ADS

[Sadegh.j]

Cześć

Mam ostatnio zaczął używać mojego ADS do symulacji układów, to wydaje się to super program.

tylko jedno pytanie.Czy może pan powiedzieć reklamy modelem MOSFET Hspice użyciu modelu?

Shot

 

[khouly]

w reklamach, coś o nazwie modelu konwertera

który będzie miał HSPICE model i generuje ADS modelu

Schemat w oknie z menu Plik wybierz importu
wybierz netlist i więcej opcji.wybierz hspice

i przeglądania pliku z modelem, a reklamy będą generować model

następnie u może zawierać model, ale to coś o nazwie netlist

Khouly

 

[Sadegh.j]

Dzięki za pomoc.

Istnieje tylko niewielki problem.Zrobiłem dokładnie tak, jak pan powiedział, ale dla niektórych nieznanych powodów, kiedy używane przywożone wzorem dla MOSFET, to dał mi komunikat o błędzie.By the way, I am currrently użyciu ADS2003.

Shot

 

[khouly]

jaki jest komunikat o błędzie

i wysłać modelu, a ja postaram się przeliczyć

khouly

 

[Sadegh.j]

Hej

Ten komunikat o błędzie mówi: "MOSFET1 jest przykład o niezdefiniowanym modelu" model1 ""

Pozwól mi szybko przejść przez procedury: Plik> Importuj> ....
Po tym kroku mówi, że "Niezapisane wzorów może się rozliczone; ..."
Następnie w oknie głównym pojawi się ponownie.Teraz nazwę modelu (Jak mam rozumieć to z pomocy) jest taki sam jak nazwa tego pliku txt, który został przywieziony.W moim przypadku mam nazwał go "model1".Następnie dla MOS, wybrać model1 i kiedy symulacji obiegu wyżej pojawia się komunikat o błędzie.

ShotDodano po 2 minuty:I'tried dołączyć plik z modelem, ale rozszerzenie nie było dozwolone.Przepraszamy za bałagan chłopaki.. lib szybko

. nmos modelu nmos poziom = 49
Wersja = 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 w = 4.587946e 04
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 00 voff =-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
Wiąz = 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 wwn = 1.000000e 00
Wwl = 0.000000e 00 nlev = 2.000000e 00 kf = 0.500000e-25

. modelu PMO PMO poziom = 49
Wersja = 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 w = 0.000000e 00
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-01 dsub = 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 00 wr = 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
Wiąz = 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 szybko

 

[khouly]

Mam przetłumaczone modelu stosując reklamy
i jest załączony z mojej wiadomości,
użyj go w schamtic użyciu netlist zawierać element z danych pozycji menu

donot i zapomnij, aby nazwę modelu do urządzeń

khouly
Przepraszamy, ale musisz logowania w celu wyświetlenia tego zajęcia

 

[Sadegh.j]

You rock man !!!!!

DziękiDodano po 32 minut:Zrobiłem to plik, który pokazał mi i to działało.Ale kiedy próbowałem zrobić konwersję na mój główny plik, dla niektórych dziwne powodu przekształcenia miały miejsce, ale przy próbie importu ostatecznego projektu, nie został przywieziony.

Czy mogę uprzejmie prosić o nawrócenie dla pliku poniżej i prosimy dołączyć go do mnie.Naprawdę appreicate pomoc.

Coś innego,
że reklamy nie akceptuje spacji w nazwach, walczył z tym za chwilę.

