fREEDA(TM) Element Catalog

Version 1.3 compiled on Jul 25 2007 12:04:09


ELEMENT

DESCRIPTION

abmbutterbpf10 Two port 10th order Butterworth bandpass filter
abmmixer Ideal behavioral mixer
abmvcann Cann Behavorial Model
abmvtanh Tanh behavioral Model
bjtnpn Gummel Poon model, NPN
bjtnpnt Gummel Poon model, NPN, Electro-thermal
bjtpnp Gummel Poon model, PNP
c Linear capacitor
capacitor Linear capacitor
capacitorlc Liquid Cyrstal Nonlinear capacitor
capacitorjn Philips MOS9 -- CapacitorJn model
capacitormos MOS Capacitor with tunneling
circulator Circulator
cmosinv CMOS Inverter
cmosinvt CMOS Inverter, Electro-thermal
cmosnand CMOS NAND Gate
cmosnandt CMOS NAND Gate, Electro-thermal
cmosnor CMOS NOR Gate
cmosnort CMOS NOR Gate, Electro-thermal
cpw Coplanar transmission line
d Microwave Diode
dhld Double Heterojunction Laser Diode
diode Microwave diode
diodecompact Spice diode model (conserves charge)
diodesp Spice diode model (conserves charge)
diodetun Tunnel Diode
fosternport Foster N port transfer function model
gridex Electromagnetic grid excitation
gyrator Gyrator
hbtnpnxt HBT Model, NPN, UCSD, Electro-thermal
iam Amplitude Modulated current source
iexp Amplitude Modulated current source
inductor Inductor
isffm Single Frequency FM current source
isolator Isolator
isource General DC and sinusoidal current source
jfetn The n-channel JFET based on the SPICE model
jfetp The n-channel JFET based on the SPICE model
k Transformer
l Inductor
mesfetc Intrinsic MESFET using Curtice-Ettemberg cubic model
mesfetcq Intrinsic MESFET using Curtice-Ettemberg cubic model
mesfetct Intrinsic MESFET using Curtice-Ettemberg cubic model with thermal effects
mesfetm Intrinsic MESFET using the Materka-Kacprzac model
mesfetmq Intrinsic MESFET using the Materka-Kacprzac model
mesfettom Triquint TOM model
mosnekv EPFL EKV MOSFET model
mosnekv2 EPFL-EKV MOST Model
mosnekv3 EPFL EKV MOSFET model
mosn1 Schichman-Hodges Mosfet model
mosn2 Level 2 Grove-Frohman Model
mosn3 Intrinsic Mosfet model level 3
mosn9 Philips MOS9 model
mosnbsim3 Mosfet model using Bsim3 level, version 3.2.4
mosnbsim3soi5t1 Mosfet model using Mosnbsim3SOI5T1 level, version 3.2.4
mosnbsim4 MOSFET using BSIM4 model
mosnldmet MET LDMOS
mosntft HP a-Si Mosfet model level 16
mosntftq a-Si TFT MODEl
mospekv EPFL EKV MOSFET model
mospekv2 EPFL-EKV MOST Model
mosp1 Schichman-Hodges Mosfet model
mosp2 Level 2 Grove-Frohman Model
mosp3 Intrinsic Mosfet model level 3
mosp9 Philips MOS9 model
mospbsim3 Mosfet model using bsim3 level, version 3.2.4
mospbsim3soi5t1 Mosfet model using Mospbsim3SOI5T1 level, version 3.2.4
mosnbsim3soi5t1t BSIM3SOI Mosfet model version 3.2.4 with temperature
molecule1 Two terminal molecular device simulating conduction through a single molecular energy level
molecule2 Two terminal molecular device simulating conduction through a single molecular energy level
nport Multi-port element defined by its port-based y parameters
nportt Multi-port element defined by its y parameter transfer functions
opampt LM741 OpAmp (Electro-thermal)
open Open circuit to be used as a voltage meter
r Resistor
resistor Resistor
resistorphyn Physical resistor model
resistorphyp Physical resistor model
resistorphypoly Physical resistor model
resistort Resistor, Electro-thermal
thermalblock N-port grid array substrate with NxN surface heating elements, MxM surface discretisation and non linear boundary conditions
thermalblockbc1 Thermal nonlinear boundary condition element
thermalblockrc Thermal Model for a block of material from layout parameters
thermalheatsink N-port grid array substrate with NxN surface heating elements
thermalheatsink1 Grid array substrate: 1-port thermal element with a single averaged surface heating element
thermalheatsinkspot N-port grid array substrate with NxN surface heating elements
thermalheatsinkmmic1 Heatsink mounted MMIC: 1-port thermal element with a single averaged surface heating element
thermalint Thermal Interface
thermalnportnl N-port grid array substrate with NxN surface heating elements, MxM surface discretisation and non linear boundary conditions
thermalshunt 2-port MMIC die with variable base temperature (for interface matching), and a single averaged surface heating element
thermaltest Heatsink mounted MMIC: Test of the time-step decoupling technique
thermaltransf Heatsink mounted MMIC: Test of time-step decoupling with tranformation.
tlinp4 4 terminal physical transmission line
vam Amplitude Modulated voltage source
vccs Voltage-controlled current source
vccspoly Voltage-controlled current source where Io = k*poly(Vin)
vcsel The VCSEL Model
vct Voltage-to-Current Transducer
vcvs Voltage-controlled voltage source
vexp Exponential voltage source
vpulse Pulsed voltage source (transient analysis only)
vpulsexp Pulsed voltage source with exponential taper (transient analysis only)
vsffm Single Frequency FM voltage source
vsource General DC and sinusoidal voltage source
x Subcircuit instance
xsubckt Subcircuit instance
ymatrix Y-matrix defined element - Obsolete: Use nport instead