Magnetic Amplifier Trainer Positive & Negative

Magnetic Amplifier Trainer Positive & Negative

Product Details:

  • Power Standard AC supply
  • Display Digital/Analog Meters
  • Usage Educational/ Laboratory trainer for magnetic amplifier study
  • Voltage 230V AC, 50Hz
  • Product Type Training Kit
  • Material Sturdy metal body with high-grade electronic components
  • Design Table-top, modular front panel
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Magnetic Amplifier Trainer Positive & Negative Price And Quantity

  • 1 Unit
  • Suitable for Technical Institutes, Engineering Colleges, Polytechnics
  • Study of magnetic amplifier operation, characteristics, and amplification principles
  • Positive & Negative Magnetic Amplifier demonstration
  • Rubber base supports for stability
  • Diodes, transformers, rheostats, ammeters, voltmeters
  • Multiple for circuit analysis
  • Overload protection, safety sockets
  • Switches and potentiometers for parameter adjustment
  • Trainer unit, experiment manual, interconnecting leads
  • Temperature 0-50C, Humidity < 85% RH

Magnetic Amplifier Trainer Positive & Negative Product Specifications

  • Approx. 4.5 kg
  • 340 mm x 210 mm x 110 mm
  • Standard AC supply
  • Sturdy metal body with high-grade electronic components
  • Digital/Analog Meters
  • 230V AC, 50Hz
  • Table-top, modular front panel
  • Mains Electricity
  • Educational/ Laboratory trainer for magnetic amplifier study
  • High precision circuit demonstration
  • Training Kit
  • Suitable for Technical Institutes, Engineering Colleges, Polytechnics
  • Study of magnetic amplifier operation, characteristics, and amplification principles
  • Positive & Negative Magnetic Amplifier demonstration
  • Rubber base supports for stability
  • Diodes, transformers, rheostats, ammeters, voltmeters
  • Multiple for circuit analysis
  • Overload protection, safety sockets
  • Switches and potentiometers for parameter adjustment
  • Trainer unit, experiment manual, interconnecting leads
  • Temperature 0-50C, Humidity < 85% RH

Magnetic Amplifier Trainer Positive & Negative Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

DESCRIPTION

Amplification is the control of a larger output quantity by the variation of a smaller input quantity. Such amplification can be performed by a magnetic device called Magnetic Amplifier or Magamp. This set up is designed to study the basic characteristics of such amplifier with +Ve & Ve feedback. The set up consists magnetic amplifier, AC and DC power supply, two meters for load and control currents and a fixed value RL. The set up to study the characteristics of magnetic amplifier, has two identical gate windings wound upon split deltamax cores, which are joined together to form a common central limb. The DC control winding is wound upon this central limb with the amplifier feedback winding in / out mode. A control bias battery in form or regulated DC 0-3 volt supply with a DC m Ameter to read IC, and current limit resistance is provided to study control winding may be changed with polarity selector. Afixed value (50 ohm) RL with stepped down fixed AC supply, with a dc ammeter to read load current IL, is provided with gate winding 

TECHNICAL SPECIFICATIONS


To study input-output characteristic of a magnetic amplifier

  • Two saturable reactors in one frame.
  • Two Rectifiers.
  • Fixed Resistive load.
  • DC bias voltage.
  • One potentiometer.
  • Two digital meters.
  • IC regulated power supply for complete circuitry.
  • 220V 10%, 50Hz mains operated.
  • User's Manual with patch cords.


All-Inclusive Training Kit

This magnetic amplifier trainer comes complete with all essential components, including a sturdy table-top unit, experiment manual, leads, meters, and a modular front panel. It incorporates diodes, transformers, rheostats, and precise measuring instruments to facilitate hands-on experiments for students and professionals.


Advanced Safety and Durability

Designed for rigorous educational environments, this trainer features overload protection, safety sockets, and a robust metal construction. Rubber base supports prevent sliding, ensuring safe and stable use during demonstrations or practical sessions in laboratories.


Designed for Modern Education

Tailored to the requirements of engineering colleges, technical institutes, and polytechnics, this trainer supports high-precision circuit analysis and demonstration. The system is optimized for instructional purposes and can be utilized in environments with a temperature range from 0-50C and humidity below 85% RH.

FAQs of Magnetic Amplifier Trainer Positive & Negative:


Q: How does the Magnetic Amplifier Trainer demonstrate positive and negative amplifier operation?

A: The trainer uses built-in circuit components to simulate both positive and negative magnetic amplifier configurations. By adjusting the included switches and potentiometers, users can explore amplification principles, observe circuit behavior, and analyze various parameters in real-time using digital or analog meters.

Q: What components are included with the Magnetic Amplifier Trainer?

A: The package comprises a trainer unit, detailed experiment manual, multiple interconnecting leads, and a modular front panel. It also features test points, diodes, transformers, rheostats, ammeters, voltmeters, and control interfaces for comprehensive practical sessions.

Q: When should this trainer be utilized for educational purposes?

A: This equipment is ideally used during laboratory sessions in technical, engineering, or polytechnic institutes. It is specifically designed for studying magnetic amplification, making it an effective tool for coursework, demonstrations, or project-based learning.

Q: Where can this trainer be installed for optimal use?

A: Its table-top design and stable rubber base supports make it suitable for placement on laboratory benches or demonstration tables in classrooms, science labs, and dedicated training centers.

Q: What is the benefit of multiple test points on the trainer?

A: Multiple test points facilitate detailed analysis of the amplifier circuit at various stages. This enables users to record voltages, currents, and waveform changes, enhancing understanding of circuit dynamics and magnetic amplifier behavior.

Q: How does the overload protection system ensure safety?

A: Overload protection prevents electrical damage and ensures user safety by disconnecting the circuit automatically during excessive load or fault conditions, minimizing risk during experimentation.

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