Vishay-Barry

As a valued Modelithics Cooperative MVP, Vishay Barry collaborates with Modelithics to advance industry-leading simulation and modeling capabilities, empowering RF and microwave engineers to design faster, more accurately, and with greater confidence.

Barry Industries Inc. is a leading manufacturer of ceramic components including attenuators, resistors, terminations, semiconductor packaging and custom thick film circuits. Since 1977, leading suppliers of mission-critical communication, military, medical aerospace, fiber-optic and industrial equipment have relied on Barry Industries’ passive components.

We keep large inventories of standard components for rapid delivery. For non-standard devices we offer a start-to-finish component design partnership. Vertical Integration is the key to our quality and success. Unsurpassed quality standards, precise attention to detail, excellent customer service and in-house control of our manufacturing process are some of the key reasons to choose Barry as your ceramic component supplier.

Barry Industries, Inc. is an ISO9001 certified, ITAR registered company with headquarters and manufacturing operations in Attleboro, Massachusetts.

Get Started with High-Accuracy Modelithics Vishay Barry Models

Modelithics models for components available through Vishay-Barry are built from real measured data, so you can simulate with measurement-based accuracy before a part ever reaches the board.

Available Models

Search or filter this table to get to the exact part you need for models within the Modelithics COMPLETE Library™ for Vishay-Barry. To review the full list of available Modelithics models, visit: Modelithics Model Listing.

Part NumberModelDevice TypeBody StyleMax Freq (GHz) Part ValuesDownloadFeatures
AK0405CB ATT-BAI-0405-001 Attenuator 79A 10 2 – 16 DB S-Parameters Part Value Scalable Substrate Scalable
AT0904CB ATT-BAI-0904-001 Attenuator 79A 10 2 – 32 DB S-Parameters Part Value Scalable Substrate Scalable
QFN3312-0520 PKG-BAI-QFN33120520-001 Package 3mm Package 50 Not Available 3D
QFN3312-0521 PKG-BAI-QFN33120521-001 Package 3mm Package 50 Not Available 3D
QFN3312-0522 PKG-BAI-QFN33120522-001 Package 3mm Package 50 Not Available 3D
QFN4420-0520 PKG-BAI-QFN44200520-001 Package 4mm Package 50 Not Available 3D
QFN4420-0521 PKG-BAI-QFN44200521-001 Package 4mm Package 50 Not Available 3D
QFN4420-0522 PKG-BAI-QFN44200522-001 Package 4mm Package 50 Not Available 3D
QFN4424-0520 PKG-BAI-QFN44240520-001 Package 4mm Package 50 Not Available 3D
QFN4424-0521 PKG-BAI-QFN44240521-001 Package 4mm Package 50 Not Available 3D
QFN4424-0522 PKG-BAI-QFN44240522-001 Package 4mm Package 50 Not Available 3D
QFN5532-050x PKG-BAI-QFN5532-001 Package 5mm Package 40 Not Available 3D
QFN6636-0520 PKG-BAI-QFN66360520-001 Package 6mm Package 50 Not Available 3D
QFN6636-0521 PKG-BAI-QFN66360521-001 Package 6mm Package 50 Not Available 3D
QFN6636-0522 PKG-BAI-QFN66360522-001 Package 6mm Package 50 Not Available 3D
QFN7744-0520 PKG-BAI-QFN77440520-001 Package 7mm Package 50 Not Available 3D
QFN7744-0521 PKG-BAI-QFN77440521-001 Package 7mm Package 50 Not Available 3D
QFN7744-0522 PKG-BAI-QFN77440522-001 Package 8mm Package 50 Not Available 3D
QFN8848-0520 PKG-BAI-QFN88480520-001 Package 8mm Package 50 Not Available 3D
QFN8848-0521 PKG-BAI-QFN88480521-001 Package 8mm Package 50 Not Available 3D
QFN8848-0522 PKG-BAI-QFN88480522-001 Package 8mm Package 50 Not Available 3D
RE0805CT RES-BAI-0805-001 Resistor 0805 10 50 – 100 Ohms S-Parameters Pad Scaling Substrate Scalable
RE0805CT RES-BAI-0805-001-S Resistor 0805 10 50 – 100 Ohm Not Available Broad Band Capacitor Pad Scaling Substrate Scalable
RE1005CT RES-BAI-1005-001 Resistor 1005 10 50 – 100 Ohms S-Parameters Pad Scaling Substrate Scalable
REC1206CT RES-BAI-1206-001 Resistor 1206 10 50 – 100 Ohms S-Parameters Pad Scaling Substrate Scalable
RK0603ZZ RES-BAI-0603-001 Resistor 0603 10 50 – 100 Ohms S-Parameters Pad Scaling Substrate Scalable
RY0805CT RES-BAI-0805-002 Resistor 0805 10 50 – 100 Ohms S-Parameters Pad Scaling Substrate Scalable
RY1005CT RES-BAI-1005-002 Resistor 1005 10 50 – 100 Ohms S-Parameters Pad Scaling Substrate Scalable
RYC1206CT RES-BAI-1206-002 Resistor 1206 10 50 – 100 Ohms S-Parameters Pad Scaling Substrate Scalable
RZC1206CT(1-port) RES-BAI-1206-004 Resistor 1206 10 50 – 100 Ohms S-Parameters Pad Scaling Substrate Scalable
RZC1206CT(2-port) RES-BAI-1206-003 Resistor 1206 10 50 – 100 Ohms S-Parameters Pad Scaling Substrate Scalable

