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    TDK HVC28 and HVC29 high-voltage DC contactors with black housings and main power terminals

    TDK Introduces Gas-Filled High-Voltage DC Contactors up to 600 A

    Murata SWL RF coaxial switch connector measurement diagram and SWL-to-SWJ board-area comparison.

    Murata RF Switch Connectors Cut PCB Test-Point Area

    Elektra Awards 2026: Passive Components and Interconnect Finalists Showcase Advances in Power Integrity, Precision and Reliability

    Mathematical state-space illustration of a series-connected memcapacitor oscillator with two constrained memory coordinates

    Memcapacitor chaos in a six-state series-connected model

    Exxelia capacitor and magnetics innovations for Electronica 2026, including CM-HVLP and CF-PP140 capacitors

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    Samsung Electro-Mechanics CL05Z106MS66PN automotive MLCC illustration with a rectangular ceramic body and metal end terminations

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    Bourns PTVS03-450E-H power TVS diode in a surface-mount DFN package

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    MLCC construction image

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    TDK HVC28 and HVC29 high-voltage DC contactors with black housings and main power terminals

    TDK Introduces Gas-Filled High-Voltage DC Contactors up to 600 A

    Murata SWL RF coaxial switch connector measurement diagram and SWL-to-SWJ board-area comparison.

    Murata RF Switch Connectors Cut PCB Test-Point Area

    Elektra Awards 2026: Passive Components and Interconnect Finalists Showcase Advances in Power Integrity, Precision and Reliability

    Mathematical state-space illustration of a series-connected memcapacitor oscillator with two constrained memory coordinates

    Memcapacitor chaos in a six-state series-connected model

    Exxelia capacitor and magnetics innovations for Electronica 2026, including CM-HVLP and CF-PP140 capacitors

    Exxelia Brings High-Temperature Passives to Electronica 2026

    IP&E Market Outlook: AI Demand Tightens Supply and Supports Higher Pricing into 2027

    Samsung Electro-Mechanics CL05Z106MS66PN automotive MLCC illustration with a rectangular ceramic body and metal end terminations

    Samsung Adds 0402 10 µF X7T MLCC for ADAS Power Rails

    Bourns PTVS03-450E-H power TVS diode in a surface-mount DFN package

    Bourns Releases 450 V Power TVS for DC Bus Clamping

    MLCC construction image

    Samsung Electro-Mechanics Patent Targets to Reduce Moisture and Cracks in High-Capacity MLCCs

    Trending Tags

    • Ripple Current
    • RF
    • Leakage Current
    • Tantalum vs Ceramic
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Murata Integrates Component Models into Cadence EDA Tools

21.10.2025
Reading Time: 3 mins read
A A

Murata Manufacturing Co., Ltd. announces a significant collaboration with Cadence Design Systems, Inc., making product libraries directly accessible within Cadence’s leading Electronic Design Automation (EDA) tools.

Murata’s selected inductor and capacitor products are now pre-installed in the latest versions of Cadence OrCAD X Capture™, Allegro X System Capture™ and AWR Design Environment™ (Microwave Office).

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By enabling engineers to select Murata components directly within these tools and run simulations, this initiative is set to refine circuit design and streamline the design process for power supply, high-frequency, and noise suppression circuits.

Advancements in IC performance and increased circuit complexity on PCBs are driving the industry shift towards front-loading design, which leads to fewer prototyping iterations.

Circuit simulation tools are essential but require comprehensive product information. Previously, designers using Cadence EDA tools faced the challenge of downloading models from the Murata website or acquiring them through sales representatives, followed by manual installation – a process that took time and effort.

Collaborating with Cadence directly eliminates the time-consuming task of manually accessing Murata product data. This provides immediate access to crucial information within EDA tools, and addresses the need for robust circuit design, which refines the evaluation and verification of signal quality, power supply stability, and noise levels.

The data provided by Murata includes both static and dynamic models for OrCAD X Capture (R23.1-S011 or later) and Allegro X System Capture, which target general electronic circuit design. The dynamic models accurately reflect nonlinearities, such as DC superimposed characteristics and frequency characteristics, for greater accuracy in real-world conditions. Designers can choose part numbers from approximately 1,600 power inductors and 5,000 RF inductors. 

Within the AWR Design Environment (Ver. 17 or later), a robust component library of Murata’s static models is available for RF and microwave circuit design. This library includes part numbers for about 5,000 RF inductors and 24,000 multilayer ceramic capacitors (MLCCs).

Murata views this integration as a crucial step, responding to Cadence’s interest in obtaining model information for passive components. Looking ahead, Murata will continue to work with Cadence to add to each component library, and plans to automatically provide Cadence with the latest models via API. This ongoing commitment supports Murata’s goal of enabling efficient and precise electronic design. Product data can also be downloaded from Murata’s website for OrCAD X Capture and AWR Design Environment.

In addition, Murata product data for use with the Cadence PSpice™ circuit simulator is available for download from Murata’s website. This page is also accessible from the PSpice website.

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Source: Murata

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