1454 lines
72 KiB
Plaintext
1454 lines
72 KiB
Plaintext
// ****************************************************************************
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// * BSIM-CMG 111.0.0 released by Harshit Agarwal on 09/12/2019 *
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// * BSIM Common Multi-Gate Model (Verilog-A) *
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// ****************************************************************************
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// ****************************************************************************
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// * Copyright © 2019 University of California *
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// * *
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// * Project director: Prof. Chenming Hu *
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// * *
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// * Current developers: Harshit Agarwal (Postdoc) *
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// * Pragya Kushwaha (Postdoc) *
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// * Avirup Dasgupta (Postdoc) *
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// * Yen-Kai Lin (Ph.D. student) *
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// * Ming-Yen Kao (Ph.D. student) *
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// ****************************************************************************
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/*
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Licensed under Educational Community License, Version 2.0 (the "License"); you may
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not use this file except in compliance with the License. You may obtain a copy of the license at
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http://opensource.org/licenses/ECL-2.0
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Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
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WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations
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under the License.
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BSIM-CMG model is supported by the members of Silicon Integration Initiative's Compact Model Coalition. A link to the most recent version of this
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standard can be found at: http://www.si2.org/cmc
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*/
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// Both model and instance parameters
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`BPRco(L, 3.0e-8, "m", 1.0e-9, inf, "Designed gate length")
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`BPRco(D, 4.0e-8, "m", 1.0e-9, inf, "Diameter of the cylinder (GEOMOD = 3)")
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`BPRco(TFIN, 1.5e-8, "m", 1.0e-9, inf, "Fin thickness")
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`BPRco(FPITCH, 8.0e-8, "m", TFIN, inf, "Fin pitch")
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`BPRoz(NFIN, 1.0, "", "Number of fins per finger (real number enables optimization)")
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`BPIcc(NGCON, 1, "", 1, 2, "Number of gate contact (1 or 2 sided)")
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`BPRcz(ASEO, 0.0, "m^2", "Source-to-substrate overlap area through oxide")
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`BPRcz(ADEO, 0.0, "m^2", "Drain-to-substrate overlap area through oxide")
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`BPRcz(PSEO, 0.0, "m", "Perimeter of source-to-substrate overlap region through oxide")
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`BPRcz(PDEO, 0.0, "m", "Perimeter of drain-to-substrate overlap region through oxide")
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`BPRcz(ASEJ, 0.0, "m^2", "Source junction area (BULKMOD = 1 or 2)")
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`BPRcz(ADEJ, 0.0, "m^2", "Drain junction area (BULKMOD = 1 or 2)")
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`BPRcz(PSEJ, 0.0, "m", "Source-to-substrate PN junction perimeter (BULKMOD = 1 or 2)")
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`BPRcz(PDEJ, 0.0, "m", "Drain-to-substrate PN junction perimeter (BULKMOD = 1 or 2)")
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`BPRcz(CGSP, 0.0, "F/m", "Constant gate-to-source fringe capacitance (CGEOMOD = 1)")
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`BPRcz(CGDP, 0.0, "F/m", "Constant gate-to-drain fringe capacitance (CGEOMOD = 1)")
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`BPRcz(CDSP, 0.0, "F", "Constant drain-to-source fringe capacitance (all CGEOMOD)")
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`BPRcz(NRS, 0.0, "", "Number of source diffusion squares")
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`BPRcz(NRD, 0.0, "", "Number of source diffusion squares")
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`BPRoz(LRSD, L, "m", "Length of the source/drain")
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`BPRcz(NFINNOM, 0.0, "", "If non-zero, nominal number of fins per finger")
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`BPRnb(DTEMP, 0.0, "degC", "Variability in device temperature")
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`BPRnb(DELVTRAND, 0.0, "V", "Variability in Vth")
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`BPRoz(U0MULT, 1.0, "", "Variability in carrier mobility")
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`BPRcz(IDS0MULT, 1.0, "", "Variability in drain current for miscellaneous reasons")
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`BPRcz(IGC0MULT, 1.0, "", "Gate to channel current scale factor")
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`BPRcz(IGB0MULT, 1.0, "", "Gate to body current scale factor")
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`BPRcz(COVS, 0.0, "F/m", "Constant gate-to-source overlap capacitance (CGEOMOD = 1)")
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`BPRnb(LCOVS, 0.0, "F", "L-term of COVS")
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`BPRnb(NCOVS, 0.0, "F/m", "N-term of COVS")
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`BPRnb(PCOVS, 0.0, "F", "P-term of COVS")
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`BPRcz(COVD, COVS, "F/m", "Constant gate-to-drain overlap capacitance (CGEOMOD = 1)")
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`BPRnb(LCOVD, LCOVS, "F", "L-term of COVD")
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`BPRnb(NCOVD, NCOVS, "F/m", "N-term of COVD")
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`BPRnb(PCOVD, PCOVS, "F", "P-term of COVD")
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// Pure instance parameters
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`IPIco(NF, 1, "", 1, inf, "Number of fingers")
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// Pure model parameters
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`MPIcc(TYPE, `ntype, "", `ptype, `ntype, "1: NMOS; -1: PMOS")
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`MPIcc(BULKMOD, 0, "", 0, 2, "0: SOI multi-gate; 1: Bulk multi-gate; 2: for decoupled bulk multi-gate")
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`MPIcc(GEOMOD, 0, "", 0, 4, "0: Double gate; 1: Triple gate; 2: Quadruple gate; 3: Cylindrical gate; 4: Unified fin Shape")
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`MPIcc(CGEO1SW, 0, "", 0, 1, "For CGEOMOD = 1 only, this switch enables the parameters COVS, COVD, CGSP, and CGDP to be in F per fin, per gate-finger, per unit channel width")
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`MPIcc(RDSMOD, 0, "", 0, 2, "0: Bias-dependent S/D resistances internal and bias-independent S/D resistances external, 1: Both bias-dependent and independent of S/D resistances external, 2: Both bias-dependent and independent of S/D resistances internal")
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`MPIcc(ASYMMOD, 0, "", 0, 1, "0: Turn off asymmetry model - forward mode parameters used; 1: Turn on asymmetry model")
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`MPIcc(IGCMOD, 0, "", 0, 1, "0: Turn off Igc, Igs and Igd; 1: Turn on Igc, Igs and Igd")
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`MPIcc(IGBMOD, 0, "", 0, 1, "0: Turn off Igb; 1: Turn on Igb")
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`MPIcc(GIDLMOD, 0, "", 0, 1, "0: Turn off GIDL/GISL current; 1: Turn on GIDL/GISL current")
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`MPIcc(IIMOD, 0, "", 0, 2, "0: Turn off impact ionization current; 1: BSIM4-based model; 2: BSIMSOI-based model")
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`MPIcc(TNOIMOD, 0, "", 0, 1, "0: Charge-based, 1: Correlated thermal noise model")
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`MPIcc(NQSMOD, 0, "", 0, 2, "0: Turn off NQS model; 1: NQS gate resistance (with gi node); 2: NQS charge deficit model from BSIM4 (with q node)")
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`MPIcc(SHMOD, 0, "", 0, 1, "0: Turn off self-heating; 1: Turn on self-heating")
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`MPIcc(TEMPMOD, 0, "", 0, 1, "1: Change temperature dependence of specific parameters")
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`MPIcc(RGATEMOD, 0, "", 0, 1, "0: Turn off gate electrode resistance (without ge node); 1: Turn on gate electrode resistance (with ge node)")
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`MPIcc(RGEOMOD, 0, "", 0, 1, "Geometry-dependent source/drain resistance; 0: RSH-based; 1: Holistic")
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`MPIcc(CGEOMOD, 0, "", 0, 2, "Geometry-dependent parasitic capacitance model selector")
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`MPIcc(SH_WARN, 0, "", 0, 1, "0: Disable self-heating warnings; 1: Enable self-heating warnings")
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`MPIcc(IGCLAMP, 1, "", 0, 1, "0: Disable gate current clamps; 1: Enable gate current clamps")
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`MPRnb(LL, 0.0, "m^(LLN+1)", "Length reduction parameter (dopant diffusion effect)")
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`MPRnb(LLN, 1.0, "", "Length reduction parameter (dopant diffusion effect)")
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`MPRnb(DLC, 0.0, "m", "Delta L for C-V model")
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`MPRnb(DLCACC, 0.0, "m", "Delta L for C-V model in accumulation region (BULKMOD = 1 or 2)")
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`MPRnb(LLC, 0.0, "m^(LLN+1)", "Length reduction parameter (dopant diffusion effect)")
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`MPRco(EOT, 1.0e-9, "m", 1.0e-10, inf, "Equivalent oxide thickness")
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`MPRco(TOXP, 1.2e-9, "m", 1.0e-10, inf, "Physical oxide thickness")
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`MPRco(EOTBOX, 1.4e-7, "m", 1.0e-9, inf, "Equivalent oxide thickness of the buried oxide (SOI FinFET)")
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`MPRco(HFIN, 3.0e-8, "m", 1.0e-9, inf, "Fin height")
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`MPRcz(FECH, 1.0, "", "End-channel factor for different orientation/shape")
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`MPRnb(DELTAW, 0.0, "m", "Change of effective width due to shape of fin/cylinder")
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`MPRcz(FECHCV, 1.0, "", "CV end-channel factor for different orientation/shape")
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`MPRnb(DELTAWCV, 0.0, "m", "CV change of effective width due to shape of fin/cylinder")
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`MPRnb(NBODYN1, 0.0, "", "NFIN dependence of channel (body) doping")
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`MPRex(NBODYN2, 1.0e5, "", 0.0, "NFIN dependence of channel (body) doping")
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`MPRcc(NSD, 2.0e26, "/m^3", 2.0e25, 1.0e27, "Source/drain active doping concentration")
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`MPRnb(PHIGL, 0.0, "eV/m", "Length dependence of gate workfunction")
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`MPRnb(PHIGLT, 0.0, "/m", "Coupled NFIN and length dependence of gate workfunction")
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`MPRnb(PHIGN1, 0.0, "", "NFIN dependence of gate workfunction")
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`MPRex(PHIGN2, 1.0e5, "", 0.0, "NFIN dependence of gate workfunction")
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`MPRco(EPSROX, 3.9, "", 1.0, inf, "Relative dielectric constant of the gate dielectric")
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`MPRco(EPSRSUB, 11.9, "", 1.0, inf, "Relative dielectric constant of the channel material")
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`MPRcz(EASUB, 4.05, "eV", "Electron affinity of substrate")
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`MPRnb(NI0SUB, 1.1e16, "/m^3", "Intrinsic carrier constant at 300.15K")
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`MPRnb(BG0SUB, 1.12, "eV", "Bandgap of substrate at 300.15K")
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`MPRnb(NC0SUB, 2.86e25, "/m^3", "Conduction band density of states")
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`MPRoz(IMIN, 1.0e-15, "A/m^2", "Parameter for Vgs clamping for inversion region calculation in accumulation")
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`MPRnb(XL, 0.0, "m", "L offset for channel length due to mask/etch effect")
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`MPRnb(LXL, 0.0, "m^2", "L-term of XL")
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`MPRnb(NXL, 0.0, "m", "N-term of XL")
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`MPRnb(PXL, 0.0, "m^2", "P-term of XL")
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`MPRnb(LINT, 0.0, "m", "Length reduction parameter (dopant diffusion effect)")
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`MPRnb(LLINT, 0.0, "m^2", "L-term of LINT")
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`MPRnb(NLINT, 0.0, "m", "N-term of LINT")
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`MPRnb(PLINT, 0.0, "m^2", "P-term of LINT")
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`MPRnb(DLBIN, 0.0, "m", "Delta L for binning")
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`MPRnb(LDLBIN, 0.0, "m^2", "L-term of DLBIN")
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`MPRnb(NDLBIN, 0.0, "m", "N-term of DLBIN")
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`MPRnb(PDLBIN, 0.0, "m^2", "P-term of DLBIN")
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`MPRnb(NBODY, 1.0e22, "/m^3", "Channel (body) doping")
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`MPRnb(LNBODY, 0.0, "/m^2", "L-term of NBODY")
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`MPRnb(NNBODY, 0.0, "/m^3", "N-term of NBODY")
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`MPRnb(PNBODY, 0.0, "/m^2", "P-term of NBODY")
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`MPRcz(PHIG, 4.61, "eV", "Gate workfunction")
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`MPRnb(LPHIG, 0.0, "m*eV", "L-term of PHIG")
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`MPRnb(NPHIG, 0.0, "eV", "N-term of PHIG")
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`MPRnb(PPHIG, 0.0, "m*eV", "P-term of PHIG")
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`MPRnb(NGATE, 0.0, "/m^3", "Parameter for poly gate doping. For metal gate please set NGATE = 0")
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`MPRnb(LNGATE, 0.0, "/m^2", "L-term of NGATE")
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`MPRnb(NNGATE, 0.0, "/m^3", "N-term of NGATE")
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`MPRnb(PNGATE, 0.0, "/m^2", "P-term of NGATE")
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// Short channel effects
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`MPRnb(CDSCN1, 0.0, "", "NFIN dependence of CDSC")
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`MPRex(CDSCN2, 1.0e5, "", 0.0, "NFIN dependence of CDSC")
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`MPRnb(CDSCDN1, 0.0, "", "NFIN dependence of CDSCD")
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`MPRex(CDSCDN2, 1.0e5, "", 0.0, "NFIN dependence of CDSCD")
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`MPRnb(CDSCDRN1, CDSCDN1, "", "NFIN dependence of CDSCD")
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`MPRex(CDSCDRN2, CDSCDN2, "", 0.0, "NFIN dependence of CDSCD")
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`MPRnb(ETA0N1, 0.0, "", "NFIN dependence of ETA0")
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`MPRco(ETA0N2, 1.0e5, "", 1.0e-5, inf, "NFIN dependence of ETA0")
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`MPRnb(ETA0LT, 0.0, "/m", "Coupled NFIN and length dependence of ETA0")
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`MPRnb(TETA0, 0.0, "/K", "Temperature dependence of DIBL coefficient")
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`MPRnb(TETA0R, TETA0, "/K", "Temperature dependence of reverse-mode DIBL coefficient")
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`MPRnb(ADVTP0, 0.0, "", "Pre-exponential coefficient for DITS")
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`MPRex(BDVTP0, 1.0e-7, "", 0.0, "Exponential coefficient for DITS")
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`MPRnb(ADVTP1, 0.0, "", "Pre-exponential coefficient for DVTP1")
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`MPRex(BDVTP1, 1.0e-7, "", 0.0, "Exponential coefficient for DVTP1")
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`MPRnb(DVTP2, 0.0, "", "DITS model parameter")
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`MPRnb(THETASCE, 0.0, "", "User-designated Vth roll-off length dependence.")
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`MPRnb(THETADIBL, 0.0, "", "User-designated DIBL length dependence.")
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`MPRnb(THETASW, 0.0, "", "User-designated subthreshold swing length dependence.")
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`MPRcz(NVTM, 0.0, "V", "If non-zero, subthreshold swing factor multiplied by Vtm.")
