Go to www.awrcorp.com
Back to search page Click to download printable version of this guide.

AWR Microwave Office Element Catalog

© 2021 Cadence Design Systems, Inc. All rights reserved.
Printed in the United States of America.

Cadence Design Systems, Inc. (Cadence), 2655 Seely Ave., San Jose, CA 95134, USA.

Open SystemC, Open SystemC Initiative, OSCI, SystemC, and SystemC Initiative are trademarks or registered trademarks of Open SystemC Initiative, Inc. in the United States and other countries and are used with permission.

Trademarks: Trademarks and service marks of Cadence Design Systems, Inc. (Cadence) contained in this document are attributed to Cadence with the appropriate symbol. For queries regarding Cadence’s trademarks, contact the corporate legal department at the address shown above or call 800.862.4522.

All other trademarks are the property of their respective holders.

Restricted Permission:This publication is protected by copyright law and international treaties and contains trade secrets and proprietary information owned by Cadence. Unauthorized reproduction or distribution of this publication, or any portion of it, may result in civil and criminal penalties. Except as specified in this permission statement, this publication may not be copied, reproduced, modified, published, uploaded, posted, transmitted, or distributed in any way, without prior written permission from Cadence. Unless otherwise agreed to by Cadence in writing, this statement grants Cadence customers permission to print one (1) hard copy of this publication subject to the following conditions:

  1. The publication may be used only in accordance with a written agreement between Cadence and its customer.

  2. The publication may not be modified in any way.

  3. Any authorized copy of the publication or portion thereof must include all original copyright, trademark, and other proprietary notices and this permission statement.

  4. The information contained in this document cannot be used in the development of like products or software, whether for internal or external use, and shall not be used for the benefit of any other party, whether or not for consideration.

Disclaimer: Information in this publication is subject to change without notice and does not represent a commitment on the part of Cadence. Except as may be explicitly set forth in such agreement, Cadence does not make, and expressly disclaims, any representations or warranties as to the completeness, accuracy or usefulness of the information contained in this document. Cadence does not warrant that use of such information will not infringe any third party rights, nor does Cadence assume any liability for damages or costs of any kind that may result from use of such information.

Restricted Rights: Use, duplication, or disclosure by the Government is subject to restrictions as set forth in FAR52.227-14 and DFAR252.227-7013 et seq. or its successor.