Thanks a lotDodano po 5 minut:Jest to model Hspice powiedziałem wam o.Dodano po 4 minutyzięki.Dla niektórych dziwnych powodów nie mogę dołączyć pliku.ale będę wystarczy skopiować i wkleić go:* **********************************************
* * TSMC RF SPICE MODEL *
* **********************************************
* Model ten został zmieniony na RF purppose.MOS & DIO została zmodyfikowana.
*
* PROCES: Mieszane 0.18um-Signal SALICIDE (1P6M 1.8V/3.3V)
* WZÓR: BSIM3 (v3.2)
* DOC.NO.: T-018-MM-SP-001
* Wersja: 1.1
* Data: Oct.25, 2002
* HSPICE VERSION: H98.4
*
************************************************** *****************************
* *
* W tym modelu LIB ZAWIERA: *
* *
* 1.LIB TT_RFMOS *
* (Typowe dla modelu 1.8V/3.3V nominalnej Vt N / P i urządzeń MIM *
* Kondensator, spirala induktor, MOS varactor, rezystor i skrzyżowania *
* Kondensator sub-circuit) *
* *
* 2.LIB FF_RFMOS *
* (Fast-Fast rogu model 1.8V/3.3V nominalnej Vt N / P i urządzeń MIM *
* Kondensator, spirala induktor, MOS varactor, rezystor i skrzyżowania *
* Kondensator sub-circuit) *
* *
* 3.LIB SS_RFMOS *
* (Slow-Slow rogu model 1.8V/3.3V nominalnej Vt N / P i urządzeń MIM *
* Kondensator, spirala induktor, MOS varactor, rezystor i skrzyżowania *
* Kondensator sub-circuit) *
* *
************************************************** ****************************
*
* 1) Aby skorzystać z tych modeli bezpośrednio programowania w tym stylu:
*
*. Lib "lib_path / lib_name" xx_RFMOS (xx oznacza TT, FF albo SS)
*
*
* EX1:. Lib '/ home/user/tsmc/LOGIC/rf018.l "TT_RFMOS
*
* Dla wszystkich typowych MOS Devices
*
* EX2:. Lib '/ home/user/tsmc/LOGIC/rf018.l "FF_RFMOS
*
* Dla wszystkich Szybko Szybko rogu MOS Devices
*
* EX3:. Lib '/ home/user/tsmc/LOGIC/rf018.l "SS_RFMOS
*
* Dla wszystkich Slow-Slow rogu MOS Devices
*
* 2) Należy pamiętać, że AS / AD i PS / PD musi być ustawiona na zero spowoduje prawidłowe
* Impedancja wyjściowa.
*
. LIB TT_RFMOS
. nmos_rgfac param = 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
. lib "rf018.l" RF_MACRO
. Endl TT_RFMOS
*
. LIB FF_RFMOS
. nmos_rgfac param = 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
. lib "rf018.l" RF_MACRO
. Endl FF_RFMOS
*
. LIB SS_RFMOS
. nmos_rgfac param = 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
. lib "rf018.l" RF_MACRO
. Endl SS_RFMOS
************************************************** *************************
*

. LIB RF_MACRO
************************************************** ************************************************
*
* 1) MOS MODEL:
*
* A) HSPICE LEVEL 49:
*
* # # Bibliotece pliki:
*
* Wszystkie modele są zawarte w pliku "rf018.l" dla H98.4
*
*
* A.Normalna 1.8VN/PMOS modelu
*
*. Lib MOS_RF: Typowe modelu
*
* Nazwa modelu NF L (um) Wf (um)
* Niski wysoki niski wysoki
* ------------------------------------------------- ----------------
* Nmos_rf 4 128
0,18 0,5 2,5
* ------------------------------------------------- ----------------
* Pmos_rf 16 128
0,18 0,5 2,5
* ------------------------------------------------- ----------------
* ** NF: Finger numer
*
* B.Normalna 3.3VN/PMOS modelu
*
*. Lib MOS_RF33: Typowe modelu
*
* Nazwa modelu NF L (um) Wf (um)
* Niski wysoki niski wysoki
* ------------------------------------------------- ----------------
* Nmos_rf33 16 64 0,35 0,5 2,5
* ------------------------------------------------- ----------------
* Pmos_rf33 16 64 0,3 0,5 2,5
* ------------------------------------------------- ----------------
* ** NF: Finger numer
*
*
* N / P MOS są wzorowane z sub-circuit nmos_rf / pmos_rf które wewnętrznie
* Połączenie urządzenia bibliotek -. LIB i MOS_RF. LIB DIO_RF zapisane w pliku 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 =
nRRB 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 =
nRRD DI R = D "(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 XX C = '(0,7609 * nr 11,791) * 1e-15 "
***** Diody ****************
DSS SB SI ndio_rf_f OBSZARZE = "(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 OBSZARZE = 'nr / 2 * 2.5e-6 * 6.4e-7 "PJ ='1 ,28 e-6 * nr / 2"
DSG SB SI ndio_rf_g OBSZARZE = 1E-15 PJ ='2 ,5 e-6 * nr "
DDG DB DI ndio_rf_g OBSZARZE = 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 =
nRRB BI BR = '((54.773/nr-0.062) / (lr * 1e 6) 502,77 / nr 1,0575) * pmos_rsubfac "
********** R i Rd *****************
R S SI R ='0 ,00405 nr * * (* lr 1e6 0.