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`MPRnb(DVTP0, 0.0, "", "Coefficient for drain-induced Vth shift (DITS)")
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`MPRnb(LDVTP0, 0.0, "", "L-term of DVTP0")
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`MPRnb(NDVTP0, 0.0, "", "N-term of DVTP0")
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`MPRnb(PDVTP0, 0.0, "", "P-term of DVTP0")
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`MPRnb(DVTP1, 0.0, "", "DITS exponent coefficient")
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`MPRnb(LDVTP1, 0.0, "", "L-term of DVTP1")
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`MPRnb(NDVTP1, 0.0, "", "N-term of DVTP1")
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`MPRnb(PDVTP1, 0.0, "", "P-term of DVTP1")
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`MPRnb(CIT, 0.0, "F/m^2", "Parameter for interface traps")
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`MPRnb(LCIT, 0.0, "F/m", "L-term of CIT")
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`MPRnb(NCIT, 0.0, "F/m^2", "N-term of CIT")
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`MPRnb(PCIT, 0.0, "F/m", "P-term of CIT")
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`MPRnb(CITR, CIT, "F/m^2", "Parameter for interface traps in reverse mode for asymmetric model")
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`MPRnb(LCITR, LCIT, "F/m", "L-term of CITR")
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`MPRnb(NCITR, NCIT, "F/m^2", "N-term of CITR")
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`MPRnb(PCITR, PCIT, "F/m", "P-term of CITR")
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`MPRnb(CDSC, 7.0e-3, "F/m^2", "Coupling capacitance between S/D and channel")
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`MPRnb(LCDSC, 0.0, "F/m", "L-term of CDSC")
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`MPRnb(NCDSC, 0.0, "F/m^2", "N-term of CDSC")
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`MPRnb(PCDSC, 0.0, "F/m", "P-term of CDSC")
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`MPRnb(CDSCD, 7.0e-3, "F/m^2", "Drain-bias sensitivity of CDSC")
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`MPRnb(LCDSCD, 0.0, "F/m", "L-term of CDSCD")
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`MPRnb(NCDSCD, 0.0, "F/m^2", "N-term of CDSCD")
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`MPRnb(PCDSCD, 0.0, "F/m", "P-term of CDSCD")
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`MPRnb(CDSCDR, CDSCD, "F/m^2", "Reverse-mode drain-bias sensitivity of CDSC")
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`MPRnb(LCDSCDR, LCDSCD, "F/m", "L-term of CDSCDR")
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`MPRnb(NCDSCDR, NCDSCD, "F/m^2", "N-term of CDSCDR")
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`MPRnb(PCDSCDR, PCDSCD, "F/m", "P-term of CDSCDR")
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`MPRnb(DVT0, 0.0, "", "SCE coefficient")
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`MPRnb(LDVT0, 0.0, "m", "L-term of DVT0")
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`MPRnb(NDVT0, 0.0, "", "N-term of DVT0")
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`MPRnb(PDVT0, 0.0, "m", "P-term of DVT0")
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`MPRnb(DVT1, 0.6, "", "SCE exponent coefficient. After binning it should be within (0 : inf)")
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`MPRnb(LDVT1, 0.0, "m", "L-term of DVT1")
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`MPRnb(NDVT1, 0.0, "", "N-term of DVT1")
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`MPRnb(PDVT1, 0.0, "m", "P-term of DVT1")
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`MPRnb(DVT1SS, DVT1, "", "Subthreshold swing exponent coefficient. After binning it should be within (0 : inf)")
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`MPRnb(LDVT1SS, LDVT1, "m", "L-term of DVT1SS")
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`MPRnb(NDVT1SS, NDVT1, "", "N-term of DVT1SS")
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`MPRnb(PDVT1SS, PDVT1, "m", "P-term of DVT1SS")
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`MPRnb(PHIN, 0.05, "V", "Nonuniform vertical doping effect on surface potential")
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`MPRnb(LPHIN, 0.0, "m*V", "L-term of PHIN")
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`MPRnb(NPHIN, 0.0, "V", "N-term of PHIN")
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`MPRnb(PPHIN, 0.0, "m*V", "P-term of PHIN")
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`MPRnb(ETA0, 0.6, "", "DIBL coefficient")
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`MPRnb(LETA0, 0.0, "m", "L-term of ETA0")
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`MPRnb(NETA0, 0.0, "", "N-term of ETA0")
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`MPRnb(PETA0, 0.0, "m", "P-term of ETA0")
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`MPRnb(ETA0R, ETA0, "", "Reverse-mode DIBL coefficient")
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`MPRnb(LETA0R, LETA0, "m", "L-term of ETA0R")
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`MPRnb(NETA0R, NETA0, "", "N-term of ETA0R")
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`MPRnb(PETA0R, PETA0, "m", "P-term of ETA0R")
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`MPRnb(DSUB, 1.06, "", "DIBL exponent coefficient")
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`MPRnb(LDSUB, 0.0, "m", "L-term of DSUB")
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`MPRnb(NDSUB, 0.0, "", "N-term of DSUB")
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`MPRnb(PDSUB, 0.0, "m", "P-term of DSUB")
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`MPRnb(K1RSCE, 0.0, "V^0.5", "K1 for reverse short channel effect calculation")
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`MPRnb(LK1RSCE, 0.0, "m*V^0.5", "L-term of K1RSCE")
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`MPRnb(NK1RSCE, 0.0, "V^0.5", "N-term of K1RSCE")
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`MPRnb(PK1RSCE, 0.0, "m*V^0.5", "P-term of K1RSCE")
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`MPRnb(LPE0, 5.0e-9, "m", "Equivalent length of pocket region at zero bias")
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`MPRnb(LLPE0, 0.0, "m^2", "L-term of LPE0")
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`MPRnb(NLPE0, 0.0, "m", "N-term of LPE0")
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`MPRnb(PLPE0, 0.0, "m^2", "P-term of LPE0")
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`MPRnb(DVTSHIFT, 0.0, "V", "Vth shift handle")
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`MPRnb(LDVTSHIFT, 0.0, "m*V", "L-term of DVTSHIFT")
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`MPRnb(NDVTSHIFT, 0.0, "V", "N-term of DVTSHIFT")
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`MPRnb(PDVTSHIFT, 0.0, "m*V", "P-term of DVTSHIFT")
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`MPRnb(DVTSHIFTR, DVTSHIFT, "V", "Vth shift handle for asymmetric mode")
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`MPRnb(LDVTSHIFTR, LDVTSHIFT, "m*V", "L-term of DVTSHIFTR")
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`MPRnb(NDVTSHIFTR, NDVTSHIFT, "V", "N-term of DVTSHIFTR")
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`MPRnb(PDVTSHIFTR, PDVTSHIFT, "m*V", "P-term of DVTSHIFTR")
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// Lateral non-uniform doping effect (Vth shift between I-V and C-V)
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`MPRnb(K0, 0.0, "V", "Lateral NUD voltage parameter")
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`MPRnb(LK0, 0.0, "m*V", "L-term of K0")
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`MPRnb(NK0, 0.0, "V", "N-term of K0")
|
|
`MPRnb(PK0, 0.0, "m*V", "P-term of K0")
|
|
|
|
`MPRnb(K01, 0.0, "V/K", "Temperature dependence of lateral NUD voltage parameter")
|
|
`MPRnb(LK01, 0.0, "(m*V)/K", "L-term of K01")
|
|
`MPRnb(NK01, 0.0, "V/K", "N-term of K01")
|
|
`MPRnb(PK01, 0.0, "(m*V)/K", "P-term of K01")
|
|
|
|
`MPRnb(K0SI, 1.0, "", "Correction factor for strong inversion used in Mnud. After binning it should be within (0 : inf)")
|
|
`MPRnb(LK0SI, 0.0, "m", "L-term of K0SI")
|
|
`MPRnb(NK0SI, 0.0, "", "N-term of K0SI")
|
|
`MPRnb(PK0SI, 0.0, "m", "P-term of K0SI")
|
|
|
|
`MPRnb(K0SI1, 0.0, "/K", "Temperature dependence of K0SI")
|
|
`MPRnb(LK0SI1, 0.0, "m/K", "L-term of K0SI1")
|
|
`MPRnb(NK0SI1, 0.0, "/K", "N-term of K0SI1")
|
|
`MPRnb(PK0SI1, 0.0, "m/K", "P-term of K0SI1")
|
|
|
|
`MPRnb(K2SI, K0SI, "", "Correction factor for strong inversion used in Mob")
|
|
`MPRnb(LK2SI, LK0SI, "m", "L-term of K2SI")
|
|
`MPRnb(NK2SI, NK0SI, "", "N-term of K2SI")
|
|
`MPRnb(PK2SI, PK0SI, "m", "P-term of K2SI")
|
|
|
|
`MPRnb(K2SI1, K0SI1, "/K", "Temperature dependence of K2SI")
|
|
`MPRnb(LK2SI1, LK0SI1, "m/K", "L-term of K2SI1")
|
|
`MPRnb(NK2SI1, NK0SI1, "/K", "N-term of K2SI1")
|
|
`MPRnb(PK2SI1, PK0SI1, "m/K", "P-term of K2SI1")
|
|
|
|
`MPRnb(K0SISAT, 0.0, "", "Correction factor for strong inversion used in Mnud")
|
|
`MPRnb(LK0SISAT, 0.0, "m", "L-term of K0SISAT")
|
|
`MPRnb(NK0SISAT, 0.0, "", "N-term of K0SISAT")
|
|
`MPRnb(PK0SISAT, 0.0, "m", "P-term of K0SISAT")
|
|
|
|
`MPRnb(K0SISAT1, 0.0, "", "Temperature dependence of K0SISAT")
|
|
`MPRnb(LK0SISAT1, 0.0, "m", "L-term of K0SISAT1")
|
|
`MPRnb(NK0SISAT1, 0.0, "", "N-term of K0SISAT1")
|
|
`MPRnb(PK0SISAT1, 0.0, "m", "P-term of K0SISAT1")
|
|
|
|
`MPRnb(K2SISAT, K0SISAT, "", "Correction factor for strong inversion used in Mob")
|
|
`MPRnb(LK2SISAT, LK0SISAT, "m", "L-term of K2SISAT")
|
|
`MPRnb(NK2SISAT, NK0SISAT, "", "N-term of K2SISAT")
|
|
`MPRnb(PK2SISAT, PK0SISAT, "m", "P-term of K2SISAT")
|
|
|
|
`MPRnb(K2SISAT1, K0SISAT1, "", "Temperature dependence of K2SISAT")
|
|
`MPRnb(LK2SISAT1, LK0SISAT1, "m", "L-term of K2SISAT1")
|
|
`MPRnb(NK2SISAT1, NK0SISAT1, "", "N-term of K2SISAT1")
|
|
`MPRnb(PK2SISAT1, PK0SISAT1, "m", "P-term of K2SISAT1")
|
|
|
|
// Body effect for bulk substrate
|
|
`MPRnb(PHIBE, 0.7, "V", "Body effect voltage parameter. After binning it should be within [0.2 : 1.2]")
|
|
`MPRnb(LPHIBE, 0.0, "m*V", "L-term of PHIBE")