Table of Contents

About This Book
Additional Documentation
Typographical Conventions
Getting On-Line Help
3D EM Elements
Air Coil With Centered Axial Leads: AIRCOIL1
Air Coil With Offset Axial Leads: AIRCOIL2
Air Coil With Opposed Leads: AIRCOIL3
Air Coil With Radial Leads: AIRCOIL4
Air Coil With Centered Radial Leads: AIRCOIL5
Coaxial Line: COAX3D
Copper Pillar Bump with Tin Cap: CU_PILLAR
Dielectric Cylinder Resonator: CYL_RESON
Dielectric Disk Resonator: DISK_RESON
Dielectric Cover/Air Pocket: GLOBTOP
MMIC Substrate with Bond Pads: MMIC_3D
IC Conductive Pedestal: PEDESTAL
Configurable SMA Connector: SMACONFIG
Solder Trace: SOLDER_BLOB
Solder Joint Fillet: SOLDER_FILLET
APLAC Ibis: Ibis_AP
APLAC Josephson Junction: JJ_AP
(Obsolete) Coplanar Line (EM Quasi-Static): CPW1LIN
Coplanar Line (EM Quasi-Static): CPW1LINE
(Obsolete) 2 Coupled Coplanar Lines (EM Quasi-Static): CPW2LIN
2 Asymmetric Coupled Lines (EM Quasi-Static): CPW2LINA
2 Coupled Lines (EM Quasi-Static): CPW2LINE
(Obsolete) 3 Coupled Coplanar Lines (EM Quasi-Static): CPW3LIN
3 Asymmetric Coupled Lines (EM Quasi-Static): CPW3LINA
Coplanar Air Bridge (EM-Based): CPWABRGX
Asymmetric Coplanar Line (EM Quasi-Static): CPWALINE
Coplanar 90-Degree Bend (EM Based): CPWBENDX
Coplanar Open, with Ground Connected (Closed Form): CPWEG
Coplanar Gap in Center Conductor (Closed Form): CPWGAP
Coplanar Waveguide Interdigital Capacitor (Aggregate): CPWICAP
(Obsolete) Coplanar Waveguide Line (Closed Form): CPWLIN
Coplanar Line (Closed Form): CPWLINE
Single Conductor Coplanar Line (EM Based Quasi-Static): CPWLINX
Coplanar Open, with Ground Not Connected (Closed Form): CPWOC
Rectangular CPW Inductor with AirBridge/Underpass (EM Quasi-Static): CPWRINDB
CPW Coplanar Shorted End Effect (Closed Form): CPWSC
Coplanar Tapered Line (Closed Form): CPWTAPER
Symmetric Coplanar T-Junction (EM Based): CPWTEEX
CPW Thin Film Resistor for MMIC (Closed Form): CPWTFRM
2 Asymmetric Coupled Coplanar Lines on Multilayer Substrate (EM Quasi-Static): GCPW2LNA
Coplanar Asymmetric Line on Multilayer Substrate (EM Quasi-Static): GCPWALIN
2 Asymmetric Broadside Coupled Coplanar Lines on Multilayer Substrate (EM Quasi-Static): GCPWBCGG
Lower CPW Broadside Coupled to Upper Microstrip Line on Multilayer Substrate (EM Quasi-Static): GCPWBCGD
Upper CPW Broadside Coupled to Lower Microstrip Line on Multilayer Substrate (EM Quasi-Static): GCPWBCGU
Two-Port ABCD (Chain) Parameter Block: ABCD_BLK
General Admittance Element (Closed Form): ADMIT
Amplifier Block (Closed Form): AMP
Attenuator (Closed Form): ATTEN
Balun, Balanced to Unbalanced Ferrite Core (Closed Form): BALUN1
Balun, Balanced to Unbalanced Ferrite Sleeve (Closed Form): BALUN2
Balun, Marchand Balanced to Unbalanced Transformer: BALUN3
Ideal Bias Tee (Closed Form): BIASTEE
Butterworth Bandpass Filter: BPFB
Chebyshev Bandpass Filter: BPFC
Generalized Chebyshev Bandpass Filter (Closed Form): BPFCG
Bessel Bandpass Filter-Maximally Flat Delay: BPFD
Elliptic-Function Bandpass Filter (Closed Form): BPFE
Gaussian Bandpass Filter (Closed Form): BPFG
Raised-Cosine Bandpass Filter (Closed Form): BPFRC
Butterworth BandStop Filter: BSFB
Chebyshev Bandstop Filter: BSFC
Generalized Chebyshev Bandstop Filter (Closed Form): BSFCG
Bessel Bandstop Filter, Maximally Flat Delay: BSFD
Elliptic-Function Bandstop Filter (Closed Form): BSFE
Gaussian Bandstop Filter (Closed Form): BSFG
Raised-Cosine Bandstop Filter (Closed Form): BSFRC
Circulator (Closed Form): CIRC
Linear Delay Element (Closed Form): DELAY
Linear Delay Element 2 (Closed Form): DELAY2
Digital Attenuator (Closed Form): DGATTEN
Ideal Digital Time Delay, Reciprocal (Closed Form): DGDELAY
Digital Phase Shift Element, Non-Reciprocal (Closed Form): DGPHASE
180-Degree Hybrid (Closed Form): DHYB
Ideal Frequency Diplexer (Closed Form): DIPLEXF
Butterworth Distributed Lowpass Filter: DLPFB
Chebyshev Distributed Lowpass Filter: DLPFC
Bessel Distributed Lowpass Filter: DLPFD
Gaussian Distributed Lowpass Filter (Closed Form): DLPFG
(Obsolete) Differentiator (Closed Form): DVDT
(Obsolete) Differentiator With Gain (Closed Form): DVDTA
Differentiator with Gain and Output Resistance (Closed Form): DVDTB
Ideal Envelope Detector: ENVDET
Frequency Multiplier (System): FMULT
Gain Block (Closed Form): GAIN
Gyrator (Closed Form): GYR8R
Harmonic Balance Lossless Tuner (Closed Form): HBTUNER
Harmonic Balance Lossless Tuner with Bias Tee (Closed Form): HBTUNER2
Harmonic Balance Lossless Tuner with Bias Tee with N Harmonics (Closed Form): HBTUNER3
Butterworth Highpass Filter: HPFB
Chebyshev Highpass Filter: HPFC
Generalized Chebyshev Highpass Filter: HPFCG
Bessel Highpass Filter: HPFD
Elliptic-Function Highpass Filter (Closed Form): HPFE
Gaussian Highpass Filter (Closed Form): HPFG
Raised-Cosine Highpass Filter (Closed Form): HPFRC
General Impedance Element (Closed Form): IMPED
Isolator (Closed Form): ISOL8R
(Obsolete) Load Pull model (APLAC only): LOADPULL
Butterworth Lowpass Filter: LPFB
Chebyshev Lowpass Filter (Closed Form): LPFC
Generalized Chebyshev Lowpass Filter (Closed Form): LPFCG
Bessel Lowpass Filter: LPFD
Elliptic-Function Lowpass Filter (Closed Form): LPFE
Gaussian Lowpass Filter (Closed Form): LPFG
Raised-Cosine Lowpass Filter (Closed Form): LPFRC
Lossless Multi-Frequency Tuner (Closed Form): LPTUNER
Lossless Multi-Frequency Tuner (Closed Form): LPTUNER2
Simple Lossless Tuner LTUNER (Closed Form): LTUNER
Simple Lossless Tuner with Bias Tee (Closed Form): LTUNER2
System Model for a Mixer (Closed Form): MIXER
