DC VOLTAGE DIVIDER RATIO CALIBRATION SYSTEM

The focus for the research to measure the accuracy of DC voltage dividers, which are used to divide high voltage signals into smaller, more manageable voltages. The accuracy of a voltage divider is crucial in many applications, including power transmission, measurement, and testing.

DC VOLTAGE DIVIDER

A DC voltage divider is a circuit that divides a DC voltage into smaller voltages using resistors. The accuracy of the voltage divider depends on the accuracy of the resistor values used in the circuit. To ensure the accuracy of the voltage divider, it needs to be calibrated periodically against a known reference standard. Calibration ensures that the output voltage is accurate and reliable over the intended range of use.

WHY WE DO CALIBRATION?

Calibration of a DC voltage divider involves comparing its output voltage with a reference voltage of known accuracy and adjusting the divider components if necessary to bring the output voltage in line with the reference voltage. Accuracy of a DC voltage divider include the tolerance of the resistors used in the circuit, temperature changes, and aging of components over time

PROJECT IN NMIM

NMIM provides calibration services for DC voltage dividers used in the measurement of DC voltage in various applications, such as power generation, transmission, and distribution systems. The calibration is performed in accordance with international standards, such as ISO/IEC 17025, and uses traceable reference standards that are maintained by NMIM.

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