|
|
`MPRnb(NPHIBE, 0.0, "V", "N-term of PHIBE")
|
|
`MPRnb(PPHIBE, 0.0, "m*V", "P-term of PHIBE")
|
|
|
|
`MPRco(K1, 1.0e-6, "V^0.5", 1.0e-6, inf, "Body effect coefficient for subthreshold region")
|
|
`MPRnb(LK1, 0.0, "m*V^0.5", "L-term of K1")
|
|
`MPRnb(NK1, 0.0, "V^0.5", "N-term of K1")
|
|
`MPRnb(PK1, 0.0, "m*V^0.5", "P-term of K1")
|
|
|
|
`MPRnb(K11, 0.0, "V^0.5/K", "Temperature dependence of K1")
|
|
`MPRnb(LK11, 0.0, "m*V^0.5/K", "L-term of K11")
|
|
`MPRnb(NK11, 0.0, "V^0.5/K", "N-term of K11")
|
|
`MPRnb(PK11, 0.0, "m*V^0.5/K", "P-term of K11")
|
|
|
|
`MPRnb(K2SAT, 0.0, "", "Correction factor for K2 in saturation (high Vds)")
|
|
`MPRnb(LK2SAT, 0.0, "m", "L-term of K2SAT")
|
|
`MPRnb(NK2SAT, 0.0, "", "N-term of K2SAT")
|
|
`MPRnb(PK2SAT, 0.0, "m", "P-term of K2SAT")
|
|
|
|
`MPRnb(K2SAT1, 0.0, "", "Temperature dependence of K2SAT")
|
|
`MPRnb(LK2SAT1, 0.0, "m", "L-term of K2SAT1")
|
|
`MPRnb(NK2SAT1, 0.0, "", "N-term of K2SAT1")
|
|
`MPRnb(PK2SAT1, 0.0, "m", "P-term of K2SAT1")
|
|
|
|
`MPRnb(K2, 0.0, "", "Body effect coefficient for BULKMOD = 2")
|
|
`MPRnb(LK2, 0.0, "m", "L-term of K2")
|
|
`MPRnb(NK2, 0.0, "", "N-term of K2")
|
|
`MPRnb(PK2, 0.0, "m", "P-term of K2")
|
|
|
|
`MPRnb(K21, 0.0, "", "Temperature dependence of K2")
|
|
`MPRnb(LK21, 0.0, "m", "L-term of K21")
|
|
`MPRnb(NK21, 0.0, "", "N-term of K21")
|
|
`MPRnb(PK21, 0.0, "m", "P-term of K21")
|
|
|
|
// Quantum mechanical effect
|
|
`MPRnb(AQMTCEN, 0.0, "", "Parameter for geometric dependence of Tcen on R/TFIN/HFIN")
|
|
`MPRex(BQMTCEN, 1.2e-8, "", 0.0, "Parameter for geometric dependence of Tcen on R/TFIN/HFIN")
|
|
`MPRnb(ETAQM, 0.54, "", "Bulk charge coefficient for Tcen")
|
|
`MPRoz(QM0, 1.0e-3, "V", "Knee-point for Tcen in inversion (Charge normalized to Cox)")
|
|
`MPRnb(PQM, 0.66, "", "Slope of normalized Tcen in inversion")
|
|
`MPRoz(QM0ACC, 1.0e-3, "V", "Knee-point for Tcen in accumulation (Charge normalized to Cox)")
|
|
`MPRnb(PQMACC, 0.66, "", "Slope of normalized Tcen in accumulation")
|
|
|
|
`MPRnb(QMFACTOR, 0.0, "", "Prefactor + switch for QM Vth correction")
|
|
`MPRnb(LQMFACTOR, 0.0, "m", "L-term of QMFACTOR")
|
|
`MPRnb(NQMFACTOR, 0.0, "", "N-term of QMFACTOR")
|
|
`MPRnb(PQMFACTOR, 0.0, "m", "P-term of QMFACTOR")
|
|
|
|
`MPRnb(QMTCENCV, 0.0, "", "Prefactor + switch for QM Width and Toxeff correction for CV")
|
|
`MPRnb(LQMTCENCV, 0.0, "m", "L-term of QMTCENCV")
|
|
`MPRnb(NQMTCENCV, 0.0, "", "N-term of QMTCENCV")
|
|
`MPRnb(PQMTCENCV, 0.0, "m", "P-term of QMTCENCV")
|
|
|
|
`MPRnb(QMTCENCVA, 0.0, "", "Prefactor + switch for QM Width and Toxeff correction for CV (accumulation region)")
|
|
`MPRnb(LQMTCENCVA, 0.0, "m", "L-term of QMTCENCVA")
|
|
`MPRnb(NQMTCENCVA, 0.0, "", "N-term of QMTCENCVA")
|
|
`MPRnb(PQMTCENCVA, 0.0, "m", "P-term of QMTCENCVA")
|
|
|
|
// Velocity saturation model
|
|
`MPRnb(VSATN1, 0.0, "", "NFIN dependence of VSAT")
|
|
`MPRex(VSATN2, 1.0e5, "", 0.0, "NFIN dependence of VSAT")
|
|
`MPRnb(VSATRN1, VSATN1, "", "NFIN dependence of VSATR")
|
|
`MPRex(VSATRN2, VSATN2, "", 0.0, "NFIN dependence of VSATR")
|
|
`MPRnb(AVSAT, 0.0, "", "Pre-exponential coefficient for VSAT")
|
|
`MPRex(BVSAT, 1.0e-7, "", 0.0, "Exponential coefficient for VSAT")
|
|
`MPRnb(VSAT1N1, VSATN1, "", "NFIN dependence of VSAT1")
|
|
`MPRex(VSAT1N2, VSATN2, "", 0.0, "NFIN dependence of VSAT1")
|
|
`MPRnb(VSAT1RN1, VSAT1N1, "", "NFIN dependence of VSAT1R")
|
|
`MPRex(VSAT1RN2, VSAT1N2, "", 0.0, "NFIN dependence of VSAT1R")
|
|
`MPRnb(AVSAT1, AVSAT, "", "Pre-exponential coefficient for VSAT1")
|
|
`MPRex(BVSAT1, BVSAT, "", 0.0, "Exponential coefficient for VSAT1")
|
|
`MPRnb(APSAT, 0.0, "", "Pre-exponential coefficient for PSAT")
|
|
`MPRex(BPSAT, 1.0, "", 0.0, "Exponential coefficient for PSAT")
|
|
`MPRnb(AVSATCV, AVSAT, "", "Pre-exponential coefficient for VSATCV")
|
|
`MPRex(BVSATCV, BVSAT, "", 0.0, "Exponential coefficient for VSATCV")
|
|
`MPRnb(APSATCV, APSAT, "", "Pre-exponential coefficient for PSATCV")
|
|
`MPRex(BPSATCV, BPSAT, "", 0.0, "Exponential coefficient for PSATCV")
|
|
`MPRnb(AMEXP, 0.0, "", "Pre-exponential coefficient for MEXP")
|
|
`MPRnb(BMEXP, 1.0, "", "Exponential coefficient for MEXP")
|
|
`MPRnb(AMEXPR, AMEXP, "", "Pre-exponential coefficient for MEXPR")
|
|
`MPRnb(BMEXPR, BMEXP, "", "Exponential coefficient for MEXPR")
|
|
`MPRnb(APTWG, 0.0, "", "Pre-exponential coefficient for PTWG")
|
|
`MPRex(BPTWG, 1.0e-7, "", 0.0, "Exponential coefficient for PTWG")
|
|
`MPRnb(TMEXP, 0.0, "/K", "Temperature coefficient for Vdseff smoothing")
|
|
`MPRnb(TMEXPR, TMEXP, "/K", "Reverse-mode temperature coefficient for Vdseff smoothing")
|
|
`MPRco(DVSATCLAMP, 0.01, "m", 0.01, inf, "Minimum clamp on Dvsat")
|
|
|
|
`MPRnb(VSAT, 8.5e4, "m/s", "Saturation velocity for the saturation region")
|
|
`MPRnb(LVSAT, 0.0, "m^2/s", "L-term of VSAT")
|
|
`MPRnb(NVSAT, 0.0, "m/s", "N-term of VSAT")
|
|
`MPRnb(PVSAT, 0.0, "m^2/s", "P-term of VSAT")
|
|
|
|
`MPRnb(VSATR, VSAT, "m/s", "Saturation velocity for the saturation region in the reverse mode")
|
|
`MPRnb(LVSATR, LVSAT, "m^2/s", "L-term of VSATR")
|
|
`MPRnb(NVSATR, NVSAT, "m/s", "N-term of VSATR")
|
|
`MPRnb(PVSATR, PVSAT, "m^2/s", "P-term of VSATR")
|
|
|
|
`MPRnb(VSAT1, VSAT, "m/s", "Velocity saturation parameter for Ion degradation - forward mode")
|
|
`MPRnb(LVSAT1, LVSAT, "m^2/s", "L-term of VSAT1")
|
|
`MPRnb(NVSAT1, NVSAT, "m/s", "N-term of VSAT1")
|
|
`MPRnb(PVSAT1, PVSAT, "m^2/s", "P-term of VSAT1")
|
|
|
|
`MPRnb(VSAT1R, VSAT1, "m/s", "Velocity saturation parameter for Ion degradation - reverse mode")
|
|
`MPRnb(LVSAT1R, LVSAT1, "m^2/s", "L-term of VSAT1R")
|
|
`MPRnb(NVSAT1R, NVSAT1, "m/s", "N-term of VSAT1R")
|
|
`MPRnb(PVSAT1R, PVSAT1, "m^2/s", "P-term of VSAT1R")
|
|
|
|
`MPRnb(DELTAVSAT, 1.0, "", "velocity saturation parameter in the linear region")
|
|
`MPRnb(LDELTAVSAT, 0.0, "m", "L-term of DELTAVSAT")
|
|
`MPRnb(NDELTAVSAT, 0.0, "", "N-term of DELTAVSAT")
|
|
`MPRnb(PDELTAVSAT, 0.0, "m", "P-term of DELTAVSAT")
|
|
|
|
`MPRnb(PSAT, 2.0, "", "Velocity saturation exponent, after binning should be from [2.0 : inf)")
|
|
`MPRnb(LPSAT, 0.0, "m", "L-term of PSAT")
|
|
`MPRnb(NPSAT, 0.0, "", "N-term of PSAT")
|
|
`MPRnb(PPSAT, 0.0, "m", "P-term of PSAT")
|
|
|
|
`MPRnb(KSATIV, 1.0, "", "Parameter for long channel Vdsat")
|
|
`MPRnb(LKSATIV, 0.0, "m", "L-term of KSATIV")
|
|
`MPRnb(NKSATIV, 0.0, "", "N-term of KSATIV")
|
|
`MPRnb(PKSATIV, 0.0, "m", "P-term of KSATIV")
|
|
|
|
`MPRnb(KSATIVR, KSATIV, "", "KSATIV in asymmetric mode")
|
|
`MPRnb(LKSATIVR, LKSATIV, "m", "L-term of KSATIVR")
|
|
`MPRnb(NKSATIVR, NKSATIV, "", "N-term of KSATIVR")
|
|
`MPRnb(PKSATIVR, PKSATIV, "m", "P-term of KSATIVR")
|
|
|
|
`MPRnb(VSATCV, VSAT, "m/s", "Velocity saturation parameter for CV")
|
|
`MPRnb(LVSATCV, LVSAT, "m^2/s", "L-term of VSATCV")
|
|
`MPRnb(NVSATCV, NVSAT, "m/s", "N-term of VSATCV")
|
|
`MPRnb(PVSATCV, PVSAT, "m^2/s", "P-term of VSATCV")
|
|
|
|
`MPRnb(DELTAVSATCV, DELTAVSAT, "", "Velocity saturation parameter in the linear region for the capacitance model")
|
|
`MPRnb(LDELTAVSATCV, LDELTAVSAT, "m", "L-term of DELTAVSATCV")
|
|
`MPRnb(NDELTAVSATCV, NDELTAVSAT, "", "N-term of DELTAVSATCV")
|
|
`MPRnb(PDELTAVSATCV, PDELTAVSAT, "m", "P-term of DELTAVSATCV")
|
|
|
|
`MPRnb(PSATCV, PSAT, "", "Velocity saturation exponent for C-V")
|
|
`MPRnb(LPSATCV, LPSAT, "m", "L-term of PSATCV")
|
|
`MPRnb(NPSATCV, NPSAT, "", "N-term of PSATCV")
|
|
`MPRnb(PPSATCV, PPSAT, "m", "P-term of PSATCV")
|
|
|
|
`MPRnb(MEXP, 4.0, "", "Smoothing function factor for Vdsat")
|
|
`MPRnb(LMEXP, 0.0, "m", "L-term of MEXP")
|
|
`MPRnb(NMEXP, 0.0, "", "N-term of MEXP")
|
|
`MPRnb(PMEXP, 0.0, "m", "P-term of MEXP")
|
|
|
|
`MPRnb(MEXPR, MEXP, "", "Reverse-mode smoothing function factor for Vdsat")
|
|
`MPRnb(LMEXPR, LMEXP, "m", "L-term of MEXPR")
|
|
`MPRnb(NMEXPR, NMEXP, "", "N-term of MEXPR")
|
|
`MPRnb(PMEXPR, PMEXP, "m", "P-term of MEXPR")
|
|
|
|
`MPRnb(PTWG, 0.0, "/V^2", "Gmsat degradation parameter - forward mode")
|
|
`MPRnb(LPTWG, 0.0, "m/V^2", "L-term of PTWG")
|
|
`MPRnb(NPTWG, 0.0, "/V^2", "N-term of PTWG")
|
|
`MPRnb(PPTWG, 0.0, "m/V^2", "P-term of PTWG")
|
|
|
|
`MPRnb(PTWGR, PTWG, "/V^2", "Gmsat degradation parameter - reverse mode")
|
|
`MPRnb(LPTWGR, LPTWG, "m/V^2", "L-term of PTWGR")
|
|
`MPRnb(NPTWGR, NPTWG, "/V^2", "N-term of PTWGR")
|
|
`MPRnb(PPTWGR, PPTWG, "m/V^2", "P-term of PTWGR")
|
|
|
|
`MPRnb(AT, -1.56e-3, "/K", "Saturation velocity temperature coefficient")
|
|
`MPRnb(LAT, 0.0, "m/K", "L-term of AT")
|
|
`MPRnb(NAT, 0.0, "/K", "N-term of AT")
|
|
`MPRnb(PAT, 0.0, "m/K", "P-term of AT")
|
|
|
|
`MPRnb(ATR, AT, "/K", "Reverse-mode saturation velocity temperature coefficient")
|
|
`MPRnb(LATR, LAT, "m/K", "L-term of ATR")
|
|
`MPRnb(NATR, NAT, "/K", "N-term of ATR")
|
|
`MPRnb(PATR, PAT, "m/K", "P-term of ATR")
|
|
|
|
`MPRnb(ATCV, AT, "/K", "Saturation velocity temperature coefficient for CV")
|
|
`MPRnb(LATCV, LAT, "m/K", "L-term of ATCV")
|
|
`MPRnb(NATCV, NAT, "/K", "N-term of ATCV")
|
|
`MPRnb(PATCV, PAT, "m/K", "P-term of ATCV")
|
|
|
|
`MPRnb(PTWGT, 4.0e-3, "/K", "PTWG temperature coefficient")
|
|
`MPRnb(LPTWGT, 0.0, "m/K", "L-term of PTWGT")
|
|
`MPRnb(NPTWGT, 0.0, "/K", "N-term of PTWGT")
|
|
`MPRnb(PPTWGT, 0.0, "m/K", "P-term of PTWGT")
|
|
|
|
// Mobility model
|
|
`MPRnb(U0N1, 0.0, "", "NFIN dependence of U0")
|
|
`MPRnb(U0N1R, U0N1, "", "Reverse-mode NFIN dependence of U0")
|
|
`MPRex(U0N2, 1.0e5, "", 0.0, "NFIN dependence of U0")
|
|
`MPRex(U0N2R, U0N2, "", 0.0, "Reverse-mode NFIN dependence of U0")
|
|
`MPRnb(U0LT, 0.0, "/m", "Coupled NFIN and length dependence of U0")
|
|
`MPRnb(LPA, 1.0, "", "Mobility L power coefficient")
|
|
`MPRnb(LPAR, LPA, "", "Reverse-mode mobility L power coefficient")
|
|
`MPRnb(AUA, 0.0, "", "Pre-exponential coefficient for UA")
|
|
`MPRnb(AUAR, AUA, "", "Reverse-mode pre-exponential coefficient for UA")
|
|
`MPRex(BUA, 1.0e-7, "", 0.0, "Exponential coefficient for UA")
|
|
`MPRex(BUAR, BUA, "", 0.0, "Reverse-mode exponential coefficient for UAR")
|
|
`MPRnb(AEU, 0.0, "", "Pre-exponential coefficient for EU")
|
|
`MPRnb(AEUR, AEU, "", "Reverse-mode pre-exponential coefficient for EU")
|
|
`MPRex(BEU, 1.0e-7, "", 0.0, "Exponential coefficient for EU")
|
|
`MPRex(BEUR, BEU, "", 0.0, "Reverse-mode exponential coefficient for EU")
|
|
`MPRnb(AUD, 0.0, "", "Pre-exponential coefficient for UD")
|
|