Mixed-Mode Converter (Closed Form): MMCONV
Butterworth Narrowband Bandpass Filter: NBPFB
Chebyshev Narrowband Bandpass Filter (Closed Form): NBPFC
Generalized Chebyshev Narrowband Bandpass Filter (Closed Form): NBPFCG
Bessel Narrowhead Bandpass Filter: NBPFD
Elliptic-Function Narrowband Bandpass Filter (Closed Form): NBPFE
Gaussian Narrowband Bandpass Filter (Closed Form): NBPFG
Raised-Cosine Narrowband Bandpass Filter (Closed Form): NBPFRC
N Port Negation Element (Closed Form): NEG
1 Port Negation Element (Closed Form): NEG1
(Obsolete) 2-Port Negation Element (Closed Form): NEG2
(Obsolete) 4 Port Negation Element (Closed Form): NEG4
Nonlinear Amplifier System Model (Closed Form): NL_AMP
Nonlinear Amplifier System Model (Closed Form): NL_AMP2
N-Port S-Parameter Block (from file): NPORT_F
Generalized MDIF N-Port Model (from file): NPORT_F_MDIF
Opamp (Closed Form): OPAMP
Open-circuited Stub Resonator: OST
Short-circuited Stub Resonator in Parallel with Capacitor: PCS
Phase Shift, NonReciprocal (Closed Form): PHASE
Phase Shift, Reciprocal (Closed Form): PHASE2
Open-circuited Stub Resonator in Parallel with Inductor: PLO
Open-circuited and Short-circuited Stub Resonators Connected in Parallel: PSR
(Obsolete) Quadrature Hybrid (Closed Form): QHYB
Quadrature Hybrid (Closed Form): QHYB2
Butterworth Quasi-Lowpass Filter: QLPFB
Chebyshev Quasi-Lowpass Filter: QLPFC
Bessel Quasi-Lowpass Filter: QLPFD
Gaussian Quasi-Lowpass Filter (Closed Form): QLPFG
Raised-Cosine Quasi-Lowpass Filter (Closed Form): QLPFRC
Two-Port S-Parameter Block: S2P_BLK
Four-Port S-Parameter Block: S4P_BLK
Short-circuited Stub Resonator in Series with Capacitor: SCS
Open-circuited Stub Resonator in Series with Inductor: SLO
2-Port Negation Based on Short-Open Calibration for De-embedding (Closed Form): SOC_DEMB
Ideal Single Pole Double Throw Switch (Closed Form): SPDT
2-Way Power Splitter (Closed Form): SPLIT2
3-Way Power Splitter (Closed Form): SPLIT3
Ideal Transformer for Converting a Single-ended Source to a Two-terminal Source: SRC_CONV
Open-circuited and Short-circuited Stub Resonators Connected in Series: SSR
Short-circuited Stub Resonator: SST
Ideal Transformer Using Ymatrix Implementation: XFMR
Physical Transformer: XFMRP
Ideal Transformer with Center Tap (Closed Form): XFMRTAP; XFMRTAP2
Ideal Transformer with Center Tap (with Finite Inductance and Leakage): XFMRTAP3
Nonlinear Behavioral Model Compatible with Agilent’s X-parameters® (from file): XPARAM
Transmission Line Transformer on Ferrite Core (Closed Form): XFERTL1
Transmission Line Transformer in Ferrite Sleeve (Closed Form): XFERTL2
Three-Layer Model of Ball Grid Array (BGA): BGA
Bond Wire Model (EIA/JEDEC Standard No. 59): BWIRES
Multilevel Bond Wire Model (EIA/JEDEC Standard No. 59): BWIRES2
Multilevel Bond Wire Model (User Defined Shape): BWIRES3
Multilevel Bond Wire Model (Arrays of User-defined N-segment Shapes): BWIRES3ARRAY
Multilevel Bond Wire Model (User-defined Multisegment Shapes with Varying Number of Segments): BWIRES4
Ground (Closed Form): GND
Ribbon Wire Ground Strap (Closed Form): Gnd_Strap
Flat Bent Package Lead "Gull-Wing" (Closed Form): GWLEAD
Named Connector: NCONN
Open Circuit (Closed Form): OPEN
Flat Wire Ribbon (Closed Form): Ribbon
2-Node Short Circuit (Closed Form): SHORT
Thermal Node Identifier: TNODE
Tapered Via Hole (Closed Form): TVIA
Cylindrical Via (Closed Form): VIA
Cylindrical One Port Via (Closed Form): VIA1P
Single Via in Multilayer Board: VIAM
Multiport Single Via in Multilayer Board: VIAM2
Multilayer PCB Via with Multiple Connections: VIAM3
Lump Coupling between Vias in Multilayer Board: VIAMC
Differential Vias in Multilayer Board: VIAMD
Round Wire Inductor (Closed Form): WIRE
Round Bond Wire Over Substrate: WIRE1
Round Bond Wire or Ribbon Over Substrate with Optional Cover: WIRE1C
Round Bond Wire Over Substrate: WIRE2
Linear Devices
Bipolar Transistor (Closed Form): BIP
Bipolar Transistor Beta Controlled (Closed Form): BIPB
Field Effect Transistor (Closed Form): FET
Hybrid-Pi Bipolar Transistor (Closed Form): HYBPI
Pin Diode Chip Model (Closed Form): PIN
Pin Diode Packaged Model (Closed Form): PIN2
Lumped Element
Flat Circular Spiral Wire Inductor: AIRIND
Capacitor (Closed Form): CAP
Capacitor with Frequency-dependent Capacitance, Parasitic and Loss: CAPQP
Capacitor with Q (Closed Form): CAPQ
Coilcraft Inductor (Closed Form): CCIND
Coilcraft Power Chip Inductor (Closed Form): CCIND2
Chip Capacitor - 3D EM Cell (Closed Form): CHCAP_EM
Multiplate Chip Capacitor - 3D EM Cell: CHCAP2_EM
Chip Capacitor (Closed Form): CHIPCAP
Advanced Chip Capacitor Model (Closed Form): CHIPCAP2
Simple Chip Capacitor (Closed Form): CHIPCAPS
Toroidal Coil Inductor (Closed Form): CIND
Air Wound Coil: COIL
Crystal Resonator (Closed Form): CRYSTAL
Pair of Coupled Circular Wire Solenoids: CSOLIND
Inductor (Closed Form): IND
Inductor with Optional Coupling (Closed Form): INDK
Mutual Inductance (Closed Form): INDM
Inductor With Q (Closed Form): INDQ
Inductor With Q (Closed Form): INDQ2
Inductor with Frequency-dependent Inductance, Parasitic and Loss: INDQP
Inductor with Series Resistive Loss and Optional Coupling (Closed Form): INDRK
Mutual Inductance with Resistive Loss (Closed Form): INDRM
Inductor Coupling Coefficient (Closed Form): K
Grounded Resistor (Closed Form): LOAD
Mutually Coupled Coils 10 Inductors: MUC10
Mutually Coupled Coils 2 Inductors (Closed Form): MUC2
(Obsolete) Lossless Mutually Coupled Coils, 2 Inductors (Closed Form): MUC2_M
Mutually Coupled Coils 3 Inductors (Closed Form): MUC3
