General Radio 1481-A Standard Inductor tor 1mH

The General Radio 1481-A Standard Inductor is a highly accurate and reliable instrument specifically designed for precise inductance measurements of 1 millihenry (mH). This standard inductor is an essential tool for calibration laboratories, testing facilities, and electronic research environments where accurate and consistent inductance values are crucial. The 1481-A model features a meticulously crafted coil with premium materials to ensure minimal inductance drift and exceptional stability over time. Its design allows for precise adjustment of inductance, making it ideal for calibrating and testing other electronic components and systems. The inductor is housed in a robust enclosure that protects it from physical and environmental stresses, ensuring durability and reliability in various conditions. The General Radio 1481-A is known for its high performance, with accuracy levels typically within ±0.01% or better, providing dependable measurements for critical applications. The clear and user-friendly interface, along with well-marked adjustment controls, makes operation straightforward and precise. Overall, the General Radio 1481-A Standard Inductor is valued for its superior accuracy and stability, making it a key instrument for inductance measurement and calibration tasks.

Specifications 

• Inductance Value: 1 millihenry (mH)
• Accuracy: High accuracy with minimal inductance drift, typically within ±0.01% or better, ensuring reliable measurements
• Frequency Range: Suitable for use across a broad frequency spectrum, accommodating various calibration and testing needs
• Construction: High-quality coil and materials designed to maintain stability and minimize error over time
• Adjustment: Precision adjustment controls for fine-tuning inductance values, facilitating accurate calibration and testing
• Housing: Durable and rugged construction to protect against environmental and mechanical stresses
• Connections: Standard connectors or terminals for easy integration with measurement and test equipment
• Environmental Resistance: Built to operate reliably under different conditions, including temperature fluctuations and physical impacts
• Dimensions: Compact design suitable for use on laboratory benches or test stations, adaptable for both stationary and portable applications
• Weight: Lightweight yet robust, facilitating ease of handling and transport
• Maintenance: Minimal maintenance required with periodic calibration checks recommended for continued accuracy