Religh Bridge (Complete Setup) | AE 661A | ASICO

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Religh Bridge (Complete Setup) | AE 661A | ASICO

Precision Religh Bridge with built-in ballistic galvanometer, 2 VDC fixed supply, and lamp-scale setup for accurate unknown inductance measurements. Ideal for laboratory experiments.

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Original price was: ₹24,800.00.Current price is: ₹22,320.00.

Description

Specifications Table

Product Material – High-grade copper and insulated components
Grade – Laboratory Grade
Application – Inductance measurement, electrical experiments

Product Overview

The Religh Bridge is a precision instrument designed for accurate inductance measurement in laboratory settings. Featuring a built-in ballistic galvanometer, it ensures high sensitivity and reliable readings. The fixed 2 VDC power supply provides stable operation, while the integrated lamp and scale arrangement allows for clear visual calibration. Constructed with high-grade copper and insulated components, this device guarantees durability and consistent performance. The laboratory-grade design makes it suitable for experiments requiring precise inductance values. Whether used for educational demonstrations or research applications, the Religh Bridge delivers dependable results with minimal setup requirements. Its compact yet robust build ensures ease of use without compromising accuracy.

FAQs

1. What is the primary function of the Religh Bridge?

It is used for measuring unknown inductance values with high precision in electrical circuits.

2. Does this device require an external power source?

No, it comes with a fixed 2 VDC power supply for direct operation.

3. Can the galvanometer be replaced if damaged?

The ballistic galvanometer is integrated, but repairs may be possible through authorized service centers.

4. What safety precautions should be taken while using this bridge?

Avoid overloading the circuit and ensure proper grounding to prevent electrical hazards.

5. Is this suitable for high-frequency inductance measurements?

It is optimized for low to moderate frequency applications; high-frequency use may require additional calibration.

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