Mutually Coupled Coils 4 Inductors (Closed Form): MUC4
Mutually Coupled Coils 5 Inductors (Closed Form): MUC5
Mutually Coupled Coils 6 Inductors (Closed Form): MUC6
Mutually Coupled Coils 7 Inductors (Closed Form): MUC7
Mutually Coupled Coils 8 Inductors (Closed Form): MUC8
Mutually Coupled Coils 9 Inductors (Closed Form): MUC9
Mutually Coupled Coils: N Inductors (Closed Form): MUCN
Resistive Pi-Pad (Closed Form): PIPAD
Parallel LC (Closed Form): PLC
Parallel LC with Q (Closed Form): PLCQ
Parallel RC (Closed Form): PRC
Parallel RL (Closed Form): PRL
Parallel RLC (Closed Form): PRLC
Resistor (Closed Form): RES
Resistance With Noise Temperature: REST
Series LC (Closed Form): SLC
Series LC with Q (Closed Form): SLCQ
Circular Wire Solenoid: SOLIND
Series RC (Closed Form): SRC
Series RL (Closed Form): SRL
Series RLC (Closed Form): SRLC
Resistive T-Pad (Closed Form): TEEPAD
Thin Film Capacitor (Closed Form): TFC
Idealized Admittance Inverter: YINV
Complex Frequency Dependent Resistor (Closed Form): ZFREQ
Idealized Impedance Inverter: ZINV
Measurement Devices
Dual Power Sampler (Closed Form): DPWRSMP
(Obsolete) Gamma Probe (Closed Form): GPROBE
Gamma Probe (Closed Form): GPROBE2
(Obsolete) Modified Gamma Probe (Closed Form): GPROBEM
Current Meter: I_METER
Current Meter: I_METER2
DC Current/Voltage Curve Tracer: IVCURVE
DC Current Driven Curve Tracer: IVCURVEI
Measurement Probe: M_PROBE
Analyze Nonlinear Noise: NLNOISE
Analyze Nonlinear Stability Properties: NLSTABILITY
Oscillator Analysis Probe: OSCAPROBE
Analyze Oscillator Noise: OSCNOISE
Oscillator Open-Loop Test Element (Closed Form): OSCTEST
Oscillator Open-Loop Element Differential Excitation: OSCTEST2
(Obsolete) Oscillator Tuning Probe: OSCTPROBE
General Power Meter (3-port): P_METER3
Power Sampler (Closed Form): PWRSMP
Stability Probe: STAB_PROBE
Voltage Meter: V_METER
Voltage Meter: V_METER2
Noise Voltage Meter: V_NSMTR
Voltage Probe: V_PROBE
Airbridge with Optional Insulating Layer (Closed Form): ABRIDGE
Microstrip Rectangular Differential Inductor (EM Quasi-Static): DIFRIND
RFIC Microstrip Line (FEM Quasi-Static): FM1LIN
2 RFIC Coupled Microstrip Lines (FEM Quasi-Static): FM2CLIN
(Obsolete) Circular Spiral RFIC Microstrip Inductor (FEM Quasi-Static): FMCIND
Circular Spiral RFIC Inductor (FEM Quasi-Static): FMCIND2
Microstrip Line with Extended Range of Design Parameters (FEM Quasi-Static): FMLINX
(Obsolete) Octagonal Spiral RFIC Microstrip Inductor (FEM Quasi-Static): FMOCIND
Octagonal Spiral RFIC Inductor (FEM Quasi-Static): FMOCIND2
(Obsolete) Rectangular Spiral RFIC Microstrip Inductor (FEM Quasi-Static): FMRIND
Rectangular Spiral RFIC Inductor (FEM Quasi-Static): FMRIND2
General Multilayer Conducting Substrate Coupled Lines (FEM Quasi-Static): GFMCLIN
Single Line on General Multilayer Substrate (EM Quasi-Static): GM1LIN
Multiple Coupled Lines on General Multilayer Substrate (Dynamic Model) (EM Quasi-Static): GMCLIN
Asymmetric Tapped Multiple Coupled Lines on General Multilayer Substrate (Dynamic Model) (EM Quasi-Static): GMCLINAT
Symmetric Tapped Multiple Coupled Lines on General Multilayer Substrate (Dynamic Model) (EM Quasi-Static): GMCLINST
Multiple Coupled Lines on General Multilayer Substrate (n=2 to 16) (EM Quasi-Static): GMnCLIN
Lange Coupler Manifold (Static Solution): LMAN
2 Coupled Microstrip Lines (EM Quasi-Static): M2CLIN
Asymmetric Edge Coupled Microstrip Lines (Closed Form): MACLIN
(Obsolete) Microstrip Bend Mitered Arbitrary Angle (Closed Form): MBEND
(Obsolete) Microstrip Bend Mitered 50% Mitered 90deg Bend (Closed Form): MBEND2
(Obsolete) Microstrip Bend Optimally Mitered 90deg (Closed Form): MBEND3
Microstrip Bend Mitered 90deg (EM Based): MBEND90X
Microstrip Bend Optimally Mitered Arbitrary Angle (Closed Form): MBENDA
(Obsolete) Microstrip Bend Unmitered 90deg (Closed Form): MBENDR
Microstrip Bend, Unmitered 90deg, Unequal Widths (EM Based): MBENDRWX
Microstrip Branch-Line Coupler (Aggregate): MBLCOUP
Coupled Microstrip Line Section for Filters (Closed Form): MCFIL
Circular Microstrip Inductor Without Bridge: MCINDN
Circular Microstrip Inductor With Strip Bridge (EM Quasi-Static): MCINDS
Symmetric Edge Coupled Microstrip Lines (Closed Form): MCLIN
Microstrip Cross - Junction (Closed Form): MCROSS
Microstrip Cross - Junction (Closed Form): MCROSS2
Microstrip Cross Junction (Closed Form): MCROSSX
Meander Microstrip Line with Radiused Corners: MCTRACE
Microstrip Radiused Corner (Closed Form): MCURVE
Curved Microstrip Bend (EM Mode-Matching): MCURVE2
Multitrace Curved Coupled Microstrip Bend (Average-potential Method): MCURVEN
(Obsolete) Microstrip Radial Stub Double Shunt (Closed Form): MDRSTUB
Radial Stub, Double Shunt (Closed Form): MDRSTUB2
2 Embedded Edge Coupled Microstrip Lines (EM Quasi-Static): MEM2LIN
Embedded Microstrip Line (EM Quasi-Static): MEMLIN
(Obsolete) Microstrip Gap in Conductor (Closed Form): MGAP
Microstrip Gap (EM Quasi-Static): MGAP2
Microstrip Gap (EM Based): MGAPX
Inverted Microstrip Line (EM Quasi-Static): MI1LIN
2 Inverted Edge Coupled Microstrip Lines (EM Quasi-Static): MI2CLIN
Microstrip Interdigital Capacitor (Aggregate): MICAP
Microstrip Interdigital Capacitor with Optional Cover (Aggregate): MICAPC
Microstrip Interdigital Capacitor, (No Steps at Ports) (EM Quasi-Static): MICAP1
Microstrip Interdigital Capacitor with Optional Cover, (No Steps at Ports) (EM Quasi-Static): MICAP1C
Microstrip Interdigital Capacitor, (Step at Port 1, No Step at Port 2) (EM Quasi-Static): MICAP2
