Issue link: https://resources.system-analysis.cadence.com/i/1325428
RF Electronics Chapter 2: Computer Simulation Page 20 2022, C. J. Kikkert, James Cook University, ISBN 978-0-6486803-9-0. ! ************************************************************* ! Infineon Technologies AG ! GUMMEL-POON MODEL IN SPICE 2G6 SYNTAX ! VALID UP TO 12 GHZ ! >>> BFP720 <<< ! (C) 2012 Infineon Technologies AG ! Version 3.1 JULY 2012 ! ************************************************************* ! .OPTION TNOM=25 C, GMIN= 1.00e-12 ! BFP720 C B E1 E2 DIM TEMP C FREQ HZ RES OH COND /OH IND H CAP F LNG M TIME SEC ANG DEG VOL V CUR A PWR DBM CKT ! CAP 22 33 ID="CBEPAR" C=1.673e-13 CAP 22 11 ID="CBCPAR" C=4.302e-14 CAP 11 33 ID="CCEPAR" C=1.457e-13 IND 22 20 ID="LB" L=7.12e-10 IND 33 30 ID="LE" L=7.9e-11 IND 11 10 ID="LC" L=7.12e-10 CAP 20 30 ID="CBEPCK" C=6e-14 CAP 20 10 ID="CBCPCK" C=1.222e-15 CAP 10 30 ID="CCEPCK" C=6e-14 IND 20 2 ID="LBX" L=3.02e-10 IND 30 34 ID="LEX" L=2.217e-11 IND 10 1 ID="LCX" L=3.02e-10 ! RES 33 55 ID="RPS" R=0.1365 RES 55 30 ID="RSub" R=800 RES 34 3 ID="RE1" R=0.001 RES 34 4 ID="RE2" R=0.001 ! GBJT 22 11 33 55 ID="Q1" TNOM=25 IS=7.621e-16 BF=646.8 NF=1.017 VAF=120.2 & IKF=0.08618 ISE=1.782e-14 NE=2 BR=90.95 NR=1.012 & VAR=1.455 IKR=0.008585 ISC=2.278e-14 NC=1.5 RB=7.151 & IRB=0 RBM=1.031 RE=0.321 RC=5.9 XTB=-2.407 EG=1.11 & XTI=0.3 CJE=6.754e-14 VJE=1.064 MJE=0.1384 TF=2.611e-12 & XTF=3.2 VTF=2.294 ITF=0.7341 PTF=0.1 CJC=4.36e-14 & VJC=1.073 MJC=0.9219 XCJC=0.5 TR=2.035e-09 CJS=7.013e-14 & MJS=0.09104 VJS=1.063 FC=0.5 KF=3.4e-12 AF=1.5 ! SDIODE 55 11 ID="Diode_sub" IS=4.085e-15 N=1.02 RS=800 CJ0=4e-14 & BV=1e+15 ! ************************************************************* DEF4P 1 2 3 4 "BFP720" Many PSPICE device models are available as part of the Cadence OrCad software and SPICE models can also be obtained from several websites [18-21]. High frequency models, which include the effects of the components being mounted on PCB substrates, are available through the optional Modelithics libraries. The Modelithics EXEMPLAR library covers a reduced set of component and a free licence for educational RF Electronics: Design and Simulation 20 www.cadence.com/go/awr