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

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

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

"
** Rds *****************
Rds SI XX R = '(67305 * lr * 1e 6 76660) / nr 2135.7 * lr * 1e 6 477,87 "
Cds DI XX C = '(0,7478 * nr 27,13) * 1e-15 "
***** Diody ****************
DSS SI SB pdio_rf_f OBSZARZE = "(nr / 2 1) * 2.5e-6 * 6.4e-7" PJ = "(nr / 2 1) * 1.28e-6 2 * 2.5e-6"
DDD DI DB pdio_rf_f OBSZARZE = 'nr / 2 * 2.5e-6 * 6.4e-7 "PJ =' nr / 2 * 1.28e-6 '
DSG SI SB pdio_rf_g OBSZARZE = 1E-15 PJ ='2 ,5 e-6 * nr "
DDG DI DB pdio_rf_g OBSZARZE = 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

. lib "rf018.l" MOS_RF
. lib "rf018.l" DIO_RF

. SUBCKT nmos_rf33 DGSB lr = 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 =
nRRB 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 D XX C = '(0,7321 * nr 9) * 1e-15 "
***** Diody ****************
DSS SB S ndio_rf33_f OBSZARZE = "(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 OBSZARZE = 'nr / 2 * 2.5e-6 * 6.4e-7 "PJ ='1 ,28 e-6 * nr"
DSG S SB ndio_rf33_g OBSZARZE = 1E-15 PJ ='2 ,5 e-6 * nr "
DDG DB D ndio_rf33_g OBSZARZE = 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 DGSB lr = 35.E-08 nr = 12.8E 01
**********************
RG GI GR = '(400 * lr * 1e 6 25) * pmos_rgfac "M =
nRRB 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 XX D = C "(0,775 * nr 11,9) * 1e-15"
***** Diody ****************
DSS S SB pdio_rf33_f OBSZARZE = "(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 OBSZARZE = 'nr / 2 * 2.5e-6 * 6.4e-7 "PJ ='1 ,28 e-6 * nr / 2"
DSG S SB pdio_rf33_g OBSZARZE = 1E-15 PJ ='2 ,5 e-6 * nr "
DDG D DB pdio_rf33_g OBSZARZE = 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

. lib "rf018.l" MOS_RF33
. lib "rf018.l" DIO_RF33

************************************************** ************************************************
* 2) MIM kondensator MODEL:
*
* HSPICE LEVEL 49:
*
* # # Bibliotece pliki:
*
* Na placu MIM kondensatory są wzorowane z sub-circuit "mimcap" dla H98.4
*
*. Subckt mimcap: Typowe modelu
*
*
* Nazwa modelu LT jednostki
* Niski wysoki
* ----------------------------------------------
* Mimcap 10 30 um
* ----------------------------------------------
* ** Lt: strona wymiar
*
************************************************** ************************************************

. subckt mimcap Góra Bottom lt = 10U
. funtów param = 'lt 6 u "
rs Góra 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 *) * (* 1.0e6 lt) 0,97 * (lt 1.0e6 *)) * 1e-15 * cmim_fac"
cox n3 Bottom "(0,0065 * (* 1.0e6 funtów) * (* 1.0e6 funtów)) * 1e-15 * cm5_fac"
rsub n3 0 '(7.0e6) / ((lb * 1.0e6) * (* 1.0e6 funtów)) * rsub_fac "
csub n3 0'1 ,16 e-15 * csub_fac "
. kończy mimcap

************************************************** ************************************************
* 3) spirali induktor MODEL:
*
* HSPICE LEVEL 49:
*
* # # Bibliotece pliki:
*
* W Wzbudniki są wzorowane z sub-circuit "spiral_turn" i "spiral_rad" dla
* H98.4
*
*. Subckt spiral_rad: Typowy model Indukcyjność zależy od promienia
*. Subckt spiral_turn: Typowy model Indukcyjność zmienia się w zależności od obrotów
*
* Nazwa modelu kolei rad (um)
* Niski wysoki niski wysoki
* ------------------------------------------------- -----
* Spiral_turn 2,5 7,5 60 60
* ------------------------------------------------- -----
* Spiral_rad 4,5 4,5 30 150
* ------------------------------------------------- -----
*
* ** Spiral_turn: tylko discret kolei numery są dostępne,
w tym 2.5, 3.5, 4.5, 5.5, 6.5 i 7.5
* ** Spiral_rad: skalowane przez wewnętrzną krawędzią do krawędzi promień, szczegóły patrz dokument SPICE
*
************************************************** ************************************************

. subckt spiral_turn Góra Bottom nr = 2,5
* L = L (nr)
ls Góra 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 Góra Bottom "(6,243 * nr 5,803) * 1.0e-15 * cs_fac"
cox1 Góra 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"
. kończy spiral_turn

