General Radio 1481-CC Standard Inductor 500uH

The General Radio 1481-CC Standard Inductor is a sophisticated precision instrument designed to provide accurate and stable inductance measurements of 500 microhenries (µH). This standard inductor is crucial for calibration laboratories, electronic testing facilities, and research environments where high precision and reliability are essential. The 1481-CC model features a carefully engineered coil constructed from high-grade materials, which ensures minimal inductance drift and outstanding stability over time. The inductor’s design allows for precise adjustment of inductance values, making it ideal for calibrating and testing electronic components and systems that require exact and consistent inductance measurements. Housed in a robust and durable enclosure, the 1481-CC is protected against physical and environmental stresses, ensuring reliable performance across various conditions. Known for its high accuracy, typically within ±0.01% or better, the General Radio 1481-CC delivers dependable and precise measurements, which are critical for accurate testing and calibration. The instrument features a clear and user-friendly interface with well-marked adjustment controls, facilitating straightforward operation and ensuring precise settings. Overall, the General Radio 1481-CC Standard Inductor is highly valued for its exceptional accuracy and durability, making it a key tool for precise inductance measurement and calibration tasks.

Specifications 

• Inductance Value: 500 microhenries (µH)
• Accuracy: High accuracy with minimal inductance drift, typically within ±0.01% or better
• Frequency Range: Suitable for use over a broad frequency spectrum, accommodating various calibration and testing needs
• Construction: Precision-engineered coil with high-quality materials designed for stability and minimal measurement errors
• Adjustment: Equipped with 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 seamless integration with measurement and test equipment
• Environmental Resistance: Designed to perform reliably under different conditions, including temperature variations and physical impacts
• Dimensions: Compact and efficient design suitable for laboratory benches or test stations, adaptable for stationary and portable use
• Weight: Lightweight yet robust, enabling ease of handling and transport
• Maintenance: Requires minimal maintenance with periodic calibration checks recommended to maintain accuracy