`MPRnb(AUDR, AUD, "", "Reverse-mode pre-exponential coefficient for UD")
|
|
`MPRex(BUD, 5.0e-8, "", 0.0, "Exponential coefficient for UD")
|
|
`MPRex(BUDR, BUD, "", 0.0, "Reverse-mode exponential coefficient for UD")
|
|
`MPRcc(CHARGEWF, 0.0, "", -1.0, 1.0, "Average channel charge weighting factor, 1: source-side, 0: middle, -1: drain-side")
|
|
`MPRco(DMOBCLAMP, 0.01, "m", 0.01, inf, "Minimum clamp on Dmob")
|
|
|
|
`MPRnb(U0, 3.0e-2, "m^2/(V*s)", "Low-field mobility")
|
|
`MPRnb(LU0, 0.0, "m^3/(V*s)", "L-term of U0")
|
|
`MPRnb(NU0, 0.0, "m^2/(V*s)", "N-term of U0")
|
|
`MPRnb(PU0, 0.0, "m^3/(V*s)", "P-term of U0")
|
|
|
|
`MPRnb(U0R, U0, "m^2/(V*s)", "Reverse-mode low-field mobility")
|
|
`MPRnb(LU0R, LU0, "m^3/(V*s)", "L-term of U0R")
|
|
`MPRnb(NU0R, NU0, "m^2/(V*s)", "N-term of U0R")
|
|
`MPRnb(PU0R, PU0, "m^3/(V*s)", "P-term of U0R")
|
|
|
|
`MPRnb(ETAMOB, 2.0, "", "Effective field parameter")
|
|
`MPRnb(LETAMOB, 0.0, "m", "L-term of ETAMOB")
|
|
`MPRnb(NETAMOB, 0.0, "", "N-term of ETAMOB")
|
|
`MPRnb(PETAMOB, 0.0, "m", "P-term of ETAMOB")
|
|
|
|
`MPRnb(UP, 0.0, "um^LPA", "Mobility L coefficient")
|
|
`MPRnb(LUP, 0.0, "m*(um^LPA)", "L-term of UP")
|
|
`MPRnb(NUP, 0.0, "um^LPA", "N-term of UP")
|
|
`MPRnb(PUP, 0.0, "m*(um^LPA)", "P-term of UP")
|
|
|
|
`MPRnb(UPR, UP, "um^LPA", "Reverse-mode mobility L coefficient")
|
|
`MPRnb(LUPR, LUP, "m*(um^LPA)", "L-term of UPR")
|
|
`MPRnb(NUPR, NUP, "um^LPA", "N-term of UPR")
|
|
`MPRnb(PUPR, PUP, "m*(um^LPA)", "P-term of UPR")
|
|
|
|
`MPRnb(UA, 0.3, "(cm/MV)^EU", "Phonon/surface roughness scattering parameter")
|
|
`MPRnb(LUA, 0.0, "m*(cm/MV)^EU", "L-term of UA")
|
|
`MPRnb(NUA, 0.0, "(cm/MV)^EU", "N-term of UA")
|
|
`MPRnb(PUA, 0.0, "m*(cm/MV)^EU", "P-term of UA")
|
|
|
|
`MPRnb(UAR, UA, "(cm/MV)^EU", "Reverse-mode phonon/surface roughness scattering parameter")
|
|
`MPRnb(LUAR, LUA, "m*(cm/MV)^EU", "L-term of UAR")
|
|
`MPRnb(NUAR, NUA, "(cm/MV)^EU", "N-term of UAR")
|
|
`MPRnb(PUAR, PUA, "m*(cm/MV)^EU", "P-term of UAR")
|
|
|
|
`MPRnb(UC, 0.0, "(1e-6*cm/MV^2)^EU", "Body effect for mobility degradation parameter - BULKMOD = 1 or 2")
|
|
`MPRnb(LUC, 0.0, "m*(1e-6*cm/MV^2)^EU", "L-term of UC")
|
|
`MPRnb(NUC, 0.0, "(1e-6*cm/MV^2)^EU", "N-term of UC")
|
|
`MPRnb(PUC, 0.0, "m*(1e-6*cm/MV^2)^EU", "P-term of UC")
|
|
|
|
`MPRnb(UCR, UC, "(1e-6*cm/MV^2)^EU", "Reverse-mode body effect for mobility degradation parameter - BULKMOD = 1 or 2")
|
|
`MPRnb(LUCR, LUC, "m*(1e-6*cm/MV^2)^EU", "L-term of UCR")
|
|
`MPRnb(NUCR, NUC, "(1e-6*cm/MV^2)^EU", "N-term of UCR")
|
|
`MPRnb(PUCR, PUC, "m*(1e-6*cm/MV^2)^EU", "P-term of UCR")
|
|
|
|
`MPRnb(EU, 2.5, "cm/MV", "Phonon/surface roughness scattering parameter")
|
|
`MPRnb(LEU, 0.0, "m*(cm/MV)", "L-term of EU")
|
|
`MPRnb(NEU, 0.0, "cm/MV", "N-term of EU")
|
|
`MPRnb(PEU, 0.0, "m*(cm/MV)", "P-term of EU")
|
|
|
|
`MPRnb(EUR, EU, "cm/MV", "Reverse-mode phonon/surface roughness scattering parameter")
|
|
`MPRnb(LEUR, LEU, "m*(cm/MV)", "L-term of EUR")
|
|
`MPRnb(NEUR, NEU, "cm/MV", "N-term of EUR")
|
|
`MPRnb(PEUR, PEU, "m*(cm/MV)", "P-term of EUR")
|
|
|
|
`MPRnb(UD, 0.0, "cm/MV", "Coulomb scattering parameter")
|
|
`MPRnb(LUD, 0.0, "m*(cm/MV)", "L-term of UD")
|
|
`MPRnb(NUD, 0.0, "cm/MV", "N-term of UD")
|
|
`MPRnb(PUD, 0.0, "m*(cm/MV)", "P-term of UD")
|
|
|
|
`MPRnb(UDR, UD, "cm/MV", "Reverse-mode Coulomb scattering parameter")
|
|
`MPRnb(LUDR, LUD, "m*(cm/MV)", "L-term of UDR")
|
|
`MPRnb(NUDR, NUD, "cm/MV", "N-term of UDR")
|
|
`MPRnb(PUDR, PUD, "m*(cm/MV)", "P-term of UDR")
|
|
|
|
`MPRnb(UCS, 1.0, "", "Coulomb scattering parameter")
|
|
`MPRnb(LUCS, 0.0, "m", "L-term of UCS")
|
|
`MPRnb(NUCS, 0.0, "", "N-term of UCS")
|
|
`MPRnb(PUCS, 0.0, "m", "P-term of UCS")
|
|
|
|
`MPRnb(UTE, 0.0, "", "Mobility temperature coefficient")
|
|
`MPRnb(LUTE, 0.0, "m", "L-term of UTE")
|
|
`MPRnb(NUTE, 0.0, "", "N-term of UTE")
|
|
`MPRnb(PUTE, 0.0, "m", "P-term of UTE")
|
|
|
|
`MPRnb(UTER, UTE, "", "Reverse-mode for mobility temperature coefficient")
|
|
`MPRnb(LUTER, LUTE, "m", "L-term of UTER")
|
|
`MPRnb(NUTER, NUTE, "", "N-term of UTER")
|
|
`MPRnb(PUTER, PUTE, "m", "P-term of UTER")
|
|
|
|
`MPRnb(UTL, -1.5e-3, "", "Mobility temperature coefficient")
|
|
`MPRnb(LUTL, 0.0, "m", "L-term of UTL")
|
|
`MPRnb(NUTL, 0.0, "", "N-term of UTL")
|
|
`MPRnb(PUTL, 0.0, "m", "P-term of UTL")
|
|
|
|
`MPRnb(UTLR, UTL, "", "Reverse-mode for mobility temperature coefficient")
|
|
`MPRnb(LUTLR, LUTL, "m", "L-term of UTLR")
|
|
`MPRnb(NUTLR, NUTL, "", "N-term of UTLR")
|
|
`MPRnb(PUTLR, PUTL, "m", "P-term of UTLR")
|
|
|
|
`MPRnb(EMOBT, 0.0, "", "Temperature coefficient of ETAMOB")
|
|
`MPRnb(LEMOBT, 0.0, "m", "L-term of EMOBT")
|
|
`MPRnb(NEMOBT, 0.0, "", "N-term of EMOBT")
|
|
`MPRnb(PEMOBT, 0.0, "m", "P-term of EMOBT")
|
|
|
|
`MPRnb(UA1, 1.032e-3, "", "Mobility temperature coefficient for UA")
|
|
`MPRnb(LUA1, 0.0, "m", "L-term of UA1")
|
|
`MPRnb(NUA1, 0.0, "", "N-term of UA1")
|
|
`MPRnb(PUA1, 0.0, "m", "P-term of UA1")
|
|
|
|
`MPRnb(UA1R, UA1, "", "Reverse-mode mobility temperature coefficient for UA")
|
|
`MPRnb(LUA1R, LUA1, "m", "L-term of UA1R")
|
|
`MPRnb(NUA1R, NUA1, "", "N-term of UA1R")
|
|
`MPRnb(PUA1R, PUA1, "m", "P-term of UA1R")
|
|
|
|
`MPRnb(UC1, 5.6e-11, "", "Mobility temperature coefficient for UC")
|
|
`MPRnb(LUC1, 0.0, "m", "L-term of UC1")
|
|
`MPRnb(NUC1, 0.0, "", "N-term of UC1")
|
|
`MPRnb(PUC1, 0.0, "m", "P-term of UC1")
|
|
|
|
`MPRnb(UC1R, UC1, "", "Reverse-mode mobility temperature coefficient for UC")
|
|
`MPRnb(LUC1R, LUC1, "m", "L-term of UC1R")
|
|
`MPRnb(NUC1R, NUC1, "", "N-term of UC1R")
|
|
`MPRnb(PUC1R, PUC1, "m", "P-term of UC1R")
|
|
|
|
`MPRnb(UD1, 0.0, "", "Mobility temperature coefficient for UC")
|
|
`MPRnb(LUD1, 0.0, "m", "L-term of UD1")
|
|
`MPRnb(NUD1, 0.0, "", "N-term of UD1")
|
|
`MPRnb(PUD1, 0.0, "m", "P-term of UD1")
|
|
|
|
`MPRnb(UD1R, UD1, "", "Reverse-mode mobility temperature coefficient for UD")
|
|
`MPRnb(LUD1R, LUD1, "m", "L-term of UD1R")
|
|
`MPRnb(NUD1R, NUD1, "", "N-term of UD1R")
|
|
`MPRnb(PUD1R, PUD1, "m", "P-term of UD1R")
|
|
|
|
`MPRnb(UCSTE, -4.775e-3, "", "Mobility temperature coefficient")
|
|
`MPRnb(LUCSTE, 0.0, "m", "L-term of UCSTE")
|
|
`MPRnb(NUCSTE, 0.0, "", "N-term of UCSTE")
|
|
`MPRnb(PUCSTE, 0.0, "m", "P-term of UCSTE")
|
|
|
|
// Access resistance model
|
|
`MPRnb(RDSWMIN, 0.0, "ohm*(um^(WR))", "RDSMOD = 0 S/D extension resistance per unit width at high Vgs")
|
|
`MPRnb(ARDSW, 0.0, "", "Pre-exponential coefficient for RDSW")
|
|
`MPRex(BRDSW, 1.0e-7, "", 0.0, "exponential coefficient for RDSW")
|
|
`MPRnb(RSWMIN, 0.0, "ohm*(um^(WR))", "RDSMOD = 1 source extension resistance per unit width at high Vgs")
|
|
`MPRnb(ARSW, 0.0, "", "Pre-exponential coefficient for RSW")
|
|
`MPRex(BRSW, 1.0e-7, "", 0.0, "Exponential coefficient for RSW")
|
|
`MPRnb(RDWMIN, 0.0, "ohm*(um^(WR))", "RDSMOD = 1 drain extension resistance per unit width at high Vgs")
|
|
`MPRnb(ARDW, 0.0, "", "Pre-exponential coefficient for RDW")
|
|
`MPRex(BRDW, 1.0e-7, "", 0.0, "Exponential coefficient for RDW")
|
|
`MPRcz(RSDR, 0.0, "V^(-PRSDR)", "Source-side drift resistance parameter - forward mode")
|
|
`MPRcz(RSDRR, RSDR, "V^(-PRSDR)", "Source-side drift resistance parameter - reverse mode")
|
|
`MPRcz(RDDR, RSDR, "V^(-PRDDR)", "Drain-side drift resistance parameter - forward mode")
|
|
`MPRcz(RDDRR, RDDR, "V^(-PRDDR)", "Drain-side drift resistance parameter - reverse mode")
|
|
`MPRnb(PRSDR, 1.0, "", "Source-side quasi-saturation parameter")
|
|
`MPRnb(PRDDR, PRSDR, "", "Drain-side quasi-saturation parameter")
|
|
`MPRnb(TRSDR, 0.0, "/K", "Source-side drift resistance temperature coefficient")
|
|
`MPRnb(TRDDR, TRSDR, "/K", "Drain-side drift resistance temperature coefficient")
|
|
|
|
`MPRnb(RDSW, 1.0e2, "(ohm-um^WR)", "RDSMOD = 0 zero bias S/D extension resistance per unit width")
|
|
`MPRnb(LRDSW, 0.0, "m*(ohm-um^WR)", "L-term of RDSW")
|
|
`MPRnb(NRDSW, 0.0, "(ohm-um^WR)", "N-term of RDSW")
|
|
`MPRnb(PRDSW, 0.0, "m*(ohm-um^WR)", "P-term of RDSW")
|
|
|
|
`MPRnb(RSW, 5.0e1, "(ohm-um^WR)", "RDSMOD = 1 zero bias source extension resistance per unit width")
|
|
`MPRnb(LRSW, 0.0, "m*(ohm-um^WR)", "L-term of RSW")
|
|
`MPRnb(NRSW, 0.0, "(ohm-um^WR)", "N-term of RSW")
|
|
`MPRnb(PRSW, 0.0, "m*(ohm-um^WR)", "P-term of RSW")
|
|
|
|
`MPRnb(RDW, 5.0e1, "(ohm-um^WR)", "RDSMOD = 1 zero bias drain extension resistance per unit width")
|
|
`MPRnb(LRDW, 0.0, "m*(ohm-um^WR)", "L-term of RDW")
|
|
`MPRnb(NRDW, 0.0, "(ohm-um^WR)", "N-term of RDW")
|
|
`MPRnb(PRDW, 0.0, "m*(ohm-um^WR)", "P-term of RDW")
|
|
|
|
`MPRnb(PRWGS, 0.0, "/V", "Gate bias dependence of source extension resistance")
|
|
`MPRnb(LPRWGS, 0.0, "m/V", "L-term of PRWGS")
|
|
`MPRnb(NPRWGS, 0.0, "/V", "N-term of PRWGS")
|
|
`MPRnb(PPRWGS, 0.0, "m/V", "P-term of PRWGS")
|
|
|
|
`MPRnb(PRWGD, PRWGS, "/V", "Gate bias dependence of drain extension resistance")
|
|
`MPRnb(LPRWGD, 0.0, "m/V", "L-term of PRWGD")
|
|
`MPRnb(NPRWGD, 0.0, "/V", "N-term of PRWGD")
|
|
`MPRnb(PPRWGD, 0.0, "m/V", "P-term of PRWGD")
|
|
|
|
`MPRnb(WR, 1.0, "", "W dependence parameter of S/D extension resistance")
|
|
`MPRnb(LWR, 0.0, "m", "L-term of WR")
|
|
`MPRnb(NWR, 0.0, "", "N-term of WR")
|
|
`MPRnb(PWR, 0.0, "m", "P-term of WR")
|
|
|
|
`MPRnb(PRT, 1.0e-3, "/K", "Series resistance temperature coefficient")
|
|
`MPRnb(LPRT, 0.0, "m/K", "L-term of PRT")
|
|
`MPRnb(NPRT, 0.0, "/K", "N-term of PRT")
|
|
`MPRnb(PPRT, 0.0, "m/K", "P-term of PRT")
|
|
|
|
// DIBL model
|
|
`MPRnb(PDIBL1, 1.3, "", "DIBL output conductance parameter - forward mode")
|
|
`MPRnb(LPDIBL1, 0.0, "m", "L-term of PDIBL1")
|
|
`MPRnb(NPDIBL1, 0.0, "", "N-term of PDIBL1")
|
|
`MPRnb(PPDIBL1, 0.0, "m", "P-term of PDIBL1")
|
|
|
|
`MPRnb(PDIBL2, 2.0e-4, "", "DIBL output conductance parameter")
|
|
`MPRnb(LPDIBL2, 0.0, "m", "L-term of PDIBL2")
|
|
`MPRnb(NPDIBL2, 0.0, "", "N-term of PDIBL2")
|
|
`MPRnb(PPDIBL2, 0.0, "m", "P-term of PDIBL2")
|
|
|
|
`MPRnb(PDIBL1R, PDIBL1, "", "DIBL output conductance parameter - reverse mode")
|
|
`MPRnb(LPDIBL1R, LPDIBL1, "m", "L-term of PDIBL1R")
|
|
`MPRnb(NPDIBL1R, NPDIBL1, "", "N-term of PDIBL1R")
|
|
`MPRnb(PPDIBL1R, PPDIBL1, "m", "P-term of PDIBL1R")
|
|
|
|
`MPRnb(PDIBL2R, PDIBL2, "", "DIBL output conductance parameter - reverse mode")
|
|
`MPRnb(LPDIBL2R, LPDIBL2, "m", "L-term of PDIBL2R")
|
|
`MPRnb(NPDIBL2R, NPDIBL2, "", "N-term of PDIBL2R")
