General Radio 1481-D Standard Inductor 10mH

The General Radio 1481-D Standard Inductor is a high-precision instrument designed for accurate measurement of inductance at 10 millihenries (mH). This standard inductor is indispensable in calibration labs, research environments, and high-precision electronic testing facilities where reliability and accuracy are paramount. The 1481-D model is engineered with a high-quality coil and advanced materials to ensure minimal inductance drift and exceptional stability over long periods. Its design allows for precise adjustment and fine-tuning of inductance values, making it ideal for use in calibrating and testing electronic components and systems that require exact inductance measurements. The inductor is housed in a robust and durable enclosure that protects it from environmental and mechanical stresses, ensuring consistent performance in various conditions. With a typical accuracy of ±0.01% or better, the General Radio 1481-D provides highly reliable measurements crucial for accurate calibration and testing processes. The instrument features a user-friendly interface with clearly marked adjustment controls, facilitating straightforward operation and precise settings. Overall, the General Radio 1481-D Standard Inductor is highly esteemed for its superior accuracy and reliability, making it a vital tool for precise inductance measurement and calibration applications.

Specifications 

• Inductance Value: 10 millihenries (mH)
• Accuracy: High accuracy with minimal inductance drift, typically within ±0.01% or better
• Frequency Range: Suitable for a wide range of frequencies, accommodating diverse calibration and testing requirements
• Construction: Precision-engineered coil with high-quality materials to ensure stability and minimize measurement errors
• Adjustment: Equipped with precision controls for fine-tuning inductance values, allowing for accurate calibration and testing
• Housing: Durable and rugged design to protect against environmental and mechanical stresses
• Connections: Standard connectors or terminals for easy integration with measurement and test equipment
• Environmental Resistance: Designed to operate reliably under various conditions, including temperature fluctuations and physical impacts
• Dimensions: Compact design suitable for laboratory benches or test stations, with versatility for both stationary and portable use
• Weight: Lightweight yet sturdy, facilitating ease of handling and transport
• Maintenance: Requires minimal maintenance; periodic calibration checks recommended to ensure continued accuracy