Featured Articles

  1. Why Does Pulse Shape Matter For Radar (And How To Accurately Characterize It)? 9/3/2025

    Pulse fidelity is critical for radar performance. Maury Microwave’s driver amplifiers and RTP5000 peak power sensors enable accurate pulse characterization, ensuring reliable detection, range, and target differentiation in mission-critical systems.

  2. How Can I Optimize Sub-THz System Performance? 9/3/2025

    Sub-THz frequencies enable 6G, advanced imaging, and radar. Maury Microwave’s NT-series waveguide tuners deliver precise load pull and noise parameter testing with unmatched range, accuracy, and integration.

  3. EMC Testing And Amplifier Selection 8/6/2025

    Maury Microwave’s GaN-based Class AB SSPAs deliver broadband power, stability, and efficiency for EMC testing, meeting regulatory standards while reducing system complexity, insertion loss, and overall test costs.

  4. How Do You Characterize DUTs from 67 to 98 GHz Accurately? Start with the Right T&M Amplifier 8/6/2025

    GaN amplifiers deliver high efficiency, output power, and stability from 67–98 GHz, advancing telecom, medical, and defense systems while enabling precise high-power device testing with specialized T&M solutions.

  5. How Do You Power Reliable EMC Immunity Testing? 7/28/2025

    EMC testing ensures electronic device reliability in noisy environments. Maury Microwave provides amplifiers, sensors, and components for accurate radiated and conducted immunity testing across industries.

  6. What Impedance Tuner Characteristics Optimize Performance At Cryogenic Temperatures? 4/15/2025

    Solid-state impedance tuners, like the CT-series, enable accurate cryogenic LNA testing with low power use, minimal heat generation, and compact size for high-sensitivity applications.

  7. How Do Natural Effects & RF Impairments Impact Satellite Transmissions? 4/15/2025

    Satellite signals face impairments like delay, attenuation, Doppler shift, and fading. Emulating these effects enhances testing accuracy for real-world satellite communication performance.

  8. How Can Local Oscillators Impact The Performance Of Radar And Satellite Systems? 11/20/2024

    Local oscillators (LOs) enable frequency conversion in radar and satellite systems, significantly impacting performance. Testing with RF signal generators ensures accurate conversion operations.

  9. How Can The Peak-To-Average Power Ratio Predict Error Vector Magnitude Degradation? 11/20/2024

    Peak-to-average power ratio (PAPR) can predict EVM degradation in high-order modulation systems, offering a cost-effective alternative to expensive equipment for evaluating amplifier linearity and signal fidelity.

  10. How Do You Set Up A Phase Noise Analyzer For An Absolute Phase Noise Measurement? 11/20/2024

    The HA7062D phase noise analyzer performs absolute phase noise measurements using internal or external LO modes, enabling precise characterization of signal generators and oscillators.