|
|
`MPRnb(PPDIBL2R, PPDIBL2, "m", "P-term of PDIBL2R")
|
|
|
|
`MPRnb(DROUT, 1.06, "", "L dependence of DIBL effect on Rout")
|
|
`MPRnb(LDROUT, 0.0, "m", "L-term of DROUT")
|
|
`MPRnb(NDROUT, 0.0, "", "N-term of DROUT")
|
|
`MPRnb(PDROUT, 0.0, "m", "P-term of DROUT")
|
|
|
|
`MPRnb(PVAG, 1.0, "", "Vgs dependence on early voltage")
|
|
`MPRnb(LPVAG, 0.0, "m", "L-term of PVAG")
|
|
`MPRnb(NPVAG, 0.0, "", "N-term of PVAG")
|
|
`MPRnb(PPVAG, 0.0, "m", "P-term of PVAG")
|
|
|
|
// Channel length modulation effect
|
|
`MPRnb(APCLM, 0.0, "", "Pre-exponential coefficient for PCLM")
|
|
`MPRnb(APCLMR, APCLM, "", "Reverse-mode pre-exponential coefficient for PCLM")
|
|
`MPRex(BPCLM, 1.0e-7, "", 0.0, "Exponential coefficient for PCLM")
|
|
`MPRex(BPCLMR, BPCLM, "", 0.0, "Reverse-mode exponential coefficient for PCLM")
|
|
|
|
`MPRnb(PCLM, 1.3e-2, "", "Channel length modulation (CLM) parameter")
|
|
`MPRnb(LPCLM, 0.0, "m", "L-term of PCLM")
|
|
`MPRnb(NPCLM, 0.0, "", "N-term of PCLM")
|
|
`MPRnb(PPCLM, 0.0, "m", "P-term of PCLM")
|
|
|
|
`MPRnb(PCLMR, PCLM, "", "Reverse model PCLM parameter")
|
|
`MPRnb(LPCLMR, LPCLM, "m", "L-term of PCLMR")
|
|
`MPRnb(NPCLMR, NPCLM, "", "N-term of PCLMR")
|
|
`MPRnb(PPCLMR, PPCLM, "m", "P-term of PCLMR")
|
|
|
|
`MPRnb(PCLMG, 0.0, "/V", "Gate bias dependence parameter for CLM")
|
|
`MPRnb(LPCLMG, 0.0, "m/V", "L-term of PCLMG")
|
|
`MPRnb(NPCLMG, 0.0, "/V", "N-term of PCLMG")
|
|
`MPRnb(PPCLMG, 0.0, "m/V", "P-term of PCLMG")
|
|
|
|
`MPRnb(PCLMCV, PCLM, "", "CLM parameter for short-channel CV")
|
|
`MPRnb(LPCLMCV, LPCLM, "m", "L-term of PCLMCV")
|
|
`MPRnb(NPCLMCV, NPCLM, "", "N-term of PCLMCV")
|
|
`MPRnb(PPCLMCV, PPCLM, "m", "P-term of PCLMCV")
|
|
|
|
// Non-saturation effect
|
|
`MPRnb(A1, 0.0, "/V^2", "Non-saturation effect parameter for strong inversion Region")
|
|
`MPRnb(LA1, 0.0, "m/V^2", "L-term of A1")
|
|
`MPRnb(NA1, 0.0, "/V^2", "N-term of A1")
|
|
`MPRnb(PA1, 0.0, "m/V^2", "P-term of A1")
|
|
|
|
`MPRnb(A11, 0.0, "/(V^2*K)", "Temperature dependence of A1")
|
|
`MPRnb(LA11, 0.0, "m/(V^2*K)", "L-term of A11")
|
|
`MPRnb(NA11, 0.0, "/(V^2*K)", "N-term of A11")
|
|
`MPRnb(PA11, 0.0, "m/(V^2*K)", "P-term of A11")
|
|
|
|
`MPRnb(A2, 0.0, "/V", "Non-saturation effect parameter for moderate Inversion Region")
|
|
`MPRnb(LA2, 0.0, "m/V", "L-term of A2")
|
|
`MPRnb(NA2, 0.0, "/V", "N-term of A2")
|
|
`MPRnb(PA2, 0.0, "m/V", "P-term of A2")
|
|
|
|
`MPRnb(A21, 0.0, "/(V*K)", "Temperature dependence of A2")
|
|
`MPRnb(LA21, 0.0, "m/(V*K)", "L-term of A21")
|
|
`MPRnb(NA21, 0.0, "/(V*K)", "N-term of A21")
|
|
`MPRnb(PA21, 0.0, "m/(V*K)", "P-term of A21")
|
|
|
|
// Gate electrode resistance
|
|
`MPRcz(RGEXT, 0.0, "ohm", "Effective gate electrode external resistance")
|
|
`MPRco(RGFIN, 1.0e-3, "ohm", 1.0e-3, inf, "Effective gate electrode per finger per fin resistance")
|
|
|
|
// Geometry-dependent source/drain resistance of RGEOMOD = 0
|
|
`MPRnb(RSHS, 0.0, "ohm", "Source-side sheet resistance")
|
|
`MPRnb(RSHD, RSHS, "ohm", "Drain-side sheet resistance")
|
|
|
|
// Geometry-dependent source/drain resistance of RGEOMOD = 1
|
|
`MPRnb(HEPI, 1.0e-8, "m", "Height of the raised source/drain on top of the fin")
|
|
`MPRnb(TSILI, 1.0e-8, "m", "Thickness of the silicide on top of the raised source/drain")
|
|
`MPRcc(RHOC, 1.0e-12, "ohm*(m^2)", 1.0e-18, 1.0e-9, "Contact resistivity at the silicon/silicide interface")
|
|
`MPRoz(RHORSD, 1.0, "ohm*(m)", "If non-zero, average resistivity of silicon in the raised source/drain region")
|
|
`MPRcc(CRATIO, 0.5, "", 0.0, 1.0, "Ratio of the corner area filled with silicon to the total corner area")
|
|
`MPRoo(DELTAPRSD, 0.0, "m", -FPITCH, inf, "Change in silicon/silicide interface length due to non-rectangular epi")
|
|
`MPIcc(SDTERM, 0, "", 0, 1, "Indicator of whether the source/drain are terminated with silicide")
|
|
`MPRoz(LSP, 0.2 * (L + XL), "m", "Thickness of the gate sidewall spacer")
|
|
`MPRco(EPSRSP, 3.9, "", 1.0, inf, "Relative dielectric constant of the spacer")
|
|
`MPRoz(TGATE, 3.0e-8, "m", "Gate height on top of the hard mask")
|
|
`MPRcz(TMASK, 3.0e-8, "m", "Height of hard mask on top of the fin")
|
|
`MPRcz(ASILIEND, 0.0, "m^2", "Extra silicide cross sectional area at the two ends of the FinFET")
|
|
`MPRcz(ARSDEND, 0.0, "m^2", "Extra raised source/drain cross sectional areaat the two ends of the finFET")
|
|
`MPRcz(PRSDEND, 0.0, "m", "Extra silicon/silicide interface perimeter at the two ends of the finFET")
|
|
`MPRcc(NSDE, 2.0e25, "/m^3", 1.0e25, 1.0e26, "Source/drain active doping concentration at Leff edge")
|
|
`MPRnb(RGEOA, 1.0, "", "Fitting parameter for RGEOMOD = 1")
|
|
`MPRnb(RGEOB, 0.0, "/m", "Fitting parameter for RGEOMOD = 1")
|
|
`MPRnb(RGEOC, 0.0, "/m", "Fitting parameter for RGEOMOD = 1")
|
|
`MPRnb(RGEOD, 0.0, "/m", "Fitting parameter for RGEOMOD = 1")
|
|
`MPRnb(RGEOE, 0.0, "/m", "Fitting parameter for RGEOMOD = 1")
|
|
`MPRnb(CGEOA, 1.0, "", "Fitting parameter for CGEOMOD = 2")
|
|
`MPRnb(CGEOB, 0.0, "/m", "Fitting parameter for CGEOMOD = 2")
|
|
`MPRnb(CGEOC, 0.0, "/m", "Fitting parameter for CGEOMOD = 2")
|
|
`MPRnb(CGEOD, 0.0, "/m", "Fitting parameter for CGEOMOD = 2")
|
|
`MPRcz(CGEOE, 1.0, "", "Fitting parameter for CGEOMOD = 2")
|
|
|
|
// Gate currents
|
|
`MPRnb(DLCIGS, 0.0, "m", "Delta L for Igs model")
|
|
`MPRnb(DLCIGD, DLCIGS, "m", "Delta L for Igd model")
|
|
`MPRnb(VFBSD, 0.0, "V", "User-designated flatband voltage for S/D region")
|
|
`MPRnb(VFBSDCV, VFBSD, "V", "User-designated flatband voltage for S/D region for C-V calculations")
|
|
`MPRoz(TOXREF, 1.2e-9, "m", "Target tox value")
|
|
`MPRco(TOXG, TOXP, "m", 1.0e-10, inf, "Oxide thickness for gate current model")
|
|
`MPRoz(IGBINVCLAMP, 1.0e-3, "", "Clamping value of the exponent for Igb in inversion")
|
|
`MPRoz(IGBACCCLAMP, 1.0e-3, "", "Clamping value of the exponent for Igb in accumulation")
|
|
`MPRoz(IGCINVCLAMP, 5.0e-4, "", "Clamping value of the exponent for Igc in inversion")
|
|
|
|
`MPRnb(NTOX, 1.0, "", "Exponent for Tox ratio")
|
|
`MPRnb(LNTOX, 0.0, "m", "L-term of NTOX")
|
|
`MPRnb(NNTOX, 0.0, "", "N-term of NTOX")
|
|
`MPRnb(PNTOX, 0.0, "m", "P-term of NTOX")
|
|
|
|
`MPRnb(AIGBINV, 1.11e-2, "(F*s^2/g)^0.5/m", "Parameter for Igb in inversion")
|
|
`MPRnb(LAIGBINV, 0.0, "(F*s^2/g)^0.5", "L-term of AIGBINV")
|
|
`MPRnb(NAIGBINV, 0.0, "(F*s^2/g)^0.5/m", "N-term of AIGBINV")
|
|
`MPRnb(PAIGBINV, 0.0, "(F*s^2/g)^0.5", "P-term of AIGBINV")
|
|
|
|
`MPRnb(AIGBINV1, 0.0, "(F*s^2/g)^0.5/(m*K)", "Parameter for Igb in inversion")
|
|
`MPRnb(LAIGBINV1, 0.0, "(F*s^2/g)^0.5/K", "L-term of AIGBINV1")
|
|
`MPRnb(NAIGBINV1, 0.0, "(F*s^2/g)^0.5/(m*K)", "N-term of AIGBINV1")
|
|
`MPRnb(PAIGBINV1, 0.0, "(F*s^2/g)^0.5/K", "P-term of AIGBINV1")
|
|
|
|
`MPRnb(BIGBINV, 9.49e-4, "(F*s^2/g)^0.5/(m*V)", "Parameter for Igb in inversion")
|
|
`MPRnb(LBIGBINV, 0.0, "(F*s^2/g)^0.5/V", "L-term of BIGBINV")
|
|
`MPRnb(NBIGBINV, 0.0, "(F*s^2/g)^0.5/(m*V)", "N-term of BIGBINV")
|
|
`MPRnb(PBIGBINV, 0.0, "(F*s^2/g)^0.5/V", "P-term of BIGBINV")
|
|
|
|
`MPRnb(CIGBINV, 6.0e-3, "/V", "Parameter for Igb in inversion")
|
|
`MPRnb(LCIGBINV, 0.0, "m/V", "L-term of CIGBINV")
|
|
`MPRnb(NCIGBINV, 0.0, "/V", "N-term of CIGBINV")
|
|
`MPRnb(PCIGBINV, 0.0, "m/V", "P-term of CIGBINV")
|
|
|
|
`MPRnb(EIGBINV, 1.1, "V", "Parameter for Igb in inversion")
|
|
`MPRnb(LEIGBINV, 0.0, "m*V", "L-term of EIGBINV")
|
|
`MPRnb(NEIGBINV, 0.0, "V", "N-term of EIGBINV")
|
|
`MPRnb(PEIGBINV, 0.0, "m*V", "P-term of EIGBINV")
|
|
|
|
`MPRnb(NIGBINV, 3.0, "", "Parameter for Igb in inversion")
|
|
`MPRnb(LNIGBINV, 0.0, "m", "L-term of NIGBINV")
|
|
`MPRnb(NNIGBINV, 0.0, "", "N-term of NIGBINV")
|
|
`MPRnb(PNIGBINV, 0.0, "m", "P-term of NIGBINV")
|
|
|
|
`MPRnb(AIGBACC, 1.36e-2, "(F*s^2/g)^0.5/m", "Parameter for Igb in accumulation")
|
|
`MPRnb(LAIGBACC, 0.0, "(F*s^2/g)^0.5", "L-term of AIGBACC")
|
|
`MPRnb(NAIGBACC, 0.0, "(F*s^2/g)^0.5/m", "N-term of AIGBACC")
|
|
`MPRnb(PAIGBACC, 0.0, "(F*s^2/g)^0.5", "P-term of AIGBACC")
|
|
|
|
`MPRnb(AIGBACC1, 0.0, "(F*s^2/g)^0.5/(m*K)", "Parameter for Igb in accumulation")
|
|
`MPRnb(LAIGBACC1, 0.0, "(F*s^2/g)^0.5/K", "L-term of AIGBACC1")
|
|
`MPRnb(NAIGBACC1, 0.0, "(F*s^2/g)^0.5/(m*K)", "N-term of AIGBACC1")
|
|
`MPRnb(PAIGBACC1, 0.0, "(F*s^2/g)^0.5/K", "P-term of AIGBACC1")
|
|
|
|
`MPRnb(BIGBACC, 1.71e-3, "(F*s^2/g)^0.5/(m*V)", "Parameter for Igb in accumulation")
|
|
`MPRnb(LBIGBACC, 0.0, "(F*s^2/g)^0.5/V", "L-term of BIGBACC")
|
|
`MPRnb(NBIGBACC, 0.0, "(F*s^2/g)^0.5/(m*V)", "N-term of BIGBACC")
|
|
`MPRnb(PBIGBACC, 0.0, "(F*s^2/g)^0.5/V", "P-term of BIGBACC")
|
|
|
|
`MPRnb(CIGBACC, 7.5e-2, "/V", "Parameter for Igb in accumulation")
|
|
`MPRnb(LCIGBACC, 0.0, "m/V", "L-term of CIGBACC")
|
|
`MPRnb(NCIGBACC, 0.0, "/V", "N-term of CIGBACC")
|
|
`MPRnb(PCIGBACC, 0.0, "m/V", "P-term of CIGBACC")
|
|
|
|
`MPRnb(NIGBACC, 1.0, "", "Parameter for Igb in accumulation")
|
|
`MPRnb(LNIGBACC, 0.0, "m", "L-term of NIGBACC")
|
|
`MPRnb(NNIGBACC, 0.0, "", "N-term of NIGBACC")
|
|
`MPRnb(PNIGBACC, 0.0, "m", "P-term of NIGBACC")
|
|
|
|
`MPRnb(AIGC, 1.36e-2, "(F*s^2/g)^0.5/m", "Parameter for Igc in inversion")
|
|
`MPRnb(LAIGC, 0.0, "(F*s^2/g)^0.5", "L-term of AIGC")
|
|
`MPRnb(NAIGC, 0.0, "(F*s^2/g)^0.5/m", "N-term of AIGC")
|
|
`MPRnb(PAIGC, 0.0, "(F*s^2/g)^0.5", "P-term of AIGC")
|
|
|
|
`MPRnb(AIGC1, 0.0, "(F*s^2/g)^0.5/(m*K)", "Parameter for Igc in inversion")
|
|
`MPRnb(LAIGC1, 0.0, "(F*s^2/g)^0.5/K", "L-term of AIGC1")
|
|
`MPRnb(NAIGC1, 0.0, "(F*s^2/g)^0.5/(m*K)", "N-term of AIGC1")
|
|
`MPRnb(PAIGC1, 0.0, "(F*s^2/g)^0.5/K", "P-term of AIGC1")
|
|
|
|
`MPRnb(BIGC, 1.71e-3, "(F*s^2/g)^0.5/(m*V)", "Parameter for Igc in inversion")
|
|
`MPRnb(LBIGC, 0.0, "(F*s^2/g)^0.5/V", "L-term of BIGC")
|
|
`MPRnb(NBIGC, 0.0, "(F*s^2/g)^0.5/(m*V)", "N-term of BIGC")
|
|
`MPRnb(PBIGC, 0.0, "(F*s^2/g)^0.5/V", "P-term of BIGC")
|
|
|
|
`MPRnb(CIGC, 7.5e-2, "/V", "Parameter for Igc in inversion")
|
|
`MPRnb(LCIGC, 0.0, "m/V", "L-term of CIGC")
|
|
`MPRnb(NCIGC, 0.0, "/V", "N-term of CIGC")
|
|
`MPRnb(PCIGC, 0.0, "m/V", "P-term of CIGC")
|
|
|
|
`MPRnb(PIGCD, 1.0, "", "Parameter for Igc partition")
|
|
`MPRnb(LPIGCD, 0.0, "m", "L-term of PIGCD")
|
|
`MPRnb(NPIGCD, 0.0, "", "N-term of PIGCD")
|
|
`MPRnb(PPIGCD, 0.0, "m", "P-term of PIGCD")
|
|
|
|
`MPRnb(AIGS, 1.36e-2, "(F*s^2/g)^0.5/m", "Parameter for Igs in inversion")
|
|
