AC BRIDGE TRAINER

Name: AC BRIDGE TRAINER
Brand: AMBALA ELECTRONIC INSTRUMENTS
Price: 11000 INR
Availability: InStock

11000 INR/Piece

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Product Details:

Voltage 220V AC, 50Hz
Power Electronic
Usage Educational laboratory and experimental purposes
Display Digital display and Analog Meter
Product Type AC Bridge Trainer Kit
Material Metal panel with supporting plastic/wooden edges
Design Integrated control panel with adjustable rotary switches and inbuilt circuit design
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AC BRIDGE TRAINER Price And Quantity

Price 11000 INR/Piece
Minimum Order Quantity 1 Piece

AC BRIDGE TRAINER Product Specifications

Product Type AC Bridge Trainer Kit
Dimension (L*W*H) Approx. 340mm x 260mm x 70mm
Design Integrated control panel with adjustable rotary switches and inbuilt circuit design
Detector Galvanometer and Digital Panel Meter
Material Metal panel with supporting plastic/wooden edges
Power Source Mains powered
Accuracy High precision for educational and laboratory use
Illuminant LED Indicators
Voltage 220V AC, 50Hz
Power Electronic
Usage Educational laboratory and experimental purposes
Weight Approx. 3-4 kg
Display Digital display and Analog Meter

Protection Fuse protection for safety
Output Indication Direct digital and analog indication
Frequency Range Audio frequency range (typically 1kHz - 10kHz)
Applications Measurement of unknown inductance, capacitance, resistance
Potentiometers Multiple variable resistors for bridge balancing
Test Points Multiple externally accessible test points
Control Elements Rotary selectors and switches for setup control

AC BRIDGE TRAINER Trade Information

Main Export Market(s) Asia, Middle East, Africa
Main Domestic Market All India

Product Description

OBJECTIVE :

To calculate the Unknown Value of Inductance, Capacitance& Resistance (LCR). The AC Bridge Range of Experiments Anderson Bridge,Maxwell Bridge, Schering Bridge, De-Sauty Bridge, Weins Bridge &Wheatstone Bridge.

Technical Specifications :

a. In built Fixed DC Regulated Power Supply of 9V, 12V& +5V/ 500mA.

b. In built Sine Wave Oscillator, Frequency 1KHz 3%,Amplitude 0-15V p-p.

c. In built 3 Digit Digital Null Detector used as Detector.

d. On Board Sensitive Galvanometer

e. On Board One Decade Resistance Dial x10 Ohms marked D1.

f. On Board Two Number of Four Decade Resistance Dial x(1,10, 100 & 1000) Ohms marked D2 & D3.

g. On Board Two Decade Capacitance Dial x(0.01 & 0.1) uFmarked D4

h. On Board Set of three LCR (L 10mH, 10mH & 50mH), (C0.001uF, 0.01uF & 0.1uF) & (R 100 ohms, 560 ohms & 1K ohms).

I On Board Set of four Unknown LCR (L 5mH, 10mH, 15mH &20mH), (C 0.1uF, 0.2uF, 0.3uF & 0.47uF) & (R 100 ohms, 1K ohms, 5K ohms& 10K ohms)

j. Circuit Diagram of Discrete Components printed & allimportant connection are brought out on front panel.

k. Bakelite used as front panel & mounted on lightweight shock proof plastic cabinet.

Versatile Measurement Capability

The AC Bridge Trainer provides accurate measurement of electronic components like inductance, capacitance, and resistance. Its broad audio frequency range from 1kHz to 10kHz makes it an ideal choice for laboratory experiments and engineering education, supporting a variety of testing scenarios.

User-Centric Control and Display

Equipped with adjustable rotary selectors and multiple variable resistors, this trainer allows fine-tuned measurement adjustments. Direct digital and analog displays, as well as LED indicators, ensure that readings are easy to interpret, improving user experience and reliability during experimental work.

Robust Design for Laboratory Use

The AC Bridge Trainer features a durable metal panel with protective plastic or wooden edging, built to resist wear and ensure longevity. Integrated safety features, including fuse protection and prominent control elements, make it especially suitable for regular use in academic laboratories and technical institutes.

FAQ's of AC BRIDGE TRAINER:

Q: How is the AC Bridge Trainer used for measuring unknown electrical values?

A: The AC Bridge Trainer utilizes adjustable potentiometers and externally accessible test points to balance different types of AC bridges. By observing the galvanometer or digital display, users can determine the values of unknown inductance, capacitance, or resistance during laboratory experiments.

Q: What frequency range does this AC Bridge Trainer support?

A: This trainer operates within the audio frequency range, typically accommodating frequencies from 1kHz to 10kHz. This makes it suitable for a broad spectrum of academic and technical applications in electronics labs.

Q: When should I use the digital versus the analog output indication?

A: Both digital displays and analog meters are integrated in the trainer. The digital output is ideal for high-precision and quick readings, while the analog meter is useful for observing gradual changes in measurements, especially during hands-on tutorial sessions.

Q: Where can the AC Bridge Trainer be installed and used?

A: This device is designed for use in educational laboratories, technical institutes, and experimental electronics settings. Its robust construction and built-in safety features allow for both stationary bench-top use and frequent handling in classroom environments.

Q: What is the process for balancing the bridge and obtaining measurements?

A: To measure an unknown value, connect the component to the designated test points, select the bridge configuration using the rotary selectors, and adjust the variable resistors. Balance is achieved when the indicator (galvanometer or digital meter) shows zero or a null condition, at which point the unknown value can be calculated.

Q: What safety features are incorporated into the AC Bridge Trainer?

A: The trainer is equipped with fuse protection to prevent overload and electrical faults, ensuring safe operation for both users and the instrument. Clearly marked controls and LED indicators further enhance operational safety.

Q: How does the design of this trainer benefit users in an educational setting?

A: With its integrated control panel, easy-to-use rotary switches, variable resistors, clear output indicators, and durable build, the trainer streamlines the learning process. It offers hands-on experience in precise measurements, helping users build practical knowledge of bridge circuits and electronic measurement techniques.