Design Support Data

EDA Library

2023/11/27

Separate the MLCC and inductor libraries on each library page
Separate the Cadence™ OrCAD X Capture / Pspice libraries

Analog Devices LTspice™

Dynamic model: Multilayer Ceramic Capacitors

Power Inductors
Static model: Multilayer Ceramic Capacitors

RF Inductors

Thermistors

ANSYS™ Electronics Desktop Circuit Simulator

Dynamic model: Multilayer Ceramic Capacitors

Power Inductors
Static model: Multilayer Ceramic Capacitors

RF Inductors

Cadence™ AWR Design Environment (Microwave Office)

Multilayer Ceramic Capacitors
RF Inductors

Cadence™ OrCAD X Capture

Dynamic model: Multilayer Ceramic Capacitors

Power Inductors
Static model: Multilayer Ceramic Capacitors

RF Inductors

Thermistors

Cadence™ PSpice

Dynamic model: Multilayer Ceramic Capacitors

Power Inductors
Static model: Multilayer Ceramic Capacitors

RF Inductors

Thermistors

Cadence™ Spectre

Dynamic model: Multilayer Ceramic Capacitors

Power Inductors
Static model: Multilayer Ceramic Capacitors

RF Inductors

Keysight PathWave Advanced Design System (ADS)

Dynamic model: Multilayer Ceramic Capacitors

Power Inductors
Static model: Multilayer Ceramic Capacitors

RF Inductors

Ferrite Beads

Keysight PathWave RF Synthesis(Genesys)

Multilayer Ceramic Capacitors
RF Inductors

SIMetrix Technologies SIMetrix/SIMPLIS™

Dynamic model: Multilayer Ceramic Capacitors

Power Inductors
Static model: Multilayer Ceramic Capacitors

RF Inductors

Synopsys HSPICE™

Dynamic model: Multilayer Ceramic Capacitors

Power Inductors
Static model: Multilayer Ceramic Capacitors

RF Inductors

Multilayer Ceramic Capacitors - LPB C-Format

Multilayer Ceramic Capacitors

RF Inductors (Coils) - LPB C-Format

RF Inductors