Microstrip Interdigital Capacitor with Optional Cover, (Step at Port 1, No Step at Port 2) (EM Quasi-Static): MICAP2C
Microstrip Interdigital Capacitor: MICAP3
Microstrip Lange Coupler (Closed Form): MLANG
(Obsolete) Microstrip Lange Coupler (Closed Form): MLANGE
(Obsolete) Microstrip Lange Coupler (EM Quasi-Static): MLANGE1
Microstrip Lange Coupler (EM Quasi-Static): MLANGE2
Microstrip Lange Coupler with Optional Cover(EM Quasi-Static): MLANGE2C
Open Microstrip Line With End Effect (Closed Form): MLEF
Open Microstrip Line with End Effect (EM Base): MLEFX
Microstrip Line (Closed Form): MLIN
(Obsolete) Open Microstrip Line Without End Effect (Closed Form): MLOC
Shorted Microstrip Line without End Effect (Closed Form): MLSC
2-Layer (Protective Layer/Substrate) Microstrip Line (EM Quasi-Static): MM1LIN
2 Two-layer Edge (Protective Layer/Substrate) Coupled Microstrip Lines (EM Quasi-Static): MM2CLIN
2 Two-Layer Broadside Coupled Microstrip Lines (EM Quasi-Static): MMBCPL
Radial Stub on Multilayer Substrate, Double Shunt (EM Quasi-Static): MMDRSTUB
Microstrip Gap on Multilayer Substrate (Static Solution): MMGAP
Microstrip Interdigital Capacitor on Multilayer Substrate (Aggregate): MMICAP
Microstrip Radial Stub Series on Multilayer Substrate (EM Quasi-Static): MMRSTUB
Microstrip Radial Stub Shunt on Multilayer Substrate (EM Quasi-Static): MMSRSTUB
Tapered Microstrip Line on Multilayer Substrate (EM Quasi-Static): MMTAPER
Multiple Edge Coupled Microstrip Lines (EM Quasi-Static): MNCLIN
Multiple Edge Coupled Microstrip Lines with Optional Cover (EM Quasi-Static): MNCLINC
Octagonal Spiral Inductor (Average Potential Method): MOCTIND
Microstrip Open Circuit with End Effect (Closed Form): MOPEN
Microstrip Open End Effect (EM Base): MOPENX
Rectangular Microstrip Inductor without Airbridge/Underpass (EM Quasi-Static): MRINDNB2
Rectangular Microstrip Inductor without Airbridge/Underpass with Optional Cover (EM Quasi-Static): MRINDNBC
Rectangular Microstrip Inductor without Bridge (EM Quasi-Static): MRINDNBR
(Obsolete) Rectangular Microstrip Inductor with Strip Bridge (EM Quasi-Static): MRINDSB2
Rectangular Microstrip Inductor with Strip Bridge (EM Quasi-Static): MRINDSB3
Rectangular Microstrip Inductor with Strip Bridge and Optional Cover (EM Quasi-Static): MRINDSBC
Rectangular Microstrip Inductor Strip Bridge (EM Quasi-Static): MRINDSBR
Rectangular Microstrip Inductor with Wire Bridge (EM Quasi-Static): MRINDWBR
(Obsolete) Microstrip Rat-Race Coupler (Aggregate): MRRCOUP
Microstrip Rat-Race Coupler (Aggregate): MRRCOUP2
(Obsolete) Microstrip Radial Stub Series (Closed Form): MRSTUB
(Obsolete) Microstrip Radial Stub Series (Closed Form): MRSTUB2
Microstrip Radial Stub Series (Closed Form): MRSTUB2W
Suspended Substrate Microstrip Line (EM Quasi-Static): MS1LIN
Suspended Microstrip Line (EM Quasi-Static Based): MS1LINX
2 Suspended Substrate Edge Coupled Microstrip Lines (EM Quasi-Static): MS2CLIN
2 Suspended Substrate Edge Coupled Microstrip Lines (EM Quasi-Static Based): MS2CLINX
2 Suspended Substrate Broadside Coupled Microstrip Lines (EM Quasi-Static): MSBCPL
2 Suspended Substrate Broadside Coupled Microstrip Lines (EM Quasi-Static Based): MSBCPLX
Suspended Substrate Microstrip Bend, Mitered 90deg (EM Based): MSBND90X
Suspended Substrate Microstrip Cross - Junction Bend (EM Based): MSCROSSX
Microstrip Transverse Slit (Closed Form): MSLIT
Microstrip Pair of Open Stubs: MSOP
Microstrip Open Ended Effect (EM Based): MSOPENX
(Obsolete) Microstrip Radial Stub Shunt (Closed Form): MSRSTUB
Microstrip Radial Stub Shunt (Closed Form): MSRSTUB2
Suspended Substrate Microstrip Step In Width with Offset (EM Based): MSSTEPX
Suspended Substrate Microstrip Tee - Junction (EM Based): MSTEEX
Microstrip Step in Width (Closed Form): MSTEP
(Obsolete) Microstrip Step in Width (Mode Matching): MSTEP2
(Obsolete) Offset Microstrip Step Width (Mode Matching): MSTEPO
Microstrip Step In Width Offset (EM Based): MSTEPX
Tapered Microstrip Line (Closed Form): MTAPER
Tapered Microstrip Line Synthesized to Match (Klopfenstein, Exponential, Triangular): MTAPER2
Microstrip Tee - Junction (Closed Form): MTEE
Microstrip T- Junction (EM Based): MTEEX
(Obsolete) Meander Microstrip Line (Closed Form): MTRACE
Microstrip Meander Line 2 (Closed Form): MTRACE2
Microstrip Differential Line (Closed Form): MTRACED
(Obsolete) Multi-Layer Meander Microstrip Line (Configurable): MTRACEM
U-turn (180-degrees) Microstrip Bend: MUBEND
Cylindrical One Port Via with Microstrip Pad (Closed Form): MVIA1P
Multiple Edge Coupled Microstrip Lines (EM Quasi-Static) (X=3 to 16): MXCLIN
Cross-over of Two of Orthogonal Microstrip Lines (EM Quasi-Static): MXOVER
Cross-over of Two Microstrip Lines (Static Solution): MXOVER2
Single Line on Stratified Homogeneous Substrate (EM Quasi-Static): PC1LIN
Multiple Coupled Lines on Stratified Homogeneous Substrate (n=2 to 10) (EM Quasi-Static): PCnCLIN
(Obsolete) RFIC Microstrip Line (FEM Quasi-Static): SIG1LNX
(Obsolete) RFIC Edge-Coupled Symmetric Microstrip Lines (FEM Quasi-Static): SIG2LNX
Single Shielded CMOS Line (EM Quasi-Static): SIGCMOS
Coupled Shielded CMOS Line (EM Quasi-Static): SIGCMOS2
(Obsolete) Single CMOS Microstrip Line Over Conducting Substrate (EM Based): SIGCMOSX
U-turn (180-degrees) Stripline Bend: SUBEND
Coated Microstrip Line with Trapezoidal Cross-section and Solder Mask Overlay - 3D EM Cell: TCMLIN_EM
Thin Film Capacitor with Step Discontinuity (Closed Form): TFC2
Thin Film Capacitor for MMIC: TFCM
Polygon Thin Film Capacitor for MMIC (Closed Form): TFCMP
