Analyzers
From testing the latest RF technology to conducting advanced research, enhance your measurements with Maury analyzers.
High-performance analyzer solutions
From verifying audio fidelity to evaluating complex RF and microwave signals, Maury analyzers are designed to deliver fast, accurate insights across a broad range of test scenarios. Our portfolio includes solutions for phase noise analysis, RF and microwave power measurement, audio signal testing, and modulation characterization, as well as vector network and vector signal analysis. With Maury analyzers, you’ll have the precision and flexibility needed to move your designs forward with confidence.
We specialize in fully integrated solutions.
Related Resources
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Understanding Phase Noise Measurements Poster
This poster provides a clear and concise overview of key phase noise concepts, including its impact on system performance, measurement techniques, cross correlation, confidence factor vs. noise floor, and advanced analysis solutions. Explore phase noise fundamentals using this insightful visual guide.
Latest News & Blogs
How Can You Identify the Right RF Connector for Your Test Setup?
RF connectors can look similar, but not all are compatible with one another. Connector families such as SMA, 3.5 mm, and 2.92 mm, as well as 2.4 mm and 1.85…
What Causes Time-Varying Propagation Delay in Satellite Links?
Propagation delay is the time required for a signal to travel between a transmitter and receiver. In satellite systems, this delay depends on the signal path length and the speed…
Does This Connector Look Right to You? What to Check Before Use
Before putting a connector to use, a quick visual inspection can prevent costly issues. In just a few seconds, it’s possible to identify problems that impact measurement accuracy, system performance,…
How Does Doppler Shift Affect Signals During a Satellite Pass?
Non-terrestrial networks (NTN) introduce a range of impairments that must be accurately modeled during testing. One key impairment is Doppler shift. Doppler shift occurs when a transmitter and receiver move…
Recreate Real-World Satellite Conditions Without Leaving the Lab
At the Satellite & Space Summit, Dr. Zacharia Ouardirhi, Senior VP of Customer Engagement at Maury Microwave, presented “NTN in the Lab: Reproducing Real-World Satellite Impairments with Channel Emulators.” Dr.…
New StabilityPower High-power, Low-loss Cable Assemblies
Maury Microwave is pleased to announce the release of its StabilityPower (PW-series) high-power, low-loss microwave/RF cable assemblies optimized for EMC testing up to 6 GHz and 18 GHz. Designed to…
New uCal Universal Automated VNA Calibration Modules
Maury Microwave is pleased to announce the release of its uCal™ Universal VNA Calibration Modules, designed to automate and simplify VNA calibration for faster, more accurate, and repeatable measurements. The newly…
How Do You Measure Phase Noise at D-Band Frequencies?
As next-gen communications, radar, and sensing technologies push into D-Band, designers need advanced phase noise analysis solutions to maintain expected performance. This blog reviews common D-Band applications and how to…
