Hioki IM3523A LCR Meter

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Hioki IM3523A LCR Meter

The Hioki LCR Meter IM3523A is a cost-effective and high-performing device designed for basic measurement on production lines. With a high basic accuracy of ±0.05% and a wide measurement frequency range from 40Hz to 200kHz, this LCR meter delivers fast and reliable measurements. Its contact-check function ensures improved measurement reliability, making it an ideal choice for electronic component testing.

Get the Hioki LCR Meter IM3523A today and experience its superior performance and functionality.

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Key Features

  • High basic accuracy of ±0.05%: The Hioki LCR Meter IM3523A delivers highly accurate measurements with a basic accuracy of ±0.05%.
  • Wide measurement frequency range from 40Hz to 200kHz: This LCR meter can measure a wide range of frequencies from 40Hz to 200kHz, making it suitable for a variety of applications.
  • High-speed measurement of up to 2ms: With a rapid measurement time of up to 2ms, the Hioki LCR Meter IM3523A can quickly provide reliable results.
  • Contact-check function for improved measurement reliability: The contact-check function ensures that the device is properly connected to the component being tested, improving the reliability of the measurements.
  • Designed for basic measurement on production lines: The Hioki LCR Meter IM3523A is specifically designed for basic measurement on production lines, making it an ideal choice for electronic component testing in manufacturing environments.
  • Offered at a low price point: Despite its superior performance and functionality, the Hioki LCR Meter IM3523A is offered at a low price point, making it a cost-effective choice for businesses.
  • Built-in comparator and BIN functions: The built-in comparator and BIN functions allow for easy sorting and classification of components based on their measurements.
  • Non-stop testing over mixed measurement conditions: The Hioki LCR Meter IM3523A can perform non-stop testing over mixed measurement conditions such as capacitance-dissipation factor (C-D) and equivalent series resistance (ESR) at 10 times the speed of previous models.

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