`MPRnb(LAIGS, 0.0, "(F*s^2/g)^0.5", "L-term of AIGS")
|
|
`MPRnb(NAIGS, 0.0, "(F*s^2/g)^0.5/m", "N-term of AIGS")
|
|
`MPRnb(PAIGS, 0.0, "(F*s^2/g)^0.5", "P-term of AIGS")
|
|
|
|
`MPRnb(AIGS1, 0.0, "(F*s^2/g)^0.5/(m*K)", "Parameter for Igs in inversion")
|
|
`MPRnb(LAIGS1, 0.0, "(F*s^2/g)^0.5/K", "L-term of AIGS1")
|
|
`MPRnb(NAIGS1, 0.0, "(F*s^2/g)^0.5/(m*K)", "N-term of AIGS1")
|
|
`MPRnb(PAIGS1, 0.0, "(F*s^2/g)^0.5/K", "P-term of AIGS1")
|
|
|
|
`MPRnb(BIGS, 1.71e-3, "(F*s^2/g)^0.5/(m*V)", "Parameter for Igs in inversion")
|
|
`MPRnb(LBIGS, 0.0, "(F*s^2/g)^0.5/V", "L-term of BIGS")
|
|
`MPRnb(NBIGS, 0.0, "(F*s^2/g)^0.5/(m*V)", "N-term of BIGS")
|
|
`MPRnb(PBIGS, 0.0, "(F*s^2/g)^0.5/V", "P-term of BIGS")
|
|
|
|
`MPRnb(CIGS, 7.5e-2, "/V", "Parameter for Igs in inversion")
|
|
`MPRnb(LCIGS, 0.0, "m/V", "L-term of CIGS")
|
|
`MPRnb(NCIGS, 0.0, "/V", "N-term of CIGS")
|
|
`MPRnb(PCIGS, 0.0, "m/V", "P-term of CIGS")
|
|
|
|
`MPRnb(AIGD, AIGS, "(F*s^2/g)^0.5/m", "Parameter for Igd in inversion")
|
|
`MPRnb(LAIGD, LAIGS, "(F*s^2/g)^0.5", "L-term of AIGD")
|
|
`MPRnb(NAIGD, NAIGS, "(F*s^2/g)^0.5/m", "N-term of AIGD")
|
|
`MPRnb(PAIGD, PAIGS, "(F*s^2/g)^0.5", "P-term of AIGD")
|
|
|
|
`MPRnb(AIGD1, AIGS1, "(F*s^2/g)^0.5/(m*K)", "Parameter for Igd in inversion")
|
|
`MPRnb(LAIGD1, LAIGS1, "(F*s^2/g)^0.5/K", "L-term of AIGD1")
|
|
`MPRnb(NAIGD1, NAIGS1, "(F*s^2/g)^0.5/(m*K)", "N-term of AIGD1")
|
|
`MPRnb(PAIGD1, PAIGS1, "(F*s^2/g)^0.5/K", "P-term of AIGD1")
|
|
|
|
`MPRnb(BIGD, BIGS, "(F*s^2/g)^0.5/(m*V)", "Parameter for Igd in inversion")
|
|
`MPRnb(LBIGD, LBIGS, "(F*s^2/g)^0.5/V", "L-term of BIGD")
|
|
`MPRnb(NBIGD, NBIGS, "(F*s^2/g)^0.5/(m*V)", "N-term of BIGD")
|
|
`MPRnb(PBIGD, PBIGS, "(F*s^2/g)^0.5/V", "P-term of BIGD")
|
|
|
|
`MPRnb(CIGD, CIGS, "/V", "Parameter for Igd in inversion")
|
|
`MPRnb(LCIGD, LCIGS, "m/V", "L-term of CIGD")
|
|
`MPRnb(NCIGD, NCIGS, "/V", "N-term of CIGD")
|
|
`MPRnb(PCIGD, PCIGS, "m/V", "P-term of CIGD")
|
|
|
|
`MPRnb(POXEDGE, 1.0, "", "Factor for the gate edge Tox")
|
|
`MPRnb(LPOXEDGE, 0.0, "m", "L-term of POXEDGE")
|
|
`MPRnb(NPOXEDGE, 0.0, "", "N-term of POXEDGE")
|
|
`MPRnb(PPOXEDGE, 0.0, "m", "P-term of POXEDGE")
|
|
|
|
// GIDL, GISL currents
|
|
`MPRnb(AGIDL, 6.055e-12, "/ohm", "Pre-exponential coefficient for GIDL")
|
|
`MPRnb(LAGIDL, 0.0, "m/ohm", "L-term of AGIDL")
|
|
`MPRnb(NAGIDL, 0.0, "/ohm", "N-term of AGIDL")
|
|
`MPRnb(PAGIDL, 0.0, "m/ohm", "P-term of AGIDL")
|
|
|
|
`MPRnb(BGIDL, 3.0e8, "V/m", "Exponential coefficient for GIDL")
|
|
`MPRnb(LBGIDL, 0.0, "V", "L-term of BGIDL")
|
|
`MPRnb(NBGIDL, 0.0, "V/m", "N-term of BGIDL")
|
|
`MPRnb(PBGIDL, 0.0, "V", "P-term of BGIDL")
|
|
|
|
`MPRnb(CGIDL, 0.5, "V^3", "Parameter for body-effect of GIDL")
|
|
`MPRnb(LCGIDL, 0.0, "m*(V^3)", "L-term of CGIDL")
|
|
`MPRnb(NCGIDL, 0.0, "V^3", "N-term of CGIDL")
|
|
`MPRnb(PCGIDL, 0.0, "m*(V^3)", "P-term of CGIDL")
|
|
|
|
`MPRnb(EGIDL, 0.2, "V", "Band bending parameter for GIDL")
|
|
`MPRnb(LEGIDL, 0.0, "m*V", "L-term of EGIDL")
|
|
`MPRnb(NEGIDL, 0.0, "V", "N-term of EGIDL")
|
|
`MPRnb(PEGIDL, 0.0, "m*V", "P-term of EGIDL")
|
|
|
|
`MPRnb(PGIDL, 1.0, "", "Parameter for body-bias effect on GIDL")
|
|
`MPRnb(LPGIDL, 0.0, "m", "L-term of PGIDL")
|
|
`MPRnb(NPGIDL, 0.0, "", "N-term of PGIDL")
|
|
`MPRnb(PPGIDL, 0.0, "m", "P-term of PGIDL")
|
|
|
|
`MPRnb(AGISL, AGIDL, "/ohm", "Pre-exponential coefficient for GISL")
|
|
`MPRnb(LAGISL, LAGIDL, "m/ohm", "L-term of AGISL")
|
|
`MPRnb(NAGISL, NAGIDL, "/ohm", "N-term of AGISL")
|
|
`MPRnb(PAGISL, PAGIDL, "m/ohm", "P-term of AGISL")
|
|
|
|
`MPRnb(BGISL, BGIDL, "V/m", "Exponential coefficient for GISL")
|
|
`MPRnb(LBGISL, LBGIDL, "V", "L-term of BGISL")
|
|
`MPRnb(NBGISL, NBGIDL, "V/m", "N-term of BGISL")
|
|
`MPRnb(PBGISL, PBGIDL, "V", "P-term of BGISL")
|
|
|
|
`MPRnb(CGISL, CGIDL, "V^3", "Parameter for body-effect of GISL")
|
|
`MPRnb(LCGISL, LCGIDL, "m*V^3", "L-term of CGISL")
|
|
`MPRnb(NCGISL, NCGIDL, "V^3", "N-term of CGISL")
|
|
`MPRnb(PCGISL, PCGIDL, "m*V^3", "P-term of CGISL")
|
|
|
|
`MPRnb(EGISL, EGIDL, "V", "Band bending parameter for GISL")
|
|
`MPRnb(LEGISL, LEGIDL, "m*V", "L-term of EGISL")
|
|
`MPRnb(NEGISL, NEGIDL, "V", "N-term of EGISL")
|
|
`MPRnb(PEGISL, PEGIDL, "m*V", "P-term of EGISL")
|
|
|
|
`MPRnb(PGISL, PGIDL, "", "Parameter for body-bias effect on GISL")
|
|
`MPRnb(LPGISL, LPGIDL, "m", "L-term of PGISL")
|
|
`MPRnb(NPGISL, NPGIDL, "", "N-term of PGISL")
|
|
`MPRnb(PPGISL, PPGIDL, "m", "P-term of PGISL")
|
|
|
|
// Impact ionization current
|
|
`MPRnb(ALPHA01, 0.0, "m/(V*K)", "Temperature dependence of ALPHA0")
|
|
`MPRnb(ALPHA11, 0.0, "/(V*K)", "Temperature dependence ALPHA1")
|
|
`MPRnb(ALPHAII01, 0.0, "m/(V*K)", "Temperature dependence of ALPHAII0")
|
|
`MPRnb(ALPHAII11, 0.0, "m/(V*K)", "Temperature dependence of ALPHAII1")
|
|
`MPRoz(IIMOD2CLAMP1, 0.1, "V", "Clamp1 of SII1 * Vg term in IIMOD = 2")
|
|
`MPRoz(IIMOD2CLAMP2, 0.1, "V", "Clamp2 of SII0 * Vg term in IIMOD = 2")
|
|
`MPRoz(IIMOD2CLAMP3, 0.1, "V", "Clamp3 of ratio term in IIMOD = 2")
|
|
|
|
`MPRnb(ALPHA0, 0.0, "m/V", "First parameter of Iii")
|
|
`MPRnb(LALPHA0, 0.0, "m^2/V", "L-term of ALPHA0")
|
|
`MPRnb(NALPHA0, 0.0, "m/V", "N-term of ALPHA0")
|
|
`MPRnb(PALPHA0, 0.0, "m^2/V", "P-term of ALPHA0")
|
|
|
|
`MPRnb(ALPHA1, 0.0, "/V", "L scaling parameter of Iii")
|
|
`MPRnb(LALPHA1, 0.0, "m/V", "L-term of ALPHA1")
|
|
`MPRnb(NALPHA1, 0.0, "/V", "N-term of ALPHA1")
|
|
`MPRnb(PALPHA1, 0.0, "m/V", "P-term of ALPHA1")
|
|
|
|
`MPRnb(BETA0, 0.0, "/V", "Vds dependence parameter of Iii")
|
|
`MPRnb(LBETA0, 0.0, "m/V", "L-term of BETA0")
|
|
`MPRnb(NBETA0, 0.0, "/V", "N-term of BETA0")
|
|
`MPRnb(PBETA0, 0.0, "m/V", "P-term of BETA0")
|
|
|
|
`MPRnb(ALPHAII0, 0.0, "m/V", "First parameter of Iii for IIMOD = 2")
|
|
`MPRnb(LALPHAII0, 0.0, "(m^2)/V", "L-term of ALPHAII0")
|
|
`MPRnb(NALPHAII0, 0.0, "m/V", "N-term of ALPHAII0")
|
|
`MPRnb(PALPHAII0, 0.0, "(m^2)/V", "P-term of ALPHAII0")
|
|
|
|
`MPRnb(ALPHAII1, 0.0, "/V", "L scaling parameter of Iii for IIMOD = 2")
|
|
`MPRnb(LALPHAII1, 0.0, "m/V", "L-term of ALPHAII1")
|
|
`MPRnb(NALPHAII1, 0.0, "/V", "N-term of ALPHAII1")
|
|
`MPRnb(PALPHAII1, 0.0, "m/V", "P-term of ALPHAII1")
|
|
|
|
`MPRnb(BETAII0, 0.0, "/V", "Vds dependence parameter of Iii")
|
|
`MPRnb(LBETAII0, 0.0, "m/V", "L-term of BETAII0")
|
|
`MPRnb(NBETAII0, 0.0, "/V", "N-term of BETAII0")
|
|
`MPRnb(PBETAII0, 0.0, "m/V", "P-term of BETAII0")
|
|
|
|
`MPRnb(BETAII1, 0.0, "", "Vds dependence parameter of Iii")
|
|
`MPRnb(LBETAII1, 0.0, "m", "L-term of BETAII1")
|
|
`MPRnb(NBETAII1, 0.0, "", "N-term of BETAII1")
|
|
`MPRnb(PBETAII1, 0.0, "m", "P-term of BETAII1")
|
|
|
|
`MPRnb(BETAII2, 0.1, "V", "Vds dependence parameter of Iii")
|
|
`MPRnb(LBETAII2, 0.0, "m*V", "L-term of BETAII2")
|
|
`MPRnb(NBETAII2, 0.0, "V", "N-term of BETAII2")
|
|
`MPRnb(PBETAII2, 0.0, "m*V", "P-term of BETAII2")
|
|
|
|
`MPRnb(ESATII, 1.0e7, "V/m", "Saturation channel E-field for Iii")
|
|
`MPRnb(LESATII, 0.0, "V", "L-term of ESATII")
|
|
`MPRnb(NESATII, 0.0, "V/m", "N-term of ESATII")
|
|
`MPRnb(PESATII, 0.0, "V", "P-term of ESATII")
|
|
|
|
`MPRnb(LII, 0.5e-9, "m*V", "Channel length dependence parameter of Iii")
|
|
`MPRnb(LLII, 0.0, "m^2*V", "L-term of LII")
|
|
`MPRnb(NLII, 0.0, "m*V", "N-term of LII")
|
|
`MPRnb(PLII, 0.0, "m^2*V", "P-term of LII")
|
|
|
|
`MPRnb(SII0, 0.5, "/V", "Vgs dependence parameter of Iii")
|
|
`MPRnb(LSII0, 0.0, "m/V", "L-term of SII0")
|
|
`MPRnb(NSII0, 0.0, "/V", "N-term of SII0")
|
|
`MPRnb(PSII0, 0.0, "m/V", "P-term of SII0")
|
|
|
|
`MPRnb(SII1, 0.1, "", "1st Vgs dependence parameter of Iii")
|
|
`MPRnb(LSII1, 0.0, "m", "L-term of SII1")
|
|
`MPRnb(NSII1, 0.0, "", "N-term of SII1")
|
|
`MPRnb(PSII1, 0.0, "m", "P-term of SII1")
|
|
|
|
`MPRnb(SII2, 0.0, "V", "2nd Vgs dependence parameter of Iii")
|
|
`MPRnb(LSII2, 0.0, "m*V", "L-term of SII2")
|
|
`MPRnb(NSII2, 0.0, "V", "N-term of SII2")
|
|
`MPRnb(PSII2, 0.0, "m*V", "P-term of SII2")
|
|
|
|
`MPRnb(SIID, 0.0, "V", "3rd Vds dependence parameter of Iii")
|
|
`MPRnb(LSIID, 0.0, "m*V", "L-term of SIID")
|
|
`MPRnb(NSIID, 0.0, "V", "N-term of SIID")
|
|
`MPRnb(PSIID, 0.0, "m*V", "P-term of SIID")
|
|
|
|
// Accumulation capacitance
|
|
`MPRco(EOTACC, EOT, "m", 1.0e-10, inf, "Equivalent oxide thickness for accumulation region")
|
|
`MPRnb(DELVFBACC, 0.0, "V", "Change in flatband voltage: Vfb_accumulation - Vfb_inversion")
|
|
|
|
// Fringe capacitance
|
|
`MPRcz(CFS, 2.5e-11, "F/m", "Outer fringe capacitance at source side")
|
|
`MPRnb(LCFS, 0.0, "F", "L-term of CFS")
|
|
`MPRnb(NCFS, 0.0, "F/m", "N-term of CFS")
|
|
`MPRnb(PCFS, 0.0, "F", "P-term of CFS")
|
|
|
|
`MPRcz(CFD, CFS, "F/m", "Outer fringe capacitance at drain side")
|
|
`MPRnb(LCFD, LCFS, "F", "L-term of CFD")
|
|
`MPRnb(NCFD, NCFS, "F/m", "N-term of CFD")
|
|
`MPRnb(PCFD, PCFS, "F", "P-term of CFD")
|
|
|
|
// Overlap capacitance
|
|
`MPRcz(CGSO, 0.0, "F/m", "User-designated non-LDD region source-gate overlap capacitance per unit channel width")
|
|
`MPRcz(CGDO, CGSO, "F/m", "User-designated non-LDD region drain-gate overlap capacitance per unit channel width")
|
|
`MPRcz(CGBO, 0.0, "F/m", "Gate-to-substrate overlap capacitance per unit channel length per finger per NGCON")
|
|
`MPRcz(CGBN, 0.0, "F/m", "Gate-to-substrate overlap capacitance per unit channel length per fin per finger")
|
|
|
|
`MPRcz(CGSL, 0.0, "F/m", "Overlap capacitance between gate and lightly-doped source region (CGEOMOD = 0, 2)")
|
|
`MPRnb(LCGSL, 0.0, "F", "L-term of CGSL")
|
|
`MPRnb(NCGSL, 0.0, "F/m", "N-term of CGSL")
|
|
`MPRnb(PCGSL, 0.0, "F", "P-term of CGSL")
|
|
|
|
`MPRcz(CGDL, CGSL, "F/m", "Overlap capacitance between gate and lightly-doped drain region (CGEOMOD = 0, 2)")
|
|
`MPRnb(LCGDL, LCGSL, "F", "L-term of CGDL")
|
|
`MPRnb(NCGDL, NCGSL, "F/m", "N-term of CGDL")
|
|
`MPRnb(PCGDL, PCGSL, "F", "P-term of CGDL")
|
|
|
|
`MPRcz(CGBL, 0.0, "F/m", "Bias-dependent component of gate-to-substrate overlap capacitance per unit channel length per fin per finger")
|
|
`MPRnb(LCGBL, 0.0, "F", "L-term of CGBL")
|
|
`MPRnb(NCGBL, 0.0, "F/m", "N-term of CGBL")
|
|
`MPRnb(PCGBL, 0.0, "F", "P-term of CGBL")
|
|
|
|
`MPRco(CKAPPAS, 0.6, "V", 2.0e-2, inf, "Coefficient of bias-dependent overlap capacitance for the source side (CGEOMOD = 0, 2)")
|
|
`MPRnb(LCKAPPAS, 0.0, "m*V", "L-term of CKAPPAS")
|
|
`MPRnb(NCKAPPAS, 0.0, "V", "N-term of CKAPPAS")
|
|
