General Radio 1481 Standard Inductor

The General Radio 1481 Standard Inductor is a high-precision instrument designed for accurate inductance measurements and calibration across a wide range of frequencies and applications. This standard inductor is essential for use in laboratories, calibration facilities, and testing environments where precise inductance values are critical. The 1481 model features a carefully constructed coil with high-quality materials to ensure minimal inductance drift and exceptional stability over time. Its design allows for precise adjustment and fine-tuning of inductance values, which is crucial for calibrating and testing other electronic components and systems. The inductor’s robust construction includes a durable housing that protects it from physical and environmental stresses, ensuring reliable performance in various conditions. The General Radio 1481 is known for its high accuracy and reliability, making it a valuable tool for engineers and technicians who require consistent and dependable inductance measurements. The clear and user-friendly interface, along with well-marked adjustment controls, facilitates easy operation and accurate settings. Overall, the General Radio 1481 Standard Inductor is recognized for its superior performance, making it an indispensable instrument for precise inductance measurement and calibration tasks.

Specifications

• Inductance Range: Designed to cover a broad range of inductance values, typically from a few microhenries (µH) to several millihenries (mH)
• Frequency Range: Suitable for use across a wide frequency spectrum, accommodating various testing and calibration needs
• Accuracy: High accuracy with minimal inductance drift, typically within ±0.01% or better, ensuring reliable measurements
• Construction: High-quality coil and materials designed for stability and minimal error over time
• Adjustment: Precision adjustment controls for fine-tuning inductance values, allowing for 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 in different conditions, including temperature variations and physical impacts
• Dimensions: Compact design suitable for laboratory benches or test stations, with considerations for both stationary and portable use
• Weight: Lightweight yet robust, facilitating ease of handling and transport
• Maintenance: Requires minimal maintenance with periodic calibration checks recommended for continued accuracy