(Obsolete) Thin Film Resistor Distributed Lossy Line Model (Closed Form): TFR
Thin Film Resistor Distributed Lossy Line Model (Closed Form): TFR2
Thin Film Resistor for MMIC (Closed Form): TFRM
Wilkinson Equal Power Split Divider Chip Resistor Aggregate: WILKE1
Wilkinson Equal Power Split Divider Thin Film Resistor Aggregate: WILKE2
Wilkinson Unequal Power Split Divider Chip Resistor Aggregate: WILKN1
Wilkinson Unequal Power Split Divider Thin Film Resistor Aggregate: WILKN2
Angelov HEMT Model: ANGELOV
Second Generation Angelov (Chalmers) Model: ANGELOV2
(Obsolete) Advanced Compatible Angelov HEMT Model: ANGELOV2C
Advanced Compatible Angelov HEMT Model: ANGELOV2C2
(Obsolete) Berkeley BSIM3V322 MOSFET ver. 3.2.2: BSIM3V322
(Obsolete) BSIM3 Ver. 3.2.2 P-Channel MOSFET Model: BSIM3V322P
Curtice FET Model (IV Only): CFET
Chalmers Heterostructure Barrier Varactor Diode Model: CHAL_HBV
(Obsolete) Curtice Cubic Nonlinear FET Model: CURTICE
Curtice Quadratic FET Model: CURTICE2
Advanced Curtice Quadratic FET Model with Noise: CURTICE2ADV
Curtice Cubic Nonlinear FET Model: CURTICE3
DC Short and RF Open: DCSHORT
Simple Diode Model: DIODE1
Physical Diode Model: DIODE2
(Obsolete) EEBJT2 Bipolar Junction Transistor Model : EEBJT2
Field Effect Transistor Noise Model (Pospieszalski’s): FETN
Fujii FET Model: FUJII
Gummel-Poon NPN BJT: GBJT
Gummel-Poon 3-Terminal NPN BJT: GBJT3
Gummel-Poon 3-Terminal PNP BJT: GBJT3_PNP
(Obsolete) UCSD HBT Model: HBT_UCSD
Anholt HBT Model: HBTRA
HICUM Level 0 BJT Model: HICUM_L0
(Obsolete) HICUM Level 2 NPN Transistor: HICUM_L2
HICUM Level 2 Version 2.22 BJT Model: HICUM_L2A
(Obsolete) HICUM Level 2 PNP Transistor: HICUM_L2_P
(Obsolete) HICUM Level 2 NPN Transistor with Self-Heating: HICUM_L2_SH
(Obsolete) HICUM Level 2 PNP Transistor with Self-Heating: HICUM_L2_SH_P
Hiroshima University STARC IGFET Model: HISIM
Hiroshima University STARC IGFET Model with High Voltage Extensions: HISIM_HV
Philips JUNCAP Model: JUNCAP
Modified Materka FET Model: MATRK
Motorola Electrothermal MOSFET Model: MET_LDMOS
Maas-Neilsen FET Model: MNFET
Philips Level 1102 MOSFET Model: MOS11
Philips Level 3100 MOSFET Model: MOS31
Philips Level 903 Geometric N MOSFET Model: MOS9
Philips Level 903 Geometric P MOSFET Model: MOS9P
(Obsolete) SPICE Level 1 N MOSFET Model: MOSN1
(Obsolete) SPICE Level 1 4-Terminal N MOSFET Model: MOSN1_4
SPICE Level 1 3-Terminal N MOSFET: MOSN1A
(Obsolete) SPICE Level 2 N MOSFET Model: MOSN2
(Obsolete) SPICE Level 2 4-Terminal N MOSFET Model: MOSN2_4
(Obsolete) SPICE Level 3 N MOSFET Model: MOSN3
(Obsolete) SPICE Level 3 4-Terminal N MOSFET Model: MOSN3_4
SPICE Level 3 3-Terminal N MOSFET: MOSN3A
(Obsolete) SPICE Level 1 P MOSFET Model: MOSP1
(Obsolete) SPICE Level 1 4-Terminal P MOSFET Model: MOSP1_4
SPICE Level 1 3-Terminal P MOSFET: MOSP1A
(Obsolete) SPICE Level 2 P MOSFET Model: MOSP2
(Obsolete) SPICE Level 2 4-Terminal P MOSFET Model: MOSP2_4
(Obsolete) Spice Level 3 P MOSFET Model: MOSP3
(Obsolete) Spice Level 3 4-terminal P MOSFET Model: MOSP3_4
SPICE Level 3 3-Terminal P MOSFET: MOSP3A
(Obsolete) Mextram 503 NPN BJT Model: MXTR503N
(Obsolete) Mextram 504 BJT Model: MXTR504
(Obsolete) Mextram 504 (Nonlinear BJT Model): MXTR504N
(Obsolete) Mextram 504 PNP BJT: MXTR504P
Mextram 504 BJT Model (504.10): MXTRM
(Obsolete) Nonlinear Capacitor: NLCAP
Nonlinear Capacitor: NLCAPA
(Obsolete) Nonlinear Inductor: NLIND
Nonlinear Inductor: NLINDA
(Obsolete) Nonlinear Resistor: NLRES
Nonlinear Resistor: NLRESA
Table-Specified Nonlinear Resistor: NLRESTAB
Caverly PIN Diode Model: PINDRC
Diode Junction Capacitance: PNCAP
Diode Junction Capacitance With Diffusion: PNDCAP
Diode Resistive Junction No Parasitics: PNIV
Diode, Noisy Resistive Junction, No Parasitics: PNIV_N
Parker-Skellern FET Model: PSFET
PSP Model Version 102.1: PSP
CMC 3-terminal Resistor Model: R3_CMC
SPICE Geometric Junction Diode Model: SDIODEG
Zhang and Raisanen Step-Recovery Diode Model: SRD_ZR
Step-Recovery Diode Model: STEPRD
TOM1 FET Model: TOM1
TOM2 FET Model: TOM2
TriQuint TX Modified Materka FET Model: TQ_MATRK
(Obsolete) VBIC95 NPN BJT Model: VBIC95N
(Obsolete) VBIC95 PNP BJT Model: VBIC95P
(Obsolete) Simple Volterra BJT Model: VBJT1
(Obsolete) Volterra PN Junction Capacitance: VCJCN
(Obsolete) Volterra Nonlinear Capacitance: VCNL
(Obsolete) Volterra Diode Model: VDIODE1
(Obsolete) Simple Volterra FET Model: VFET1
(Obsolete) Volterra Nonlinear Conductance: VGNL
(Obsolete) Volterra Diode Junction Model: VJCN
(Obsolete) Volterra Nonlinear Inductance: VLNL
Voltage Multiplier: VOLTMULT
Simple Varactor Model: VRCTR
(Obsolete) Volterra Nonlinear Controlled Current Source: VVCN
Circuit Port: PORT
Port with 1-Tone HB Source: PORT1
(Obsolete) Port with 1-Tone Volterra Source: PORT1V
Port with 2-Tone HB Source: PORT2
(Obsolete) Port with 2-Tone Volterra Source: PORT2V
Arbitrary, User-specified Bit Sequence: PORT_ARBS
Export Name Port Properties: PORT_NAME
Port with Pulse Train Signal: PORT_PLS
Pseudo-random Bit Sequence: PORT_PRBS
Port with Power Sweep/1-Tone HB Source: PORT_PS1
(Obsolete) Port with Power Sweep/1-Tone Volterra Source: PORT_PS1V
Port with Power Sweep/2-Tone HB Source: PORT_PS2
(Obsolete) Port with Power Sweep/2-Tone Volterra Source: PORT_PS2V
Port with Piecewise Linear Signal: PORT_PWL
Port with Saw Tooth Signal: PORT_SAW
Port with Square Wave Signal: PORT_SQR
Dynamic Source Port: PORT_SRC
Dynamic Source Port: PORT_SRC_ENV
Network Terminated Circuit Port: PORT_TN
Port with Triangle Wave Signal: PORT_TRI
