CSMC0.5工艺库，cadence virtuoso 工艺库

******************************************************************************************************* This is the CSMC 0.5um double poly mix process SPICE model file. 1. Files readme.txt ---This file 05MIXDTSSA01 Model Application Note.pdf ---reference for model application h05mixdtssa01v11.lib ---model card for HSPICE s05mixdtssa01v11.scs ---model card for Spectre QV.gds ---GDSII file example for vpnp res_va.va ---Resistor VerilogA module for spectre mn_fitting.pdf ---the fitting curve for mn MOS mp_fitting.pdf ---the fitting curve for mp MOS mnlvt_fitting.pdf ---the fitting curve for mnlvt MOS mplvt_fitting.pdf ---the fitting curve for mplvt MOS mndep_fitting.pdf ---the fitting curve for mndep MOS mpdep_fitting.pdf ---the fitting curve for mpdep MOS qv5_fitting.pdf ---the fitting curve for qvp5 BJT qv10_fitting.pdf ---the fitting curve for qvp10 BJT qv20_fitting.pdf ---the fitting curve for qvp20 BJT dnppw_fitting.pdf ---the fitting curve for dnppw diode dppnw_fitting.pdf ---the fitting curve for dppnw diode 2. The Capability of Model a. MOS Model --------------------------------------------------------- | MOSFET type | name | Lmin | Wmin | typ_size | ----------------------------------------------- --------- | Normal NMOS | mn | 0.5um |0.5um | 20/0.5 | --------------------------------------------------------- | Normal PMOS | mp | 0.55um |0.6um | 20/0.55 | --------------------------------------------------------- | Low Vt NMOS | mnlvt | 1.0um |0.5um | 20/1.0 | --------------------------------------------------------- | Low Vt PMOS | mplvt | 1.0um |0.6um | 20/1.0 | --------------------------------------------------------- | dep NMOS | mndep | 2.0um |0.5um | 20/2.0 | --------------------------------------------------------- | dep PMOS | mpdep | 2.0um |0.6um | 20/2.0 | --------------------------------------------------------- temperature range:-40C~125C b. BJT Model ----------------------------------------------------- | BJT type | name | Emitter Area | ----------------------------------------------------- | vertical P+/Nw/Psub | qvp5 | 5*5 um^2 | ----------------------------------------------------- | vertical P+/Nw/Psub | qvp10 | 10*10 um^2 | ----------------------------------------------------- | vertical P+/Nw/Psub | qvp20 | 20*20 um^2 | ----------------------------------------------------- temperature range:-40C~125C VPNP BJT is a vertical structure with p+/nwell/psub c. Diode Model ------------------------------------------ | Diode type | name | Area | ------------------------------------------ | N+/Pwell | dnppw | 80*50 um^2 | ------------------------------------------ | P+/Nwell | dppnw | 80*50 um^2 | ------------------------------------------ temperature range:-40C~125C Comment:p+nwell diode isn't a pure diode,at forward bias,this diode will become a pnp bjt (p+/nwell/psub) d. Resistor Model ------------------------------------------------------------ | Resesitor type | name | Length range | Width range | ----------------------------------------------- ------------ | N plus | rnplus | 10 ~ 50um | 0.8 ~ 2um | ------------------------------------------------------------ | P plus | rpplus | 10 ~ 50um | 0.8 ~ 2um | ------------------------------------------------------------ | Nwell | rnwell | 20 ~ 100um | 4 ~ 10um | ------------------------------------------------------------ | P+ Poly1 | rppoly1 | 40 ~ 100um | 0.5 ~ 2um | ------------------------------------------------------------ | N+ Poly1 | rnpoly1 | 40 ~ 100um | 0.5 ~ 2um | ------------------------------------------------------------ | Poly2 | rpoly2 | 10 ~ 50um | 0.5 ~ 2um | ------------------------------------------------------------ | Hi Poly2(1k) | rhr1k | 10 ~ 500um | 0.8 ~ 3um | ------------------------------------------------------------ | Hi Poly2(2k) | rhr2k | 10 ~ 50um | 0.8 ~ 5um | ------------------------------------------------------------ temperature range:-40C~125C e. Capacitor Model ----------------------------------------------------- | Capacitor type | name | Typical Area | ----------------------------------------------------- | poly1_poly2 | cpip | 60*795um^2 | ----------------------------------------------------- temperature range:-40C~125C 3. Corner model: a. There are FIVE corners provided for MOSFET TT: typical NMOS/PMOS FF: fast NMOS/PMOS SS: slow NMOS/PMOS FS: fast NMOS/slow PMOS SF: slow NMOS/fast PMOS b. There are THREE corners provided for VPNP BJT biptypical: typical case bipfast: fast case bipslow: slow case c. There are THREE corners provided for diode diotypical: typical case diofast: fast case dioslow: slow case d. There are THREE corners provided for resistor restypical: typical case resfast: fast case resslow: slow case e. There are THREE corners provided for capacitor captypical: typical case capfast: fast case capslow: slow case 4. How to use CSMC SPICE models: a. for Hspice 1) Please specify the corner model by ".lib" statement as follows: .lib 'lib_path/lib_name' lib_name e.g. .lib '/home/user/csmc/h05mixdtssa01v11.lib' tt ----MOSFET .lib '/home/user/csmc/h05mixdtssa01v11.lib' biptypical ----BJT .lib '/home/user/csmc/h05mixdtssa01v11.lib' restypical ----Resistor .lib '/home/user/csmc/h05mixdtssa01v11.lib' captypical ----Capacitor 2) define device or subcircuit condition as following statement: e.g. m1 d g s b mn l=0.5u w=20u ----MOSFET q1 nc nb ne qvp5 ----BJT xr1 n1 n2 rhr2k l=100u w=5u ----Resistor subcircuit xc1 n1 n2 cpip w=200u l=200u ----Capacitor subcircuit b. for Spectre 1) Please specify the corner model by "include" statement as follows: include "lib_path/libfile_name" section=section_name e.g. include "/hom