News and Resources

Explore recent news, design examples, videos, technical literature, including: application notes, blogs, published articles, white papers, and more for Vishay-Barry. Discover the latest technologies, resources and insights to support your design and development efforts.

Type Title Author Date Example Files
Press Release Modelithics Unveils Powerful New 3D Simulation Features and Expanded Device Coverage in COMPLETE+3D Library v26.4 Modelithics, Inc. 10/14/2026
Published Articles Improve Simulation with 3D QFN-Package Models DAVE BARRY, Senior Member Technical Staff, Modelithics, HUGO MORALES, VP of Engineering/Engineering Manager, CHRIS DEMARTINO, Sales and Applications Engineer, Modelithics 10/13/2021
Press Release Modelithics® and Barry Industries Partner to Offer New 3D and Equivalent-Circuit Models Validated to 40 GHz Modelithics, Inc. 08/18/2021
Promotion Barry Print Ad December 2019 Modelithics, Inc. 12/31/2019
Presentation Modelithics Advanced Simulation Models – Overview and Tutorial Modelithics, Inc. 04/04/2019
Presentation HFSS 3D Geometry Model Development Vendor Partnering Modelithics, Inc. 03/25/2019
Presentation Modelithics 5G Library Overview Modelithics, Inc. 07/27/2018
Presentation Solving RF and Microwave Design Integration Challenges Using 3D Component Modeling (Ansys Sponsored Webinar May 9, 2018, ~ 30 min) Ansys & Modelithics, Inc. 05/09/2018
Video Solving RF and Microwave Design Integration Challenges Using 3D Component Modeling Ansys & Modelithics, Inc. 05/09/2018
Presentation Flexible And Scalable Models For Microwave System Design Success (microapps) Kevin Kellogg, Jiang Liu, Hetvipatel, Hugo Morales And Larry Dunleavy, Modelithics, Inc. 06/29/2015
White Papers Understanding S-Parameter Vs. Equivalent Circuit-based Models For RLC Component Simulations In Keysight ADS And Genesys Modelithics: Scott Skidmore, Laura Levesque, And Scott Muir, Along With Jason Boh And How-siang of Keysight Technologies 12/04/2014
White Papers Understanding S-Parameter Vs Equivalent Circuit-based Models For RLC Component Simulations With NI/AWR Microwave Office Modelithics, Inc. 11/20/2014
Application Note Modelithics Substrate Library For Agilent’S Advanced Design System (ADS) Adds Accuracy And Convenience To Board-Based Designs Modelithics, Inc. 01/01/2014 ADS Example

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