Maury Microwave is the industry leader in RF & Microwave Tuners, Load-Pull Systems, Adapters and cables. They have several brands including Boonton – RF & Microwave power meters and sensors, dBM – RF/Microwave Link Impairment Emulations systems for Terrestrial and Satellite Wireless Systems, Holzworth – low phase noise synthesizers and phase noise analyzers, and Noisecom – the leader of RF and microwave noise sources for signal jamming and impairment, reference level comparison and calibration, receiver robustness testing, and jitter injection.
Maury Microwave Products
Calibration Kits and Standards
NEW PRODUCTS AND NEWS
The Impact Of Cable Phase Stability On Precision Measurements
Cable phase instability, caused by flexure, temperature, and wear, degrades precision measurements, making phase-stable armored cables and specific testing crucial for high-accuracy systems. Learn how to create a more reliable and repeatable measurement environment.
High‑Power (1 kW) Harmonic Load Pull measurements on GaN Devices
Learn how the MT2000 enables accurate 1 kW GaN harmonic load pull measurements using hybrid impedance synthesis for faster, safer, and more efficient amplifier characterization.
New Pulsed IV Measurement System Enables Accurate IV Characterizations in Quasi-Isothermal Conditions
The Maury PIV Series is a fully integrated pulsed IV power supply system designed for accurate device characterization of power semiconductors, including GaN and other high-electron-mobility transistors (HEMTs). Its touch screen front panel with local mode allows for standalone operation and monitoring in DC and Pulsed mode. By minimizing self-heating effects through controlled pulsed biasing, the PIV Series enables engineers to capture the true intrinsic behavior of their devices under realistic operating conditions — essential for compact modeling and design validation.
Test Essentials Lab Adapter: TE Series
Test Essentials™ lab adapters offer exceptional value, durability, and performance for daily microwave/RF use. They are available with various connectors up to 67 GHz.
Test Essentials™ lab adapters (TE-series) are the cost-effective solution for demanding daily use in microwave/RF labs and production facilities. These adapters deliver exceptional electrical performance, rugged construction for durability, and reliable, repeatable mating. Designed to withstand the rigors of everyday use, Test Essentials™ offer an unbeatable combination of value and performance. Available with a wide range of connectors up to 67 GHz, Test Essentials™ are the ideal choice for professionals seeking reliable and affordable testing solutions.
Features and Benefits
- Designed for daily use in microwave/RF labs and production facilities
- MIL-spec concentricity and pin depth
- The industry’s best price/performance ratio
Double Pulse Load Pull For Trapping Characterization Of GaN Transistors
RF Double Pulse Load Pull on the MT2000 reveals GaN transistor trapping effects,
enabling accurate characterization of dynamic performance, model validation, and
power amplifier optimization for demanding RF and microwave applications requiring
reliable, precise device analysis.
The Importance Of Satellite Channel Emulators In Non-Terrestrial Networks
Discover how satellite link emulators support reliable Non-Terrestrial Networks by
simulating real-world delays, Doppler effects, and handovers. Explore how realistic testing
environments can help engineers validate performance, identify challenges, and accelerate
5G NTN development.
How Do You Power Reliable EMC Immunity Testing?
EMC testing helps ensure electronic devices perform reliably in noisy environments. Explore
how Maury Microwave’s amplifiers, sensors, and components support accurate radiated and
conducted immunity testing, helping engineers evaluate performance, identify vulnerabilities,
and build confidence in electromagnetic compatibility.
How Can Engineers Validate High-Power Microwave Precision?
High-power microwave systems demand precise signal generation, amplification, measurement, and interconnects to deliver reliable, high-energy pulses capable of disabling electronic threats in dynamic combat environments.