Skip to content Skip to footer
StoreBook a demo
Maury Microwave
Maury Microwave

Pulsed Solid State Power Amplifiers

Close

Precision Pulsed Performance

Maury high-performance Pulsed TTL-based power amplifiers cover frequencies from 1 MHz to 18 GHz, delivering outstanding Trise, Tfall, and droop.

Built on advanced solid-state technology, these amplifiers provide excellent noise floor/isolation. Pulsed TTL amplifiers are ideal for CW and Pulsed input signals.

Best in Class

We specialize in fully integrated solutions.

Pulsed RF Amplifiers ≤ 6 GHz

Learn more

Pulsed RF Amplifiers ≤ 18 GHz

Learn more
Explore more

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.

02

Why Does Pulse Shape Matter for Radar (and How to Accurately Characterize It)?

In this post, we’ll take a closer look at why the shape of a pulse matters and how engineers can measure and characterize pulses to ensure radar systems perform as intended.

03

Learn Why Maury's Instrument Amplifiers are the Right Choice for You

This video will explain how Maury’s instrument amplifiers will bring confidence to your measurements.

stay informed

Latest News & Blogs

New StabilityPower High-power, Low-loss Cable Assemblies
News

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…

Read More
New uCal Universal Automated VNA Calibration Modules
News

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…

Read More
How Do You Measure Phase Noise at D-Band Frequencies?
Blog

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…

Read More
What Are High-Power Microwaves and Why Do They Matter on the Battlefield?
Blog

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…

Read More
How Can Engineers Validate the Power and Precision of High-Power Microwaves?
Blog

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…

Read More
How Does Connector Care and Cable Phase Stability Impact Test Results?
Blog

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…

Read More
How Can Color-coded Connectors Prevent Costly Mistakes in the Lab?
Blog

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…

Read More
What Is Pulse Compression Radar and What’s Needed to Test It?
Blog

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…

Read More

Ready to accelerate design cycles and enhance your product's performance?

Contact Maury

Request a Demo