KEYSIGHT Agilent E4982A LCR Meter with 20 Hz to 2 MHz Frequency Range 0.05% Accuracy and 510 MHz Analyze Bandwidth

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November 27, 2025
Tóm lại: Thinking about an upgrade? This short demo helps you evaluate the fit. Watch as we demonstrate the KEYSIGHT Agilent E4982A LCR Meter in action, showcasing its operation, control panel navigation, and measurement capabilities across its 20 Hz to 2 MHz frequency range with 0.05% accuracy.
Đặc điểm sản phẩm liên quan:
  • Wide frequency range from 20 Hz to 2 MHz with 4-digit resolution for precise component analysis.
  • High basic measurement accuracy of 0.05% ensuring excellent repeatability at various impedance levels.
  • Optional DC bias configuration (option 001) for enhanced testing flexibility.
  • Optional Rdc measurement capability (option 200) for comprehensive DC resistance analysis.
  • 510 MHz analyze bandwidth supporting detailed signal examination.
  • Versatile frequency range resolution suitable for diverse electronic component testing applications.
CÂU HỎI THƯỜNG GẶP:
  • What is the frequency range of the KEYSIGHT Agilent E4982A LCR Meter?
    The E4982A offers a wide frequency range from 20 Hz to 2 MHz with 4-digit resolution across the entire range, providing flexibility for various component testing needs.
  • What level of measurement accuracy can I expect from this LCR meter?
    This instrument delivers excellent measurement repeatability with a basic accuracy of 0.05% at both high and low impedance levels, ensuring reliable and precise measurements.
  • What optional features are available for the E4982A LCR Meter?
    The meter offers two key optional enhancements: DC bias configuration (option 001) for testing components under DC bias conditions, and Rdc measurement capability (option 200) for direct current resistance measurements.
  • How does the E4982A compare to other LCR meters in the Keysight lineup?
    While the E4982A covers 20 Hz to 2 MHz, Keysight offers the E4980AL Precision LCR Meter for applications requiring lower frequency ranges of 300 kHz, 500 kHz, or 1 MHz, providing cost-effective alternatives for different testing requirements.