`MPRnb(PCKAPPAS, 0.0, "m*V", "P-term of CKAPPAS")
|
|
|
|
`MPRco(CKAPPAD, CKAPPAS, "V", 2.0e-2, inf, "Coefficient of bias-dependent overlap capacitance for the drain side (CGEOMOD = 0, 2)")
|
|
`MPRnb(LCKAPPAD, LCKAPPAS, "m*V", "L-term of CKAPPAD")
|
|
`MPRnb(NCKAPPAD, NCKAPPAS, "V", "N-term of CKAPPAD")
|
|
`MPRnb(PCKAPPAD, PCKAPPAS, "m*V", "P-term of CKAPPAD")
|
|
|
|
`MPRco(CKAPPAB, 0.6, "V", 2.0e-2, inf, "Bias-dependent gate-to-substrate parasitic capacitance")
|
|
`MPRnb(LCKAPPAB, 0.0, "m*V", "L-term of CKAPPAB")
|
|
`MPRnb(NCKAPPAB, 0.0, "V", "N-term of CKAPPAB")
|
|
`MPRnb(PCKAPPAB, 0.0, "m*V", "P-term of CKAPPAB")
|
|
|
|
// Source/drain-to-substrate sidewall capacitance
|
|
`MPRcz(CSDESW, 0.0, "F/m", "Coefficient for source/drain-to-substrate sidewall capacitance")
|
|
|
|
// Junction capacitance
|
|
`MPRcz(CJS, 5.0e-4, "F/m^2", "Unit area source-side junction capacitance at zero bias")
|
|
`MPRcz(CJD, CJS, "F/m^2", "Unit area drain-side junction capacitance at zero bias")
|
|
`MPRcz(CJSWS, 5.0e-10, "F/m", "Unit length source-side sidewall junction capacitance at zero bias")
|
|
`MPRcz(CJSWD, CJSWS, "F/m", "Unit length drain-side sidewall junction capacitance at zero bias")
|
|
`MPRcz(CJSWGS, 0.0, "F/m", "Unit length source-side gate sidewall junction capacitance at zero bias")
|
|
`MPRcz(CJSWGD, CJSWGS, "F/m", "Unit length drain-side gate sidewall junction capacitance at zero bias")
|
|
`MPRnb(PBS, 1.0, "V", "Source-side bulk junction built-in potential")
|
|
`MPRnb(PBD, PBS, "V", "Drain-side bulk junction built-in potential")
|
|
`MPRnb(PBSWS, 1.0, "V", "Built-in potential for Source-side sidewall junction capacitance")
|
|
`MPRnb(PBSWD, PBSWS, "V", "Built-in potential for Drain-side sidewall junction capacitance")
|
|
`MPRnb(PBSWGS, PBSWS, "V", "Built-in potential for Source-side gate sidewall junction capacitance")
|
|
`MPRnb(PBSWGD, PBSWGS, "V", "Built-in potential for Drain-side gate sidewall junction capacitance")
|
|
`MPRoz(MJS, 0.5, "", "Source bottom junction capacitance grading coefficient")
|
|
`MPRoz(MJD, MJS, "", "Drain bottom junction capacitance grading coefficient")
|
|
`MPRoz(MJSWS, 0.33, "", "Source sidewall junction capacitance grading coefficient")
|
|
`MPRoz(MJSWD, MJSWS, "", "Drain sidewall junction capacitance grading coefficient")
|
|
`MPRoz(MJSWGS, MJSWS, "", "Source-side gate sidewall junction capacitance grading coefficient")
|
|
`MPRoz(MJSWGD, MJSWGS, "", "Drain-side gate sidewall junction capacitance grading coefficient")
|
|
|
|
// Second junction for two-step junction capacitance
|
|
`MPRcz(SJS, 0.0, "", "Constant for source-side two-step second junction")
|
|
`MPRcz(SJD, SJS, "", "Constant for drain-side two-step second junction")
|
|
`MPRcz(SJSWS, 0.0, "", "Constant for source-side sidewall two-step second junction")
|
|
`MPRcz(SJSWD, SJSWS, "", "Constant for drain-side sidewall two-step second junction")
|
|
`MPRcz(SJSWGS, 0.0, "", "Constant for source-side gate sidewall two-step second junction")
|
|
`MPRcz(SJSWGD, SJSWGS, "", "Constant for source-side gate sidewall two-step second junction")
|
|
`MPRnb(MJS2, 1.25e-1, "", "Source bottom two-step second junction capacitance grading coefficient")
|
|
`MPRnb(MJD2, MJS2, "", "Drain bottom two-step second junction capacitance grading coefficient")
|
|
`MPRnb(MJSWS2, 8.3e-2, "", "Source sidewall two-step second junction capacitance grading coefficient")
|
|
`MPRnb(MJSWD2, MJSWS2, "", "Drain sidewall two-step second junction capacitance grading coefficient")
|
|
`MPRnb(MJSWGS2, MJSWS2, "", "Source-side gate sidewall two-step second junction capacitance grading coefficient")
|
|
`MPRnb(MJSWGD2, MJSWGS2, "", "Drain-side gate sidewall two-step second junction capacitance grading coefficient")
|
|
|
|
// Junction current
|
|
`MPRcz(JSS, 1.0e-4, "A/m^2", "Bottom source junction reverse saturation current density")
|
|
`MPRcz(JSD, JSS, "A/m^2", "Bottom drain junction reverse saturation current density")
|
|
`MPRcz(JSWS, 0.0, "A/m", "Unit length reverse saturation current for sidewall source junction")
|
|
`MPRcz(JSWD, JSWS, "A/m", "Unit length reverse saturation current for sidewall drain junction")
|
|
`MPRcz(JSWGS, 0.0, "A/m", "Unit length reverse saturation current for gate-edge sidewall source junction")
|
|
`MPRcz(JSWGD, JSWGS, "A/m", "Unit length reverse saturation current for gate-edge sidewall drain junction")
|
|
`MPRoz(NJS, 1.0, "", "Source junction emission coefficient")
|
|
`MPRoz(NJD, NJS, "", "Drain junction emission coefficient")
|
|
`MPRnb(IJTHSFWD, 0.1, "A", "Forward source diode breakdown limiting current")
|
|
`MPRnb(IJTHDFWD, IJTHSFWD, "A", "Forward drain diode breakdown limiting current")
|
|
`MPRnb(IJTHSREV, 0.1, "A", "Reverse source diode breakdown limiting current")
|
|
`MPRnb(IJTHDREV, IJTHSREV, "A", "Reverse drain diode breakdown limiting current")
|
|
`MPRnb(BVS, 1.0e1, "V", "Source diode breakdown voltage")
|
|
`MPRnb(BVD, BVS, "V", "Drain diode breakdown voltage")
|
|
`MPRex(XJBVS, 1.0, "", 0.0, "Fitting parameter for source diode breakdown current")
|
|
`MPRex(XJBVD, XJBVS, "", 0.0, "Fitting parameter for drain diode breakdown current")
|
|
|
|
// Tunneling component of junction current
|
|
`MPRnb(JTSS, 0.0, "A/m^2", "Bottom source junction trap-assisted saturation current density")
|
|
`MPRnb(JTSD, JTSS, "A/m^2", "Bottom drain junction trap-assisted saturation current density")
|
|
`MPRnb(JTSSWS, 0.0, "A/m", "Unit length trap-assisted saturation current for sidewall source junction")
|
|
`MPRnb(JTSSWD, JTSSWS, "A/m", "Unit length trap-assisted saturation current for sidewall drain junction")
|
|
`MPRnb(JTSSWGS, 0.0, "A/m", "Unit length trap-assisted saturation current for gate-edge sidewall source junction")
|
|
`MPRnb(JTSSWGD, JTSSWGS, "A/m", "Unit length trap-assisted saturation current for gate-edge sidewall drain junction")
|
|
`MPRcz(JTWEFF, 0.0, "m", "Trap-assisted tunneling current width dependence")
|
|
`MPRnb(NJTS, 2.0e1, "", "Non-ideality factor for JTSS")
|
|
`MPRnb(NJTSD, NJTS, "", "Non-ideality factor for JTSD")
|
|
`MPRnb(NJTSSW, 2.0e1, "", "Non-ideality factor for JTSSWS")
|
|
`MPRnb(NJTSSWD, NJTSSW, "", "Non-ideality factor for JTSSWD")
|
|
`MPRnb(NJTSSWG, 2.0e1, "", "Non-ideality factor for JTSSWGS")
|
|
`MPRnb(NJTSSWGD, NJTSSWG, "", "Non-ideality factor for JTSSWGD")
|
|
`MPRnb(VTSS, 1.0e1, "V", "Bottom source junction trap-assisted current voltage dependent parameter")
|
|
`MPRnb(VTSD, VTSS, "V", "Bottom drain junction trap-assisted current voltage dependent parameter")
|
|
`MPRnb(VTSSWS, 1.0e1, "V", "Unit length trap-assisted current voltage dependent parameter for sidewall source junction")
|
|
`MPRnb(VTSSWD, VTSSWS, "V", "Unit length trap-assisted current voltage dependent parameter for sidewall drain junction")
|
|
`MPRnb(VTSSWGS, 1.0e1, "V", "Unit length trap-assisted current voltage dependent parameter for gate-edge sidewall source junction")
|
|
`MPRnb(VTSSWGD, VTSSWGS, "V", "Unit length trap-assisted current voltage dependent parameter for gate-edge sidewall drain junction")
|
|
|
|
// Recombination-generation current
|
|
`MPRnb(LINTIGEN, 0.0, "m", "Lint for thermal generation current")
|
|
|
|
`MPRnb(NTGEN, 1.0, "", "Thermal generation current parameter")
|
|
`MPRnb(LNTGEN, 0.0, "m", "L-term of NTGEN")
|
|
`MPRnb(NNTGEN, 0.0, "", "N-term of NTGEN")
|
|
`MPRnb(PNTGEN, 0.0, "m", "P-term of NTGEN")
|
|
|
|
`MPRnb(AIGEN, 0.0, "/(m^3*V)", "Thermal generation current parameter")
|
|
`MPRnb(LAIGEN, 0.0, "/(m^2*V)", "L-term of AIGEN")
|
|
`MPRnb(NAIGEN, 0.0, "/(m^3*V)", "N-term of AIGEN")
|
|
`MPRnb(PAIGEN, 0.0, "/(m^2*V)", "P-term of AIGEN")
|
|
|
|
`MPRnb(BIGEN, 0.0, "/(m^3*V^3)", "Thermal generation current parameter")
|
|
`MPRnb(LBIGEN, 0.0, "/(m^2*V^3)", "L-term of BIGEN")
|
|
`MPRnb(NBIGEN, 0.0, "/(m^3*V^3)", "N-term of BIGEN")
|
|
`MPRnb(PBIGEN, 0.0, "/(m^2*V^3)", "P-term of BIGEN")
|
|
|
|
// NQS gate resistance model & charge deficit model
|
|
`MPRnb(XRCRG1, 12.0, "", "Parameter for non-quasistatic gate resistance NQSMOD = 1, 2")
|
|
`MPRnb(LXRCRG1, 0.0, "m", "L-term of XRCRG1")
|
|
`MPRnb(NXRCRG1, 0.0, "", "N-term of XRCRG1")
|
|
`MPRnb(PXRCRG1, 0.0, "m", "P-term of XRCRG1")
|
|
|
|
`MPRnb(XRCRG2, 1.0, "", "Parameter for non-quasistatic gate resistance NQSMOD = 1, 2")
|
|
`MPRnb(LXRCRG2, 0.0, "m", "L-term of XRCRG2")
|
|
`MPRnb(NXRCRG2, 0.0, "", "N-term of XRCRG2")
|
|
`MPRnb(PXRCRG2, 0.0, "m", "P-term of XRCRG2")
|
|
|
|
// Flicker noise
|
|
`MPRcz(EF, 1.0, "", "Flicker noise frequency exponent")
|
|
`MPRcz(EM, 4.1e7, "V/m", "Flicker noise parameter")
|
|
`MPRcz(NOIA, 6.25e39, "s^(1-EF)/(eV*m^3)", "Flicker noise parameter")
|
|
`MPRcz(NOIB, 3.125e24, "s^(1-EF)/(eV*m)", "Flicker noise parameter")
|
|
`MPRcz(NOIC, 8.75e7, "m*s^(1-EF)/eV", "Flicker noise parameter")
|
|
`MPRnb(LINTNOI, 0.0, "m", "L offset for flicker noise calculation")
|
|
|
|
// Thermal noise
|
|
`MPRcz(NTNOI, 1.0, "", "Thermal noise parameter")
|
|
|
|
// Correlated thermal noise
|
|
`MPRcz(RNOIA, 0.5774, "", "Empirical parameter for Sid level")
|
|
`MPRnb(TNOIA, 0.0, "/m", "Empirical parameter for Leff trend of Sid")
|
|
`MPRcz(RNOIB, 0.3652, "", "Empirical parameter for Sig level")
|
|
`MPRnb(TNOIB, 0.0, "/m", "Empirical parameter for Leff trend of Sig")
|
|
`MPRcz(RNOIC, 0.3953, "", "Empirical parameter for correlation coefficient")
|
|
`MPRnb(TNOIC, 0.0, "/m", "Empirical parameter for Leff trend of correlation coefficient")
|
|
`MPRcz(RNOIK, 0.0, "", "Empirical parameter for Sid level at low Ids")
|
|
`MPRnb(TNOIK, 0.0, "/m", "Empirical parameter for Leff trend of Sid at low Ids")
|
|
`MPRcz(TNOIK2, 0.1, "", "Empirical parameter for sensitivity of RNOIK")
|
|
|
|
// Temperature effects
|
|
`MPRco(TNOM, 27.0, "degC", -`P_CELSIUS0, inf, "Temperature at which the model is extracted")
|
|
`MPRnb(TBGASUB, 7.02e-4, "eV/K", "Bandgap temperature coefficient")
|
|
`MPRnb(TBGBSUB, 1.108e3, "K", "Bandgap temperature coefficient")
|
|
`MPRnb(KT1L, 0.0, "V*m", "Vth temperature L coefficient")
|
|
`MPRnb(TCJ, 0.0, "/K", "Temperature coefficient for CJS/CJD")
|
|
`MPRnb(TCJSW, 0.0, "/K", "Temperature coefficient for CJSWS/CJSWD")
|
|
`MPRnb(TCJSWG, 0.0, "/K", "Temperature coefficient for CJSWGS/CJSWGD")
|
|
`MPRnb(TPB, 0.0, "/K", "Temperature coefficient for PBS/PBD")
|
|
`MPRnb(TPBSW, 0.0, "/K", "Temperature coefficient for PBSWS/PBSWD")
|
|
`MPRnb(TPBSWG, 0.0, "/K", "Temperature coefficient for PBSWGS/PBSWGD")
