| * BSIMTran Version 0.1.24, Created on 4-26-2002 |
| * Username: hai |
| * Command Line: /home/hai/config/cydir/bin/lnx86/bsimtran diode.rf diode -p -ndnwdiode_pw dnw_pw_iv_m31.pm dnw_pw_cv_m31.pm dnwdiode_pw.mod |
| * Working Directory: /home/hai/models/s8/s8tee/models.3.1/diodes/dnwell_pw |
| * Time: Fri May 18 11:15:28 2007 |
| * Rule File: diode.rf |
| * Output File: dnwdiode_pw.mod |
| * Input Files: |
| * (1) dnw_pw_iv_m31.pm |
| * (2) dnw_pw_cv_m31.pm |
| *copyright, Cypress Semiconductor, 2001 |
| *BSIM3.V3 Diode Model |
| |
| .model dnwdiode_pw d |
| +level = 3 |
| * |
| *PARAMETERS TO MAKE MODEL INTO CADFLOW |
| * |
| +tlevc = 1 |
| +scalm = 1e-6 |
| +area = 1e12 |
| * |
| *JUNCTION CAPACITANCE PARAMETERS |
| * |
| +cj = '0.00038945*1e-12*dnwdiode_pw_ajunction_mult' $ farads/m^2 |
| +mj = 0.33982 |
| +pb = 0.58758 $ V |
| +cjsw = '3.743e-010*1e-6*dnwdiode_pw_pjunction_mult' $ farads/m |
| +mjsw = 0.23357 |
| +php = 0.5348 $ V |
| +cta = 0.0016157 $ 1/C |
| +ctp = 0.0008 $ 1/C |
| +tpb = 0.0025003 $ V/C |
| +tphp = 0.001675 $ V/C |
| * |
| *DIODE IV PARAMETERS |
| * |
| +js = 1.4693e-017 $ A/m^2 |
| +jsw = 7.41e-018 $ A/m |
| +n = 1.0791 |
| +rs = 900 $ ohms (ohms/m^2 if area defined in netlist) |
| +ik = '2.08e-009/1e-12' $ A/m^2 |
| +ikr = '0/1e-12' $ A/m^2 |
| +vb = 16.38 $ V |
| +ibv = 0.00106 $ A |
| +trs = 0 $ 1/C |
| +eg = 1.17 $ eV |
| +xti = 3.0 |
| +tref = 30 $ C |
| * |
| *DEFAULT PARAMETERS |
| * |
| +tcv = 0 $ 1/C |
| +gap1 = 0.000473 $ eV/C |
| +gap2 = 1110 |
| +ttt1 = 0 $ 1/C |
| +ttt2 = 0 $ 1/C^2 |
| +tm1 = 0 $ 1/C |
| +tm2 = 0 $ 1/C^2 |
| +lm = 0 $ m |
| +lp = 0 $ m |
| +wm = 0 $ m |
| +wp = 0 $ m |
| +xm = 0 $ m |
| +xoi = 10000 |
| +xom = 10000 $ Angstrom |
| +xp = 0 $ m |
| +xw = 0 $ m |
| |
| .model dnwdiode_pw_no_rs d |
| +level = 3 |
| * |
| *PARAMETERS TO MAKE MODEL INTO CADFLOW |
| * |
| +tlevc = 1 |
| +scalm = 1e-6 |
| +area = 1e12 |
| * |
| *JUNCTION CAPACITANCE PARAMETERS |
| * |
| +cj = '0.00038945*1e-12*dnwdiode_pw_ajunction_mult' $ farads/m^2 |
| +mj = 0.33982 |
| +pb = 0.58758 $ V |
| +cjsw = '3.743e-010*1e-6*dnwdiode_pw_pjunction_mult' $ farads/m |
| +mjsw = 0.23357 |
| +php = 0.5348 $ V |
| +cta = 0.0016157 $ 1/C |
| +ctp = 0.0008 $ 1/C |
| +tpb = 0.0025003 $ V/C |
| +tphp = 0.001675 $ V/C |
| * |
| *DIODE IV PARAMETERS |
| * |
| +js = 1.4693e-017 $ A/m^2 |
| +jsw = 7.41e-018 $ A/m |
| +n = 1.0791 |
| +rs = 0 $ ohms (ohms/m^2 if area defined in netlist) |
| +ik = '2.08e-009/1e-12' $ A/m^2 |
| +ikr = '0/1e-12' $ A/m^2 |
| +vb = 16.38 $ V |
| +ibv = 0.00106 $ A |
| +trs = 0 $ 1/C |
| +eg = 1.17 $ eV |
| +xti = 3.0 |
| +tref = 30 $ C |
| * |
| *DEFAULT PARAMETERS |
| * |
| +tcv = 0 $ 1/C |
| +gap1 = 0.000473 $ eV/C |
| +gap2 = 1110 |
| +ttt1 = 0 $ 1/C |
| +ttt2 = 0 $ 1/C^2 |
| +tm1 = 0 $ 1/C |
| +tm2 = 0 $ 1/C^2 |
| +lm = 0 $ m |
| +lp = 0 $ m |
| +wm = 0 $ m |
| +wp = 0 $ m |
| +xm = 0 $ m |
| +xoi = 10000 |
| +xom = 10000 $ Angstrom |
| +xp = 0 $ m |
| +xw = 0 $ m |
| |
| .subckt xdnwdiode_pwell_rf c0 c1 area=-1 pj=-1 |
| .param |
| +ra1 = 4.94e4 |
| +ra2 = 130 |
| +rp1 = 7920 |
| +wl = 'sqrt(0.0625*pj*pj-area)' |
| +wi = 'pj/4 + wl' |
| +le = 'pj/4 - wl' |
| ra c0 a r ='(ra1/area + ra2/(le/wi+wi/le))*(9.82e-01*2-dnwdiode_pw_ajunction_mult)' |
| rp c0 p r ='(rp1/pj)*(9.6304e-01*2-dnwdiode_pw_pjunction_mult)' |
| da a c1 dnwdiode_pw_no_rs area=area pj=0 |
| dp p c1 dnwdiode_pw_no_rs area=1e-18 pj=pj |
| .ends xdnwdiode_pwell_rf |
| |
| .subckt xesd_ndiode_h_dnwl_100 c0 c1 area=-1 pj=-1 |
| ra c0 a r = 13.25 |
| d1 a c1 dnwdiode_pw_no_rs area='area*1.76' pj=pj |
| .ends xesd_ndiode_h_dnwl_100 |
| |
| .subckt xesd_ndiode_h_dnwl_200 c0 c1 area=-1 pj=-1 |
| ra c0 a r = 5.82 |
| d1 a c1 dnwdiode_pw_no_rs area='area*1.65' pj=pj |
| .ends xesd_ndiode_h_dnwl_200 |
| |
| .subckt xesd_ndiode_h_dnwl_300 c0 c1 area=-1 pj=-1 |
| ra c0 a r = 3.29 |
| d1 a c1 dnwdiode_pw_no_rs area='area*1.6' pj=pj |
| .ends xesd_ndiode_h_dnwl_300 |
