Campbell Bridge Trainer ( Mutual Inductance Bridge)

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Product Details:

Display Analog metering
Power Operates on external AC supply
Usage Educational laboratory experiments and demonstrations
Voltage 220V AC, 50Hz
Product Type Mutual Inductance Bridge Trainer
Material High-grade Bakelite and Powder-coated MS sheet
Design Compact, portable bench-top design
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Campbell Bridge Trainer ( Mutual Inductance Bridge) Price And Quantity

Minimum Order Quantity 1 , , Unit

Safety Fused input for protection
Terminals Heavy duty nickel-plated terminals for easy connections
Application Measurement of unknown mutual inductance
Operating Temperature 0°C to 50°C
Bridge Configuration Complete Campbell Bridge circuit with adjustable arms
Color Dark brown panel with white markings
Frequency Range Suitable for frequencies: 50Hz - 1kHz
Accessories Includes connecting leads and instruction manual
Test Coils Supplied with two precision wound coils
Mounting Rubber base for non-slip laboratory use
Calibration Factory calibrated with certificate
Instruction Manual Detailed experiment manual included
Finish Scratch-resistant enamel finish

Campbell Bridge Trainer ( Mutual Inductance Bridge) Product Specifications

Voltage 220V AC, 50Hz
Weight Approx. 2.5 kg
Product Type Mutual Inductance Bridge Trainer
Usage Educational laboratory experiments and demonstrations
Design Compact, portable bench-top design
Accuracy High accuracy measurements of mutual inductance
Power Source AC Mains
Power Operates on external AC supply
Display Analog metering
Dimension (L*W*H) Approx. 220mm x 180mm x 75mm
Material High-grade Bakelite and Powder-coated MS sheet
Detector Headphone type detector included

Safety Fused input for protection
Terminals Heavy duty nickel-plated terminals for easy connections
Application Measurement of unknown mutual inductance
Operating Temperature 0°C to 50°C
Bridge Configuration Complete Campbell Bridge circuit with adjustable arms
Color Dark brown panel with white markings
Frequency Range Suitable for frequencies: 50Hz - 1kHz
Accessories Includes connecting leads and instruction manual
Test Coils Supplied with two precision wound coils
Mounting Rubber base for non-slip laboratory use
Calibration Factory calibrated with certificate
Instruction Manual Detailed experiment manual included
Finish Scratch-resistant enamel finish

Campbell Bridge Trainer ( Mutual Inductance Bridge) Trade Information

Supply Ability 5 , , Unit Per Week
Delivery Time 4-5 Days
Main Export Market(s) Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia
Main Domestic Market All India

Product Description

Campbell Bridge Trainer ( Mutual Inductance Bridge)
Measurement of a unknown mutual inductance using Campbell Bridge.

MAIN FEATURES OF THE BRIDGE

R4 Three decade resistance dials having value 10-100 ohm , 10-10 ohm and 10-1 ohm
R3 Three decade resistance dials having value 10-100 ohm , 10-10 ohm and 10-1 ohm
R2 Single decade resistance dial having value 10-1 ohm .
R1 Single decade resistance dial having value 10-1 ohm .
M1 Single decade standard mutual inductance dial having value 10-100mH.
M2 Three unknown mutual inductances.

Complete Bridge with all Accessories.

Advanced Bridge Configuration for Accurate Learning

Equipped with a complete Campbell Bridge circuit, this trainer allows users to adjust bridge arms for detailed mutual inductance experiments. High-grade materials ensure long-lasting function in demanding academic environments, making it a dependable tool for repeated laboratory demonstrations and student training.

Comprehensive Kit and User Friendly Design

Supplied with two high-precision wound test coils, connecting leads, and a headphone-type detector, the trainer includes everything necessary for immediate operation. The compact, bench-top design, rubber base, and clear markings make setup and daily usage efficient and comfortable for educators and students alike.

Certified Precision and Safe Performance

Every unit is factory calibrated and accompanied by an official certificate, guaranteeing measurement accuracy. Safety is prioritized with fused input and high-quality terminals, while the analog metering offers clear, reliable readings. An easy-to-follow experiment manual further supports quality learning experiences.

FAQs of Campbell Bridge Trainer ( Mutual Inductance Bridge):

Q: How does the Campbell Bridge Trainer measure mutual inductance?

A: The Campbell Bridge Trainer uses a specialized bridge configuration with adjustable arms and precision test coils to measure unknown mutual inductance. The analog meter and headphone detector help users identify the bridges balance point, providing highly accurate readings.

Q: What is included with the Campbell Bridge Trainer kit?

A: The kit includes the Campbell Bridge Trainer circuit, two precision wound coils, heavy-duty nickel-plated terminals, connecting leads, a headphone-type detector, a factory calibration certificate, and a detailed instruction manual for experiment guidance.

Q: When should the Campbell Bridge Trainer be used in a laboratory setting?

A: This trainer is ideal for use during educational demonstrations, practical laboratory experiments, and when accurate measurement of mutual inductance is required, typically in electrical engineering, physics, or applied science curricula.

Q: Where can the Campbell Bridge Trainer be set up and operated?

A: The rectangular, compact design with a rubber base ensures steady placement on any standard laboratory bench. Its portability makes it easy to relocate as needed within educational or research institutions.

Q: What is the process for setting up and using the Campbell Bridge Trainer?

A: Setup involves connecting the supplied test coils and power cord, adjusting the bridge arms, and using the analog meter and headphone detector to achieve balance. Detailed instructions in the manual guide users through each experiment and measurement.

Q: What are the key benefits of using this mutual inductance bridge?

A: It provides high-accuracy measurements, ensures safety with fused input, supports hands-on learning, and offers a durable, portable solution for educational labs, making it valuable for both instructors and students.

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