Maury Microwave

Ontario, CA 91764

COMPANY OVERVIEW

About Maury Microwave

Maury Microwave is your calibration, measurement and modeling solutions partner. By taking responsibility for all aspects of calibration, measurement and modeling, we are able to empower you and help you succeed.

Contact

2900 Inland Empire Blvd.
Ontario, CA 91764
https://www.maurymw.com/
(909) 987-4715
(909) 987-1112

More Info on Maury Microwave

Maury Microwave is your calibration, measurement and modeling solutions partner. By taking responsibility for all aspects of calibration, measurement and modeling, we are able to empower you and help you succeed. We accomplish that by leveraging our measurement expertise to identify, create and supply every single component from the smallest adapter to the largest test system, thereby guaranteeing a seamless integration. We supply adapters, cable assemblies and attenuators; coaxial and waveguide VNA calibration kits, calibration standards and calibration systems; turnkey characterization solutions including measurement and modeling software, impedance tuners, load pull and noise parameter systems and more. With our best-in-class solutions, we complete your lab.

Articles & News

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April 10, 2020
Modelithics now offers over 68 models, representing over 130 individual Mini-Circuits components, that include amplifiers, filters and splitters, among others.
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July 16, 2019
Maury Microwave recently unveiled a host of new solutions, such as updated mixed-signal active load-pull systems and characterized device calibration kits.
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May 29, 2019
The industry’s move to higher frequencies is apparent from the growing number of test instruments on display at the 2019 IEEE IMS exhibition.
Striking the Right Balance: RF Power Output and Efficiency
Jan. 29, 2019
Optimizing the cost and operating time for portable electronic systems running on batteries often comes down to one critical system-level parameter: efficiency.
Philadelphia Opens Its Doors to 2018 IMS
May 22, 2018
As the applications extrapolate for wireless devices and interest grows in millimeter-wave frequencies, the RF/microwave industry gathers together with great optimism for the ...
Amplifiers Boost Test Signals to 26.5 GHz
May 7, 2018
When higher-level test signals are needed, these GaN-based amplifiers provide the power, with healthy output levels over broad bandwidths from 700 MHz to 26.5 GHz.

Videos & Resources

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July 12, 2013
At IMS 2013, Microwaves & RF presented the first-annual "Best of Microwaves" awards, recognizing companies that are at the forefront of providing resources to microwave engineers...

All content from Maury Microwave

Thinkstock
VNA
Oct. 31, 2017
A feature-rich set of simulation models enables high-frequency PA and LNA design for a 0.15-µm GaN die family.
Rohde & Schwarz
The R&S SMA100B
Oct. 13, 2017
The second-ever edition of this event to be held in the continental U.S. drew in a crowd to its show floor and technical sessions.
Cables and Connectors Head for Higher Frequencies
Aug. 30, 2017
While they can’t match the low loss and power handling of waveguide, coaxial cables and connectors are climbing the frequency ladder to cope with anticipated 5G applications.
Diamond Microwave
Diamond Microwave GaN amplifiers
June 7, 2017
High power at microwave frequencies can be produced by solid-state and vacuum-tube amplifiers.
Thinkstock
IMS logo
May 17, 2017
Visitors to the RF/microwave industry’s largest conference and exhibition can sample some of the hardware, software, and test-equipment products that are turning 5G and IoT into...
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Jan. 26, 2017
Accurate empirical LDMOS transistor models are critical to achieving first-pass design success.
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Oct. 20, 2016
Coaxial connectors for mm-wave test equipment have extremely fine structures that must be treated gently for optimum performance and operating lifetimes.
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April 6, 2016
A large portion of a small industry is set to show its hardware, software, and test equipment at this year’s IMS exhibition in San Francisco’s Moscone Center.
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March 28, 2016
The latest version of an EDA software tool works directly with device load-pull data to develop the impedance-matching networks needed to obtain specific PA performance points...