Fluke 752A Reference Divider

Description

The Fluke 752A is a pinnacle of precision in the world of DC voltage calibration. This high-accuracy reference divider plays a crucial role in establishing and maintaining the integrity of voltage measurements within metrology laboratories.

Key Features:

• Precision 10:1 and 100:1 dividers primarily designed for comparing direct voltage levels to a 10V voltage reference standard.
• Internal switching allows for calibration of different voltage ranges with a 10V standard without the need to change connections.
• Self-calibration procedures enable compensation for long-term changes in the value of the divider resistors by switching their positions in various Wheatstone bridge configurations
• Unparalleled Accuracy:
  • Delivers exceptional accuracy with division ratios of 10:1 and 100:1, ensuring highly precise voltage division.
  • These ratios are achieved with incredibly low uncertainties, minimizing errors in voltage comparisons.
• Ease of Use and Versatility:
  • Designed with user-friendliness in mind, simplifying the calibration process and minimizing operator intervention.
  • Its versatility allows for its use in a wide range of calibration applications, making it an invaluable asset in metrology laboratories.

Applications:

• Calibrating DC Voltage Sources and Standards:
• Serves as a fundamental tool for calibrating high-accuracy DC voltage sources, ensuring the accuracy of their output voltages.
• Verifying the Accuracy of Digital Voltmeters (DVMs):
• Plays a critical role in verifying the accuracy of digital voltmeters, ensuring their reliable performance in various measurement scenarios.
• Supporting Advanced Metrology Research:
• Contributes significantly to research and development in metrology, enabling advancements in the field of electrical measurements.

The Fluke 752A is more than just a divider; it’s a cornerstone of accurate voltage measurements. By providing an exceptionally precise and reliable means of voltage division, it empowers metrology laboratories to achieve the highest levels of accuracy in their voltage calibrations, ultimately contributing to advancements in science and technology.