ndio_rf33_f D (
LEVEL = 1
TLEVC=1
CJ='0.00177964