Superhetrodyne Radio Receiver Trainer (AM/FM)

Superhetrodyne Radio Receiver Trainer (AM/FM)

Product Details:

  • Display Analog dial for frequency tuning with signal indication LEDs
  • Power 10W (max. consumption)
  • Usage Electronics and Communication Training, Laboratory Experiments
  • Voltage 220V AC 10%, 50Hz/60Hz
  • Product Type Superheterodyne Radio Receiver Trainer (AM/FM)
  • Material Powder-coated metal case, high-quality electronic components
  • Design Modular, open circuit layout for easy study of superheterodyne principle
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Superhetrodyne Radio Receiver Trainer (AM/FM) Price And Quantity

  • 1 , , Unit
  • Multiple accessible test points for oscilloscope & voltmeter connectivity
  • Inbuilt speaker with clear output
  • 4mm banana sockets for probe and patch connections
  • Demonstration Trainer for classroom and laboratory use
  • Variable capacitor for fine frequency adjustment
  • Humidity: 3090% RH (non-condensing), Operating Temp: 040C
  • Covers AM and FM demodulation, mixer and oscillator sections
  • AM: 540 - 1650 kHz, FM: 88 - 108 MHz
  • User manual, patch cords, dust cover

Superhetrodyne Radio Receiver Trainer (AM/FM) Product Specifications

  • LED indicators for power and signal strength
  • Powder-coated metal case, high-quality electronic components
  • 410 x 260 x 75 mm
  • 10W (max. consumption)
  • Analog dial for frequency tuning with signal indication LEDs
  • Approx. 3.2 kg
  • Modular, open circuit layout for easy study of superheterodyne principle
  • Mains Powered (AC supply)
  • 220V AC 10%, 50Hz/60Hz
  • Electronics and Communication Training, Laboratory Experiments
  • High selectivity and sensitivity for educational demonstration
  • AM/FM superheterodyne circuit with integrated diode detector
  • Not applicable (direct power operation)
  • Superheterodyne Radio Receiver Trainer (AM/FM)
  • Multiple accessible test points for oscilloscope & voltmeter connectivity
  • Inbuilt speaker with clear output
  • 4mm banana sockets for probe and patch connections
  • Demonstration Trainer for classroom and laboratory use
  • Variable capacitor for fine frequency adjustment
  • Humidity: 3090% RH (non-condensing), Operating Temp: 040C
  • Covers AM and FM demodulation, mixer and oscillator sections
  • AM: 540 - 1650 kHz, FM: 88 - 108 MHz
  • User manual, patch cords, dust cover

Superhetrodyne Radio Receiver Trainer (AM/FM) Trade Information

  • 5 , , Unit Per Week
  • 4-5 Days

Product Description

SUPERHETRODYNE RADIO RECEIVER TRAINER

We manufacture AM/FM Radio Receiver using cutting-edge technologies. The AM/FM Radio trainer kit has components placed over their corresponding symbols in the schematic drawing on the surface of the printed circuit board there by maximizing the learning process and explain theory of operation of the Radios. The Radios are constructed in sections with each section being completely tested before moving on to the next, reducing difficult troubleshooting associated with some other kits. Trainer includes a high quality printed circuit board with schematic printed on the surface. The manual is easy to understand and assumes no previous electronics knowledge. The trainer kit of AM/FM  Radio Receivers form a Superheterodyne receiver of standard AM (amplitude modulation) and FM (frequency modulated) broadcast frequencies. 


OBJECTIVE:

  • To Study AM Radio Receiver
  • To Study FM Radio Receiver

COMPRISES OF NINE SECTIONS:

  • Audio Amplifier Circuit
  • AM Detector Circuit
  • AM IF Circuit
  • AM Amplifier Circuit
  • AM Mixer and Oscillator Circuit
  • FM Detector Circuit
  • First FM IF Amplifier Circuit
  • Second FM IF Amplifier Circuit
  • FM Radio Frequency Stages.


AM Radio Section

Tuning range 520 khz - 1620 khz IF Frequency 455 khz Tracking 3 db from 700 khz to 1400 khz 10 db Signal To Noise at 200 Microvolt typical

FM Radio SectionTuning Range 88 Mhz - 108 Mhz IF Frequency 10.7 Mhz Tracking 5 db From 90 Mhz to 106 Mhz Detector Uses Ratio Detector and Full Time Auto Frequency Control 10 db Signal to Noise at 200 Microvolt typical.



Engineered for Clarity and Practical Learning

This trainer allows users to visually and practically explore the fundamental principles of the superheterodyne receiver. Its open-circuit design, comprehensive test points, and analog tuning dial with signal indication support hands-on experiments while ensuring clarity in signal processing studies. Built to withstand classroom environments, the case protects sensitive electronics and the modular layout encourages in-depth investigation.


Comprehensive Training Experience

Equipped with AM and FM demodulation modules, detailed user manual, and patch cords, the Superhetrodyne Radio Receiver Trainer serves as a full-featured platform for laboratory experiments. High sensitivity and selectivity, along with accessible test points, allow students and instructors to connect oscilloscopes or voltmeters, facilitating real-time observation and deeper comprehension of radio frequency concepts.


Robust, Reliable, and Easy to Operate

Designed for regular educational use, the trainer operates directly off 220V AC without the need for charging, ensuring uninterrupted demonstrations. With clear LED indicators for power and signal strength, and a durable, powder-coated metal enclosure, it stands up to frequent handling. Its compact dimensions and manageable weight make it convenient for classroom and lab environments.

FAQs of Superhetrodyne Radio Receiver Trainer (AM/FM):


Q: How does the Superhetrodyne Radio Receiver Trainer facilitate learning in electronics and communication labs?

A: The trainer is specifically structured for a hands-on approach, allowing students to connect oscilloscopes or voltmeters through accessible test points. Its modular open-circuit design and clear analog controls make it easy to visually trace, measure, and understand the superheterodyne principle, mixer, oscillator, and demodulation processes.

Q: What frequency ranges are supported for AM and FM reception on the trainer?

A: This trainer supports the AM frequency range of 5401650 kHz and the FM range of 88108 MHz, covering the standard broadcast bands for practical educational demonstrations.

Q: When is this trainer typically used during an electronics course?

A: It is utilized during laboratory sessions or classroom demonstrations where students need to study and experiment with real radio receiver circuits, particularly when learning about superheterodyne design, frequency conversion, and signal demodulation.

Q: Where can test measurements be taken within the trainer circuit?

A: Multiple accessible test points are provided throughout the key circuit sections, enabling students and instructors to connect measurement tools such as oscilloscopes and voltmeters precisely where needed for observation and analysis.

Q: What process is involved in tuning signals on this trainer?

A: Frequency tuning is achieved using a variable capacitor, allowing for fine adjustments on both AM and FM bands. The analog dial and LED indicators help users identify and lock on to desired stations or test signals.

Q: How does the included audio output aid practical experiments?

A: An inbuilt speaker delivers clear audio output, making it easy to listen to demodulated signals and verify correct circuit operation during experiments, which reinforces students comprehension of theory in practice.

Q: What are the main benefits of using this demonstration trainer in a classroom or laboratory setting?

A: Key benefits include enhanced hands-on learning, the ability to visualize and measure real signal paths, and modular construction for ease of use. Its robust build, detailed manual, and accessibility of test points collectively help create a thorough educational environment for understanding AM/FM radio receivers.

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