Wideband, Reliable CW Amplification
Maury high-performance RF and microwave power amplifiers, covering frequencies < 6 GHz, < 18 GHz, and > 18 GHz , are designed to provide reliable, efficient signal amplification across a wide range of frequencies. Built on solid-state technology, these amplifiers offer robust linearity, low distortion, and stable output power, making them suitable for demanding applications in research, testing, and communications. Their solid-state design ensures enhanced durability, reduced maintenance compared to tube-based systems, and consistent performance under continuous operation. With options spanning different frequency bands and power levels, Maury solid-state amplifiers are widely used in test and measurement systems, wireless infrastructure, aerospace, defense, and other advanced electronic applications.
We specialize in fully integrated solutions.
Related Resources
01
How Do You Characterize DUTs from 67 to 98 GHz Accurately? Start with the Right GaN T&M Amplifier
This blog explores the advantages of GaN amplifiers in various industries and how T&M power amplifiers enable precise characterization of high-power DUTs, highlighting custom Maury Microwave T&M driver amplifier solutions.
Latest News & Blogs
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…
What Are High-Power Microwaves and Why Do They Matter on the Battlefield?
High power microwave (HPM) technology is an effective tool to counter hostile electronic systems quickly and precisely. In this post, we’ll explore what HPM systems are, how they work, and…
How Can Engineers Validate the Power and Precision of High-Power Microwaves?
When an electronic threat is identified, high-power microwave (HPM) pulses can be used to shut down or destroy a target’s most essential systems. Achieving this level of performance requires advanced…
How Does Connector Care and Cable Phase Stability Impact Test Results?
RF and microwave connectors are essential in test setups, but simple oversights, such as using incompatible connector interfaces or careless storage, can degrade performance and cause costly equipment damage. In…
How Can Color-coded Connectors Prevent Costly Mistakes in the Lab?
RF and microwave test labs are dynamic environments with connectors everywhere. They’re found on cable assemblies, precision adapters, and attenuators, requiring the right torque wrenches to secure connections. With many…
What Is Pulse Compression Radar and What’s Needed to Test It?
From surveillance operations to mission-critical defense systems, pulsed radar is central to various applications requiring precise target information, such as range and velocity. In this blog, we’ll explore how pulsed…