. subckt spiral_rad Góra Bottom rad = 30u
* L = L (rad)
ls Góra 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 Góra Bottom "(0,2289 * * rad 1.0e6 21,092) * 1.0e-15 * cs_fac"
cox1 Góra 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="Chłodny" 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="Chłodny" border="0" />

* rsub_fac "
. kończy spiral_rad

************************************************** ************************************************
* 4) MOS VARACTOR MODEL:
*
*
* HSPICE LEVEL 49:
*
* # # Bibliotece pliki:
*
* W varactor są wzorowane z sub-circuit "MOSCap_g3" i "MOSCap_g6"
* Dla H98.4
*
*
* Nazwa modelu L (um) Wf (um) Side Oddział grupy
* ------------------------------------------------- ---
* MOSCap_g3 0,5 2 2 50 3
* MOSCap_g6 0,5 2 2 50 6
* ------------------------------------------------- ---
*
* Po poli jest brama z varactor która ma 3 grupy, 5 oddziałów.
* Istnieją 2 Sides oddziałów w na grupy.
*
* -- ---- ---- --
* - - - - - --
* - - - - - --
* - - - - - - <<___ Oddział
* - - - - - --
* - - - - - --
* ^
* ^ --- Grupa
*
************************************************** ************************************************
*
***************************************
* Grupa Varactor's number = 3 *
***************************************
. subckt moscap_g3 Gate Bulk
. param dt = 'temperamentem - 25'
. Cgmin param ='0 .95 * (1
3,503 e-4 * dt 1.071 e-5 * (pow (dt, 2))) * 1.0e-12 "
. DCG param ='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)))"
. Vgnorm param ='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 "(DCG Cgmin * (1,0 tanh ((V (4,5)-dVgs) / Vgnorm))) * cmv_fac"
Rch 5 2
1,4703 2.945e-3 2.9702e-5
Objętych 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
R 2 9'0 ,7906 * rm1_fac "4.111e-3 3.9114e-6
Ls 9 Objętościową'19 ,3 e-12 * L_fac "
. kończy moscap_g3

***************************************
* Grupa Varactor's number = 6 *
***************************************
. subckt moscap_g6 Gate Bulk
. param dt = 'temperamentem - 25'
. Cgmin param ='1 .773 * (1
3,464 e-4 * dt 8.918 e-6 * (pow (dt, 2))) * 1.0e-12 "
. DCG param ='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)))"
. Vgnorm param ='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 "(DCG Cgmin * (1,0 tanh ((V (4,5)-dVgs) / Vgnorm))) * cmv_fac"
Rch 5 2
1,7594 3.637e-3 6.212e-5
Objętych 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
R 2 9'0 ,4106 * rm1_fac "4.018e-3-1.351e-5
Ls 9 Objętościową'37 ,5 e-12 * L_fac "
. kończy moscap_g6

*
************************************************** ************************************************
* 5) Opornik typu Subckt nazwę ważnych szerokość (um) ważnych placów *
* Min max min max *
* N poli w / i silicide (0,18 <= W <2,0) rnpolys_rf 0,18 2,0 5 40 *
* N poli w / i silicide (2,0 <= W) rnpolyl_rf 2,0 5,0 1 20 *
* P poli w / i silicide (0,18 <= W <2,0) rppolys_rf 0,18 2,0 5 40 *
* P poli w / i silicide (2,0 <= W) rppolyl_rf 2,0 5,0 1 20 *
* N poli w / o silicide (W <= 5,0) rnpolywos_rf 2,0 5,0 5 10 *
* N poli w / o silicide (5,0 <W) rnpolywol_rf 5,0 10,0 5 10 *
* P poli w / o silicide (W <= 5,0) rppolywos_rf 2,0 5,0 5 10 *
* P poli 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-poli 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 = 1.35e-3 pvc2 = 7.15e-3 pkt = "temperamentem"
. tfac param ='1 .0 ptc1 * (pt-25,0) ptc2 * (pt-25,0) * (pt-25,0) "
rp Hi 5 'rsh * l / (m-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"
. kończy rnpolys_rf