Port with Defined Frequency/1-Tone HB Source (2nd Tone): PORTF
Port with Defined Frequency at Tone N: PORTFN
Port with Defined Frequency at Tone N (Swept Power): PORTFNS
(Obsolete) Port with Defined Frequency/1-Tone Volterra Source (2nd Tone): PORTFV
Port with Modulated Signal (Data File-based): PORTIQ_ENV
Gamma Terminated Circuit Port (50 Ohm Ref): PORTG
Port with Modulated Signal: PORTMOD
Port with Modulated Signal (Data File-based): PORTMOD_ENV
Port with Modulated Signal (Data File-Based): PORTMOD_F
Port with NPR Signal: PORTNPR
Port with Fourier-specified Signal: PORTSIG
Port with Fourier-specified Signal (Data File-based): PORTSIG_F
Port with Fourier-specified Signal (Tone N): PORTSIGF
Port with Fourier-Specified Signal (Tone N, Data File-Based): PORTSIGF_F
Simulation Control
Constant Output Power Control Block: CONSTPOUT
Document Set Definition for Measurement Source: DOC_SET
Extraction Control Block: EXTRACT
Large-Signal Small-Signal Analysis Control Block: LSSS
Defines Frequency Set to Support Multirate Harmonic Balance (APLAC Only): MRHB
Script Block for APLAC Simulations: SCRIPT
Subcircuit Caching Control Block (APLAC Only): SUBCKT_CACHE
Swept Frequency Control: SWPFRQ
Swept Variable Control: SWPVAR
Swept Variable Control for Distributed Simulation: SWPVAR_DIST
X dB Compression Point Control Block: XDB
User-defined X-axis Value Sweep: X_SWP
Dynamic AC Current Source: AC_I
Dynamic AC Current Source: AC_I_ENV
Dynamic AC Voltage Source: AC_V
Dynamic AC Voltage Source: AC_V_ENV
AC Current Source: ACCS
AC Current Source (Tone 2): ACCS2
AC Current Source (tone N): ACCSN
Swept AC Current Source (tone N): ACCSNS
Swept AC Current Source: ACCSS
AC Voltage Source: ACVS
AC Voltage Source (Tone 2): ACVS2
AC Voltage Source (tone N): ACVSN
Swept AC Voltage Source (Tone N): ACVSNS
Swept AC Voltage Source: ACVSS
Current-Controlled Current Source (Closed Form): CCCS
Current-Controlled Current Source (Ideal): CCCS_IDEAL
Current-Controlled Voltage Source (Closed Form): CCVS
Current-Controlled Voltage Source (Ideal): CCVS_IDEAL
Dynamic DC Current Source: DC_I
Dynamic DC Voltage Source: DC_V
DC Current Source: DCCS
Swept DC Current Source: DCCSS
DC Voltage Source: DCVS
Swept DC voltage source: DCVSS
Dynamic Nonlinear Voltage-Controlled Current/Voltage Source: DYN_VCCS
Dynamic Nonlinear Voltage-Controlled Charge Source: DYN_VCQS
Burst Noise Current: I_BURST
Flicker Noise Current: I_FLICK
Bias-dependent Noise Current: I_GEN
Table Specified Frequency-Dependent Spectral Density of Noise Current: I_N_TAB
Pulse Train Current Source: I_PLS
Pulse Train Current Source (Tone 2): I_PLS2
Piecewise Linear Current Source: I_PWL
Saw Wave Current Source: I_SAW
Saw Wave Current Source (Tone 2): I_SAW2
Shot Noise Current: I_SHOT
Square Wave Current Source: I_SQR
Square Wave Current Source (Tone 2): I_SQR2
Triangle Wave Current Source: I_TRI
Triangle Wave Current Source (Tone 2): I_TRI2
Two Correlated Noise Current Sources: INCOR2
Five Correlated Noise Current Sources: INCOR5
Current Noise Source: INOISE
Nonlinear Voltage-Controlled Current Source: NLVCCS
Harmonic Oscillator at the Specified Frequency (Tone N) with Phase Noise: OSC_W_PH_NOISE
SPICE Nonlinear Current-Controlled Current Source: SCCCS1
SPICE Current-Controlled Current Source poly=2: SCCCS2
SPICE Current-Controlled Voltage Source poly=1: SCCVS1
SPICE Current-Controlled Voltage Source poly=2: SCCVS2
SPICE Voltage-Controlled Current Source: SVCCS1
SPICE Voltage-Controlled Current Source poly=2: SVCCS2
SPICE Voltage-Controlled Current Source poly=3: SVCCS3
SPICE Nonlinear Voltage-Controlled Voltage Source: SVCVS1
SPICE Voltage-Controlled Voltage Source poly=2: SVCVS2
Arbitrary, User-specified Bit Sequence: V_ARBS
Jitter Voltage Source with Arbitrary, User-Specified Bit Sequence: V_JITTER
Pulse Train Voltage Source: V_PLS
Pulse Train Voltage Source (Tone 2): V_PLS2
Pseudo-random Bit Sequence: V_PRBS
Piecewise Linear Voltage Source: V_PWL
Saw Wave Voltage Source: V_SAW
Saw Wave Voltage Source (Tone 2): V_SAW2
Square Wave Voltage Source: V_SQR
Square Wave Voltage Source (Tone 2): V_SQR2
Triangle Wave Voltage Source: V_TRI
Triangle Wave Voltage Source (Tone 2): V_TRI2
Voltage-Controlled Current Source (Closed Form): VCCS
Voltage-Controlled Current Source (Ideal): VCCS_IDEAL
Voltage-Controlled Voltage Source (Closed Form): VCVS
Voltage-Controlled Voltage Source (Ideal): VCVS_IDEAL
Voltage-Controlled Voltage Source: VCVS2
Correlated Voltage and Current Noise Sources: VINCOR
Two Correlated Voltage Noise Sources: VNCOR2
Voltage Noise Source: VNOISE
Stripline (EM Quasi-Static): S1LIN
2 Edge Coupled Striplines (EM Quasi-Static): S2CLIN
2 Broadside Coupled Striplines (EM Quasi-Static): SBCPL
Stripline Bend Unmitered, Arbitrary Angle (Closed Form): SBEND
Symmetric Edge Coupled Striplines (Closed Form): SCLIN
Stripline Cross - Junction (Closed Form): SCROS
Meander Stripline with Radiused Corners (Closed Form): SCTRACE
Stripline Radius Corner, Arbitrary Angle (Closed Form): SCURVE
2 Embedded Edge Coupled Striplines (EM Quasi-Static): SEM2LIN
Embedded Stripline: SEMLIN
Stripline Gap in Conductor (Closed Form): SGAP
SGap (EM Base): SGAPX
Stripline Circular Hole in Center Conductor (Closed Form): SHOLE
Inverted Stripline (EM Quasi-Static): SI1LIN
2 Inverted Coupled Striplines (EM Quasi-Static): SI2CLIN
Stripline Interdigital Capacitor: SICAP
Stripline Interdigital Capacitor (No Steps at Ports): SICAP1
Stripline Interdigital Capacitor (Step at Port 1, No Step at Port 2): SICAP2