|
|
`MPRnb(XTIS, 3.0, "", "Source junction current temperature exponent")
|
|
`MPRnb(XTID, XTIS, "", "Drain junction current temperature exponent")
|
|
`MPRnb(XTSS, 2.0e-2, "", "Power dependence of JTSS on temperature")
|
|
`MPRnb(XTSD, XTSS, "", "Power dependence of JTSD on temperature")
|
|
`MPRnb(XTSSWS, 2.0e-2, "", "Power dependence of JTSSWS on temperature")
|
|
`MPRnb(XTSSWD, XTSSWS, "", "Power dependence of JTSSWD on temperature")
|
|
`MPRnb(XTSSWGS, 2.0e-2, "", "Power dependence of JTSSWGS on temperature")
|
|
`MPRnb(XTSSWGD, XTSSWGS, "", "Power dependence of JTSSWGD on temperature")
|
|
`MPRnb(TNJTS, 0.0, "", "Temperature coefficient for NJTS")
|
|
`MPRnb(TNJTSD, TNJTS, "", "Temperature coefficient for NJTSD")
|
|
`MPRnb(TNJTSSW, 0.0, "", "Temperature coefficient for NJTSSW")
|
|
`MPRnb(TNJTSSWD, TNJTSSW, "", "Temperature coefficient for NJTSSWD")
|
|
`MPRnb(TNJTSSWG, 0.0, "", "Temperature coefficient for NJTSSWG")
|
|
`MPRnb(TNJTSSWGD, TNJTSSWG, "", "Temperature coefficient for NJTSSWGD")
|
|
|
|
`MPRnb(KT1, 0.0, "V", "Vth temperature coefficient")
|
|
`MPRnb(LKT1, 0.0, "m*V", "L-term of KT1")
|
|
`MPRnb(NKT1, 0.0, "V", "N-term of KT1")
|
|
`MPRnb(PKT1, 0.0, "m*V", "P-term of KT1")
|
|
|
|
`MPRnb(TSS, 0.0, "/K", "Swing temperature coefficient")
|
|
`MPRnb(LTSS, 0.0, "m/K", "L-term of TSS")
|
|
`MPRnb(NTSS, 0.0, "/K", "N-term of TSS")
|
|
`MPRnb(PTSS, 0.0, "m/K", "P-term of TSS")
|
|
|
|
`MPRnb(IIT, -0.5, "", "Impact ionization temperature dependence for IIMOD = 1")
|
|
`MPRnb(LIIT, 0.0, "m", "L-term of IIT")
|
|
`MPRnb(NIIT, 0.0, "", "N-term of IIT")
|
|
`MPRnb(PIIT, 0.0, "m", "P-term of IIT")
|
|
|
|
`MPRnb(TII, 0.0, "", "Impact ionization temperature dependence for IIMOD = 2")
|
|
`MPRnb(LTII, 0.0, "m", "L-term of TII")
|
|
`MPRnb(NTII, 0.0, "", "N-term of TII")
|
|
`MPRnb(PTII, 0.0, "m", "P-term of TII")
|
|
|
|
`MPRnb(TGIDL, -3.0e-3, "/K", "GIDL/GISL temperature dependence")
|
|
`MPRnb(LTGIDL, 0.0, "m/K", "L-term of TGIDL")
|
|
`MPRnb(NTGIDL, 0.0, "/K", "N-term of TGIDL")
|
|
`MPRnb(PTGIDL, 0.0, "m/K", "P-term of TGIDL")
|
|
|
|
`MPRnb(IGT, 2.5, "", "Gate current temperature dependence")
|
|
`MPRnb(LIGT, 0.0, "m", "L-term of IGT")
|
|
`MPRnb(NIGT, 0.0, "", "N-term of IGT")
|
|
`MPRnb(PIGT, 0.0, "m", "P-term of IGT")
|
|
|
|
// Self-heating
|
|
`MPRcz(RTH0, 1.0e-2, "ohm*m*K/W", "Thermal resistance")
|
|
`MPRcz(CTH0, 1.0e-5, "W*s/(m*K)", "Thermal capacitance")
|
|
`MPRcz(WTH0, 0.0, "m", "Width dependence coefficient for Rth and Cth")
|
|
`MPRcz(ASHEXP, 1.0, "", "Exponent to tune RTH dependence of NFINTOTAL")
|
|
`MPRcz(BSHEXP, 1.0, "", "Exponent to tune RTH dependence of NF")
|
|
|
|
// Unified model
|
|
`MPRoz(ACH_UFCM, 1.0, "m^2", "Area of the channel for the unified model")
|
|
`MPRoz(CINS_UFCM, 1.0, "F/m", "Insulator capacitance for the unified model")
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`MPRoz(W_UFCM, 1.0, "m", "Effective channel width for the unified model")
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`MPRcz(TFIN_TOP, 0.0, "m", "If non-zero, top fin thickness for trapezoidal triple gate")
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`MPRcz(TFIN_BASE, 0.0, "m", "If non-zero, base fin thickness for trapezoidal triple gate")
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`MPRcz(QMFACTORCV, 0.0, "", "Charge dependence taking QM effects into account")
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`MPRcz(ALPHA_UFCM, 0.5556, "", "Mobile charge scaling term taking QM effects into account")
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// Operating-point information
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`OPP(WEFF, "m", "Effective width for I-V")
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`OPP(LEFF, "m", "Effective length for I-V")
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`OPP(WEFFCV, "m", "Effective width for C-V")
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`OPP(LEFFCV, "m", "Effective length for C-V")
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`OPM(IDS, "A", "Intrinsic drain current")
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`OPM(IDEFF, "A", "Total drain current")
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`OPM(ISEFF, "A", "Total source current")
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`OPM(IGTOT, "A", "Total gate current")
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`OPM(IDSGEN, "A", "Generation-recombination current")
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`OPM(III, "A", "Impact ionization current")
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`OPM(IGIDL, "A", "GIDL current")
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`OPM(IGISL, "A", "GISL current")
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`OPM(IJSB, "A", "Source-to-substrate junction current")
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`OPM(IJDB, "A", "Drain-to-substrate junction current")
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`OPM(ISUB, "A", "Substrate current")
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|
`OPP(BETA, "A/V^2", "Drain current prefactor per fin per finger")
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`OPP(VDSSAT, "V", "Drain-to-source saturation voltage")
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`OPP(VDSEFF, "V", "Effective drain-to-source voltage")
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`OPP(VFB, "V", "Flatband voltage")
|
|
`OPP(VTH, "V", "Threshold voltage")
|
|
`OPM(GM, "A/V", "Transconductance")
|
|
`OPM(GDS, "A/V", "Output conductance")
|
|
`OPM(GMBS, "A/V", "Substrate conductance")
|
|
`OPM(QGI, "C", "Intrinsic gate charge")
|
|
`OPM(QDI, "C", "Intrinsic drain charge")
|
|
`OPM(QSI, "C", "Intrinsic source charge")
|
|
`OPM(QBI, "C", "Intrinsic substrate charge")
|
|
`OPM(QG, "C", "Total gate charge")
|
|
`OPM(QD, "C", "Total drain charge")
|
|
`OPM(QS, "C", "Total source charge")
|
|
`OPM(QB, "C", "Total substrate charge")
|
|
`OPM(CGGI, "F", "Intrinsic gate capacitance")
|
|
`OPM(CGSI, "F", "Intrinsic gate-to-source capacitance")
|
|
`OPM(CGDI, "F", "Intrinsic gate-to-drain capacitance")
|
|
`OPM(CGEI, "F", "Intrinsic gate-to-substrate capacitance")
|
|
`OPM(CDGI, "F", "Intrinsic drain-to-gate capacitance")
|
|
`OPM(CDDI, "F", "Intrinsic drain capacitance")
|
|
`OPM(CDSI, "F", "Intrinsic drain-to-source capacitance")
|
|
`OPM(CDEI, "F", "Intrinsic drain-to-substrate capacitance")
|
|
`OPM(CSGI, "F", "Intrinsic source-to-gate capacitance")
|
|
`OPM(CSDI, "F", "Intrinsic source-to-drain capacitance")
|
|
`OPM(CSSI, "F", "Intrinsic source capacitance")
|
|
`OPM(CSEI, "F", "Intrinsic source-to-substrate capacitance")
|
|
`OPM(CEGI, "F", "Intrinsic substrate-to-gate capacitance")
|
|
`OPM(CEDI, "F", "Intrinsic substrate-to-drain capacitance")
|
|
`OPM(CESI, "F", "Intrinsic substrate-to-source capacitance")
|
|
`OPM(CEEI, "F", "Intrinsic substrate capacitance")
|
|
`OPM(CGG, "F", "Total gate capacitance")
|
|
`OPM(CGS, "F", "Total gate-to-source capacitance")
|
|
`OPM(CGD, "F", "Total gate-to-drain capacitance")
|
|
`OPM(CGE, "F", "Total gate-to-substrate capacitance")
|
|
`OPM(CDG, "F", "Total drain-to-gate capacitance")
|
|
`OPM(CDD, "F", "Total drain capacitance")
|
|
`OPM(CDS, "F", "Total drain-to-source capacitance")
|
|
`OPM(CDE, "F", "Total drain-to-substrate capacitance")
|
|
`OPM(CSG, "F", "Total source-to-gate capacitance")
|
|
`OPM(CSD, "F", "Total source-to-drain capacitance")
|
|
`OPM(CSS, "F", "Total source capacitance")
|
|
`OPM(CSE, "F", "Total source-to-substrate capacitance")
|
|
`OPM(CEG, "F", "Total substrate-to-gate capacitance")
|
|
`OPM(CED, "F", "Total substrate-to-drain capacitance")
|
|
`OPM(CES, "F", "Total substrate-to-source capacitance")
|
|
`OPM(CEE, "F", "Total substrate capacitance")
|
|
`OPM(CGSEXT, "F", "External gate-to-source capacitance")
|
|
`OPM(CGDEXT, "F", "External gate-to-drain capacitance")
|
|
`OPM(CGBOV, "F", "Gate-to-substrate overlap capacitance")
|
|
`OPM(CJST, "F", "Total junction and source-to-substrate capacitance")
|
|
`OPM(CJDT, "F", "Total junction and drain-to-substrate capacitance")
|
|
`OPD(RSGEO, "Ohm", "External bias-independent source resistance")
|
|
`OPD(RDGEO, "Ohm", "External bias-independent drain resistance")
|
|
`OPM(CFGEO, "F", "Geometric parasitic capacitance")
|
|
`OPP(T_TOTAL_K, "K", "Device temperature in Kelvin")
|
|
`OPP(T_TOTAL_C, "degC", "Device temperature in Celsius")
|
|
`OPP(T_DELTA_SH, "K or degC", "Delta temperature by self-heating")
|
|
`OPM(IGS, "A", "Gate-to-source tunneling current")
|
|
`OPM(IGD, "A", "Gate-to-drain tunneling current")
|
|
`OPM(IGCS, "A", "Gate-to-channel tunneling current at source")
|
|
`OPM(IGCD, "A", "Gate-to-channel tunneling current at drain")
|
|
`OPM(IGBS, "A", "Gate-to-substrate tunneling current at source")
|
|
`OPM(IGBD, "A", "Gate-to-substrate tunneling current at drain")
|
|
`OPM(IGBACC, "A", "Gate-to-substrate tunneling current in accumulation")
|
|
`OPM(IGBINV, "A", "Gate-to-substrate tunneling current in inversion")
|
|
`OPM(DIDSDVG, "A/V", "dIds / dVg")
|
|
`OPM(DIDSDVS, "A/V", "dIds / dVs")
|
|
`OPM(DIDSDVD, "A/V", "dIds / dVd")
|
|
`OPM(DIGSDVG, "A/V", "dIgs / dVg")
|
|
`OPM(DIGSDVS, "A/V", "dIgs / dVs")
|
|
`OPM(DIGSDVD, "A/V", "dIgs / dVd")
|
|
`OPM(DIGDDVG, "A/V", "dIgd / dVg")
|
|
`OPM(DIGDDVS, "A/V", "dIgd / dVs")
|
|
`OPM(DIGDDVD, "A/V", "dIgd / dVd")
|
|
`OPM(DIIIDVG, "A/V", "dIii / dVg")
|
|
`OPM(DIIIDVS, "A/V", "dIii / dVs")
|
|
`OPM(DIIIDVD, "A/V", "dIii / dVd")
|
|
`OPM(DIGIDLDVG, "A/V", "dIgidl / dVg")
|
|
`OPM(DIGIDLDVS, "A/V", "dIgidl / dVs")
|
|
`OPM(DIGIDLDVD, "A/V", "dIgidl / dVd")
|
|
`OPM(DIGISLDVG, "A/V", "dIgisl / dVg")
|
|
`OPM(DIGISLDVS, "A/V", "dIgisl / dVs")
|
|
`OPM(DIGISLDVD, "A/V", "dIgisl / dVd")
|
|
`OPM(CGT, "C/K", "dQg / dTemp")
|
|
`OPM(CST, "C/K", "dQs / dTemp")
|
|
`OPM(CDT, "C/K", "dQd / dTemp")
|
|
`OPM(DIDSDVTH, "A/K", "dIds / dTemp")
|
|
`OPM(DIGSDVTH, "A/K", "dIgs / dTemp")
|
|
`OPM(DIGDDVTH, "A/K", "dIgd / dTemp")
|
|
`OPM(DIIIDVTH, "A/K", "dIii / dTemp")
|
|
`OPM(DIGIDLDVTH, "A/K", "dIgidl / dTemp")
|
|
`OPM(DIGISLDVTH, "A/K", "dIgisl / dTemp")
|
|
`OPM(ITH, "A*V", "Device power")
|
|
`OPM(DITHDVTH, "A*V/K", "dPower / dTemp")
|
|
`OPM(DITHDVG, "A", "dPower / dVg")
|
|
`OPM(DITHDVS, "A", "dPower / dVs")
|
|
`OPM(DITHDVD, "A", "dPower / dVd")
|