Check out the latest episode of the Frequency Matters Podcast featuring Copper Mountain Technologies’ Brian Walker and Subbaiah Pemmaiah, as they discuss Trends in Modular VNAs: https://cpmt.link/4ioRPcI
Copper Mountain Technologies
电器、电气和电子产品制造业
Indianapolis，Indiana 2,079 位关注者
Portable, metrology-grade VNAs with a frequency range up to 110 GHz.
关于我们
Copper Mountain Technologies (CMT) pioneered metrology-grade USB VNAs in 2011 and continues to drive industry change through customer-focused solutions including a broad range of vector network analyzers, calibration kits, and accessories. We offer the best customer value through an unparalleled combination of price, performance, and portability which has expanded VNA use to new industries and applications. Our expert engineers work as an extension of your team, helping users complete unique and complex projects. The Indianapolis-based company has R&D center and service center in Cyprus, and sales offices in Singapore, London, and Miami. See where our VNAs are used and tell us more about your application: https://coppermountaintech.com/applications/
- 网站
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https://www.coppermountaintech.com/
Copper Mountain Technologies的外部链接
- 所属行业
- 电器、电气和电子产品制造业
- 规模
- 11-50 人
- 总部
- Indianapolis，Indiana
- 类型
- 合营企业
- 创立
- 2011
- 领域
- Electronic Test and Measurement、USB Instrumentation、RF and Microwave和Vector Network Analyzers
地点
Copper Mountain Technologies员工
动态
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We have a new article titled Making Material Measurements with a VNA appearing in the March addition of Microwave Journal. You can check out the digital version of the article here: https://cpmt.link/3DK5XOD
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A couple members of our team, Brian Walker and Heather Enayat, were invited to a local IEEE Chapter Meeting in Chicago last week to deliver a technical presentation on cable and antenna measurement applications of Vector Network Analyzers. If you’re interested in setting up something similar with your technical society or professional organization, please reach out to us!
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CMT’s 9 GHz Multiport VNAs —available in configurations from 6 to 16 ports— are designed to meet the demands of modern applications like 5G beamforming and high-speed digital media testing. This app note highlights the Multiport VNAs speed, accuracy, and ease of use compared to a switch matrix. Learn more: https://buff.ly/42Zu4TE
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Join us on February 12th for a joint webinar hosted by Sierra Circuits on How to Design PCB Transmission Lines with Controlled Impedance. This webinar will discuss end-launch connector footprints and use of a VNA to evaluate connection integrity and the characteristic impedance of the transmission line. Register here: https://buff.ly/3Ctrfzu
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Copper Mountain Technologies转发了
New article in Everything RF. How to choose the best Vector Network Analyzer https://lnkd.in/gWiMEjbf
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This app note from CMT describes useful techniques for VNA measurement of antenna parameters in the near and far fields. Learn how to utilize a VNA to accurately determine antenna gain and optimize your over-the-air RF system design: https://buff.ly/3PWvOFv
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Copper Mountain Technologies转发了
Join us for our next webinar on?how to design #PCB transmission lines with controlled #impedance. It will be presented by Amit Bahl and Brian Walker of Copper Mountain Technologies on Wednesday?February?12th, 2025?at 10 AM Pacific time. The webinar will cover: ? 3 factors for analyzing PCB transmission line impedance ? Losses in high-speed signal lines ? Techniques to design transmission lines with controlled impedance ? Surface finish recommendations for high-frequency PCBs ? #TDR and #VNA for impedance analysis Register now!
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Copper Mountain Technologies转发了
Join us for our next webinar on?how to design #PCB transmission lines with controlled #impedance. It will be presented by Amit Bahl and Brian Walker of Copper Mountain Technologies on Wednesday?February?12th, 2025?at 10 AM Pacific time. The webinar will cover: ? 3 factors for analyzing PCB transmission line impedance ? Losses in high-speed signal lines ? Techniques to design transmission lines with controlled impedance ? Surface finish recommendations for high-frequency PCBs ? #TDR and #VNA for impedance analysis Register now!
此处无法显示此内容
在领英 APP 中访问此内容等