Field Strength in Solenoid (dB/dX) | AE 1052 | ASICO

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Field Strength in Solenoid (dB/dX) | AE 1052 | ASICO

Precision solenoid setup for accurate magnetic field (B) and gradient (dB/dx) measurements. High-grade materials ensure reliable lab results.

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Original price was: ₹43,000.00.Current price is: ₹38,700.00.

Description

Specifications Table

Product Material – Copper coil with iron core
Grade – Laboratory/Research
Application – Magnetic field strength measurement, electromagnetic experiments

Product Overview

This high-quality solenoid kit is engineered for precise measurement of magnetic field strength (B) and its spatial variation (dB/dx) in controlled laboratory environments. The device features a robust copper coil wound around an iron core, optimized for uniform field distribution and minimal energy loss. The solenoid’s design ensures consistent performance across repeated experiments, making it ideal for applications requiring accurate electromagnetic field analysis. The setup includes adjustable parameters to study field variations along the axial direction, providing comprehensive data for experimental validation. Built with corrosion-resistant materials, this solenoid maintains long-term reliability even under frequent use. The compact yet durable construction allows for easy integration into existing lab setups while maintaining high measurement accuracy. Whether used for fundamental physics demonstrations or advanced electromagnetic research, this solenoid delivers exceptional performance with minimal calibration requirements.

FAQs

1. What materials are used in this solenoid’s construction?

The solenoid features a copper coil wound around an iron core, chosen for optimal conductivity and magnetic field uniformity.

2. Can this kit measure both field strength and its gradient?

Yes, the setup is specifically designed to measure magnetic field strength (B) and its spatial variation (dB/dx) along the solenoid’s axis.

3. What grade is this solenoid suitable for?

This is a laboratory/research-grade solenoid suitable for precise electromagnetic experiments and educational demonstrations.

4. How should this solenoid be stored when not in use?

Store in a dry environment away from magnetic materials to prevent field interference and maintain calibration.

5. Are there any special power requirements for operation?

The solenoid operates with standard DC power supplies commonly available in laboratory settings.

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