. subckt rnpolyl_rf Hi Lo l = w 20u = 2u
. param rsh = 7,4 dw =- 0.065u ptc1 = 2.92e-3 ptc2 = 2.66e-7 pvc1 = 1.35e-3 pvc2 = 7.15e-3 pkt = "temperamentem"
. tfac param ='1 .0 ptc1 * (pt-25,0) ptc2 * (pt-25,0) * (pt-25,0) "
rp Hi 5 'rsh * l / (m-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 ,822 e-15 * csub_fac "
rsub3 6 7'2149 * rnpolyl_fac "
rsub2 7 0'2800 * rsub_fac "
csub2 7 0'2 ,822 e-15 * csub_fac "
cov2 Lo 7'14 ,49 e-15 * cpoly_fac "
. kończy 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 pkt = "temperamentem"
. tfac param ='1 .0 ptc1 * (pt-25,0) ptc2 * (pt-25,0) * (pt-25,0) "
rp Hi 5 'rsh * l / (m-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 ,197 e-15 * csub_fac "
rsub3 6 7'921 ,5 * rppolys_fac "
rsub2 7 0'3367 * rsub_fac "
csub2 7 0'1 ,197 e-15 * csub_fac "
cov2 Lo 7'23 ,04 e-15 * cpoly_fac "
. kończy rppolys_rf

. subckt rppolyl_rf Hi Lo l = w 20u = 2u
. param rsh = 7,8 dw =- 0.051u ptc1 = 2.88e-3 ptc2 = 5.01e-7 pvc1 =- 7.89e-4 pvc2 = 6.19e-3 pkt = "temperamentem"
. tfac param ='1 .0 ptc1 * (pt-25,0) ptc2 * (pt-25,0) * (pt-25,0) "
rp Hi 5 'rsh * l / (m-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 ,208 e-15 * csub_fac "
rsub3 6 7'5859 * rppolyl_fac "
rsub2 7 0'1968 * rsub_fac "
csub2 7 0'1 ,208 e-15 * csub_fac "
cov2 Lo 7'13 ,35 e-15 * cpoly_fac "
. kończy rppolyl_rf

. subckt rnpolywos_rf Hi Lo l = 10U w = 5U
. rx param = 1.477e-5 rgrain rp = 37,16 = 292 dl = 0.07616e-6 DW = 0.08333e-6 rc = 7,8 nc = 2
. pt param = "temperamentem"
. pvcx1 param = 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
. pvcg1 param = 2.527e-1 pvcg2 = 6.918e-6 pvcg3 =- 1,283 ptcg1 = 4.235e-3 ptcg2 =- 6.211e-6
. tfacx param ='1 .0 ptcx1 * (pt-25,0) ptcx2 * (pt-25,0) * (pt-25,0) "
. tfacp param ='1 .0 ptcp1 * (pt-25,0) ptcp2 * (pt-25,0) * (pt-25,0) "
. tfacg param ='1 .0 ptcg1 * (pt-25,0) ptcg2 * (pt-25,0) * (pt-25,0) "
RG1 3 8 "rgrain * tfacg * (1 pvcg1 * (tanh (ABS pvcg2 * (v (10,11) / (l-dl)) pvcg3)-tanh (pvcg3))) * rnpolywos_fac"
rint1 8 10 'rx (w-dw) * tfacx * (1 pvcx1 * (tanh (ABS pvcx2 * (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 (ABS pvcx2 * (v (10,11) / (l-dl)) pvcx3)-tanh (pvcx3))) * rnpolywos_fac "
rg2 9 5 'rgrain * tfacg * (1 pvcg1 * (tanh (ABS pvcg2 * (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"
rc1 Hi 3 "rc / nc"
cov1 Hi 6'13 ,12 e-15 * cpoly_fac "
rsub1 6 0'8209 * rsub_fac "
csub1 6 0'1 ,267 e-15 * csub_fac "
rsub3 6 7'1066 * rnpolywos_fac "
rsub2 7 0'8209 * rsub_fac "
csub2 7 0'1 ,267 e-15 * csub_fac "
cov2 Lo 7'13 ,12 e-15 * cpoly_fac "
rc2 4 Lo "rc / nc"
. kończy rnpolywos_rf

. subckt rnpolywol_rf Hi Lo l = 10U w = 5U
. rx param = 1.477e-5 rgrain rp = 37,16 = 292 dl = 0.07616e-6 DW = 0.08333e-6 rc = 7,8 nc = 2
. pt param = "temperamentem"
. pvcx1 param = 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
. pvcg1 param = 2.527e-1 pvcg2 = 6.918e-6 pvcg3 =- 1,283 ptcg1 = 4.235e-3 ptcg2 =- 6.211e-6
. tfacx param ='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="Chłodny" 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 )

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* 1.8V MODEL OF P /NW DIODE *
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********* 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 *
* *
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.LIB MOS_RF33
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* 3.3V NMOS DEVICES *
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.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 )

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* 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 *
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******** diode field edge **************
.MODEL ndio_rf33_f D (
LEVEL = 1
TLEVC=1
CJ='0.00177964