Open Stripline With End Effect (Closed Form): SLEF
Single Conductor Stripline (Closed Form): SLIN
(Obsolete) Open Ended Stripline without End Effect (Closed Form): SLOC
Shorted Circuited Stripline Without End Effect (Closed Form): SLSC
Stripline Bend Optimally Mitered, 90 deg (Closed Form): SMITER
Multiple Edge Coupled Striplines (EM Quasi-Static): SNCLIN
Suspended Substrate Stripline (EM Quasi-Static): SS1LIN
Unbalanced Single Stripline on Suspended Substrate (EM Based): SS1LINX
2 Suspended Substrate Edge Coupled Striplines (EM Quasi-Static): SS2CLIN
2 Suspended Substrate Edge Coupled Symmetric Striplines (EM Quasi-Static Based): SS2CLINX
2 Suspended Substrate Broadside Coupled Striplines (EM Quasi-Static Based): SSBCPLX
Suspended Substrate Stripline Bend, Mitered 90deg (EM Based): SSBND90X
Suspended Substrate Stripline Cross - Junction Bend (EM Based): SSCROSSX
Suspended Substrate Stripline Open End Effect (EM Based): SSOPENX
(Obsolete) Suspended Substrate Stripline Step In Width with Offset (EM Based): SSSTEPX
Suspended Substrate Stripline Step In Width with Offset (EM Based): SSSTEPX2
Suspended Substrate Stripline Tee (EM Based): SSTEEX
Stripline Step in Width (Closed Form): SSTEP
Stripline Step in Width (Mode Matching): SSTEP2
Stripline Offset Step in Width (Mode Matching): SSTEPO
Tapered Stripline (Closed Form): STAPER
Stripline Tee - Junction (Closed Form): STEE
Asymmetric Stripline Tee (EM Based): STEEX
Stripline Meander Line (Closed Form): STRACE
Differential Stripline (Closed Form): STRACED
Cylindrical One Port Via with Stripline Pad (Closed Form): SVIA1P
Multiple Edge Coupled Striplines (EM Quasi-Static) (X=3 to 16): SXCLIN
Coplanar Waveguide Substrate Definition: CPW_SUB
(Obsolete) Coplanar Waveguide Substrate Definition: CPWSUB
General Multilayer Substrate Definition: GMSUB
Suspended Microstrip Substrate Definition: MPSUB
RFIC Three-Layer Substrate Definition: MRFSUB
Microstrip Substrate Definition: MSUB
Two-Layer Microstrip Substrate Definition: MSUB2
Four Layer Microstrip Substrate Definition: MSUB4
Microstrip Substrate with Optional Cover Definition: MSUBC
(Obsolete) Multi-Layer Substrate Definition: NSUB
Homogeneous Stratified Substrate Definition: PCSUB
Suspended Stripline Substrates Definition: SPSUB
Balanced Stripline Substrate Definition: SSUB
Unbalanced Stripline Substrate Definition: SSUB2
Four Layer Stripline Substrate Definition: SSUB4
Two-Layer Stripline Substrate Definition: SSUBL
Three Layered Stripline Substrate Definition: SSUBT
Transmission Lines
Phase Spec: Coupled Lines (Closed Form): CLIN
Physical Spec: Coupled Lines, Grounded Shield, Improved Accuracy (Closed Form): CLINP
Physical Specification, Floating Shield (Closed Form): COAX
Electrical Specification, Grounded Shield (Closed Form): COAX2
Electrical Specification, Floating Shield (Closed Form): COAX4
Physical Specification: Floating Shield, Improved Causality (Closed Form): COAXC
Physical Length Spec, Grounded Shield (Closed Form): COAXI2
Physical Length Spec, Floating Shield (Closed Form): COAXI4
Physical Spec, Grounded Shield (Closed Form): COAXP2
Physical Spec, Floating Shield (Closed Form): COAXP4
Step in Coaxial TEM Waveguide: CSTEPIO
Multiple Coupled Lines in a Rectangular Shield (Dynamic Model) (EM Quasi-Static): RCCOAX
Multiple Slot Coupled Lines in a Rectangular Shield (Dynamic Model) (EM Quasi-Static): RCCOAX2
Two RLGC Asymmetric Coupled Transmitting Lines (Closed Form): RLGC_CTx
RLGC Transmitting Line (Closed Form): RLGC_Tx
Open Circuited RLGC Transmitting Line (Closed Form): RLGC_TxO
Open Circuited RLGC Transmitting Line with Floating Ground (Closed Form): RLGC_TxO2
RLGC Transmitting Line with Floating Ground (Closed Form): RLGC_Tx4
Short Circuited RLGC Transmitting Line (Closed Form): RLGC_TxS
Short Circuited RLGC Transmitting Line with Floating Ground (Closed Form): RLGC_TxS2
Phase Spec: Grounded Shield (Closed Form): TLIN
Phase Spec: Floating Shield (Closed Form): TLIN4
Physical Spec: Grounded Shield, Improved Accuracy (Closed Form): TLINP
Physical Spec: Floating Shield, Improved Accuracy (Closed Form): TLINP4
WaveLength Spec, Floating Shield, Improved Accuracy (Closed Form): TLINP4NL
Time Spec, Floating Shield, Improved Accuracy (Closed Form): TLINP4T
Phase Spec: Grounded Shield, Open (Closed Form): TLOC
Phase Spec: Floating Shield, Open (Closed Form): TLOC2
Physical Spec: Grounded Shield, Open, Improved Accuracy (Closed Form): TLOCP
Physical Spec: Floating Shield, Open, Improved Accuracy (Closed Form): TLOCP2
Phase Spec: Grounded Shield, Shorted (Closed Form): TLSC
Phase Spec: Floating Shield, Shorted (Closed Form): TLSC2
Physical Spec: Grounded Shield, Shorted, Improved Accuracy (Closed Form): TLSCP
Physical Spec: Floating Shield, Shorted, Improved Accuracy (Closed Form): TLSCP2
Asymmetrical Capacitive Iris in Rectangular Waveguide (TE10): CAPIRIS_TE10
Off-centered Capacitive Post in Rectangular Waveguide (TE10): CAPPOST_TE10
Ideal Coaxial-Rectangular Waveguide Transition (TE10): COAXRWG_TE10
Symmetrical Rectangular Waveguide E-bend (TE10): EBEND_TE10
Symmetrical Rectangular Waveguide E-step (TE10): ESTEP_TE10
Symmetrical Rectangular Waveguide H-step (TE10): HSTEP_TE10
Off-centered Inductive Post in Rectangular Waveguide (TE10): INDPOST_TE10
Rectangular Waveguide (TEmn): RWG_TEmn
Symmetrical Inductive Iris (TE10): RWGIRIS_TE10
Rectangular Waveguide Termination (TEmn): RWGT_TEmn
A. Supplemental Model Information
Models and Model Blocks
Microstrip iCells
Linear Models for Transmission Line Systems

Legal and Trademark Notice