Description
Specifications Table
Product Name – Electronic Standard Cell output voltage
Quantity/Pack Size – 1.018 VDC
Form – Solid-State Reference Device
Grade – Laboratory Calibration Grade
Application – Calibration, voltage reference, instrument accuracy testing
product overview
Electronic Standard Cell output voltage is a precision calibration reference designed for laboratories requiring high measurement accuracy and consistency. It delivers a stable, traceable voltage output of 1.018 VDC, making it a reliable standard for verifying and calibrating sensitive electronic instruments. Manufactured to meet rigorous laboratory specifications, this device minimizes drift and temperature variation, ensuring long-term stability and dependable results. Its robust construction and high-grade materials ensure consistent performance under controlled environmental conditions. The cell is ideal for maintaining quality assurance in metrology and instrumentation setups, where repeatable precision is critical. Each unit is carefully tested for output stability and reliability before dispatch, ensuring compliance with strict calibration standards. The design also allows easy integration into laboratory circuits or calibration benches. With its exceptional accuracy, the Electronic Standard Cell output voltage offers a dependable reference solution for maintaining measurement integrity. Sourced from trusted suppliers and verified for consistent quality, this device upholds eqipped’s commitment to reliability, precision, and accessibility in laboratory calibration tools. Its dependable voltage output makes it a valuable component in ensuring consistent test results across various laboratory environments, guaranteeing confidence in every measurement taken.
FAQs
1. What is the main function of the Electronic Standard Cell output voltage?
It provides a stable voltage reference for calibrating and verifying laboratory instruments with high accuracy and minimal drift.
2. Can this standard cell be used with all types of measuring instruments?
Yes, it is compatible with most precision voltmeters, potentiometers, and other electronic calibration devices.
3. How should the Electronic Standard Cell output voltage be stored?
It should be stored in a stable, dry environment at controlled room temperature to maintain consistent performance and prevent drift.
4. What makes this product different from standard voltage sources?
Unlike conventional voltage sources, it offers extremely low drift and high repeatability, ensuring dependable calibration over time.
5. Is the Electronic Standard Cell output voltage available in different calibration grades?
Yes, it is available in laboratory calibration grade to ensure traceable accuracy and adherence to quality standards for reliable measurements.
