Calibration of LCR Meters

The laboratory is equipped with Precision AC Resistance Standards, Capacitance Standards, and Inductance Standards. Resistance Standards are periodically calibrated and maintained with traceability to NPL, India.
To achieve superior measurement uncertainty and enhanced confidence in calibration results, FARE Labs employs an advanced substitution calibration methodology. In this method, the Device Under Calibration (DUC) is compared directly against a highly accurate Reference LCR Meter. Identical reference standards are measured sequentially by both the reference instrument and the customer’s LCR meter under controlled environmental conditions.
The Reference LCR Meter used in this process is directly traceable to NPL, India. This comparison-based approach significantly reduces the influence of connection effects, fixture errors, and environmental variations, thereby providing improved measurement uncertainty compared to conventional methods.

FARE Labs operates under the requirements of ISO/IEC 17025 and NABL accreditation, ensuring that all calibration activities are performed in accordance with internationally accepted quality standards.

• Comprehensive calibration coverage for Resistance, Capacitance, and Inductance measurements.
• Precision AC resistance, capacitance, and inductance standards.
• Advanced substitution calibration methodology for improved uncertainty.
• Direct traceability to NPL, India.
• Calibration performed under NABL-accredited ISO/IEC 17025 quality systems.
• Highly experienced technical experts and modern calibration infrastructure.
• Reliable, accurate, and internationally accepted calibration results.