Feature Articles

  1. Receiver Testing: Why Test Signal Quality Matters 10/28/2024

    Evaluating RF and microwave signal generators for receiver testing is crucial to ensure minimal interference, allowing accurate measurement of receiver performance and sensitivity.

  2. Streamlining PCB Design With Crossovers For High-Frequency Applications 10/23/2024

    Knowles Precision Devices has introduced a broadband RF crossover that operates from DC to 40 GHz, optimizing multilayer PCB designs for high-frequency applications.

  3. An Overview Of Space Electronic Warfare 10/22/2024

    <p>Electronic warfare (EW) is vital for offensive and defensive measures in space to protect satellite communications. There is potential for technological advancements in EW.</p>

  4. Accelerating Quantum Computing Research 10/22/2024

    Quantum computers hold promise for complex problems but are still under development and require serious research and high-performance instruments.

  5. Comparing Spectrum Analyzers: GPSA vs RTSA 10/15/2024

    Oscilloscopes measure signals in the time domain, while spectrum analyzers display frequency domain data, offering superior performance for high-frequency signals by minimizing noise interference.

  6. Design Challenges And Considerations For Brushless DC Motors And Their Drives 10/9/2024

    Electric motors are essential but inefficient. Modernizing to efficient motors and controls can significantly reduce energy consumption and emissions.

  7. Understanding RLC Circuit Responses 10/9/2024

    RLC circuits produce different current responses based on their component values. Changes in capacitance affect the shape of the waveform, with smaller capacitors leading to smaller peak currents.

  8. Machine Learning In Intelligent Power Management Systems 10/7/2024

    Machine learning for MCU implementation (Tiny ML) is transforming battery management and motor control by utilizing machine learning algorithms to analyze sensor data, optimizing performance and assessing system health.

  9. Revolutionizing The mmWave 5G Business Case 10/7/2024

    mmWave 5G is crucial for 5G's full potential. Innovative mmWave technology has made it commercially viable by offering high-performance, cost-effective solutions.

  10. New Transceiver IC Eases mmWave 5G Front End Design 10/7/2024

    5G small cells require high-performance, integrated components to operate at mmWave frequencies. These small cells are crucial for expanding 5G coverage and meeting growing data demands.