Seamless transitions from waveguide to coaxial
Maury produces a comprehensive lines of waveguide to coaxial adapters. Our adapters set the standards for high precision laboratory test and measurement applications, and for system applications where accuracy and durability are important. These adapters feature precision index holes and lapped flanges to facilitate proper mating, ensuring that your system will deliver the performance required by the most critical measurement tasks.
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Connect with Confidence: Color-Coded Interconnects
This article presents a new solution to the problem of proper connector identification. It traces the development of the first proposed IEEE Coaxial Connector Rapid ID color code, and its application to certain Maury Microwave products now on the Market.
Latest News & Blogs
How Do You Determine Whether a Connector Is Within Tolerance?
Checking the mechanical dimensions before mating ensures all coaxial connectors in a test setup are operating within their specified tolerances. In addition to positioning and alignment, the depth of both…
How Do You Control Impedance with a Slide-Screw Tuner?
Accurately characterizing RF devices often requires testing beyond standard 50 Ω conditions, as performance depends on the impedance presented to the device. To evaluate this behavior, engineers use load pull…
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…
