Pre-emphasis De-emphasis Trainer

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Product Details:

Display Test points, LED indicators
Voltage +/- 12V DC regulated power supply (from mains)
Power 220V AC, 50 Hz
Usage Educational/Training demonstration in communication engineering
Product Type Electronic Trainer Kit
Material High-quality PCB, ABS cabinet
Design User-friendly front panel layout with schematics
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Pre-emphasis De-emphasis Trainer Price And Quantity

Minimum Order Quantity 1 , , Unit

User Manual Supplied with experiment procedures and circuit descriptions
Connectors 2mm banana sockets
Mounting Desktop use
Training Experiments Provided Yes, for both pre-emphasis and de-emphasis circuits
Protection In-built overcurrent protection on power supply
Compatibility Works with standard laboratory oscilloscopes and function generators
Operating Environment 040C, non-condensing
Color White base, multicolored labeling
Test Points Multiple, for waveform observation at various stages
Component Accessibility Discrete components visibly arranged for study
Built-in Function Generators Yes, includes waveform generator
Input Signal Sine/Pulse waveform, typically 1 kHz
Output Signal Filtered and compensated output, observable at test points

Pre-emphasis De-emphasis Trainer Product Specifications

Charging Time Not applicable (mains powered)
Dimension (L*W*H) 340 x 210 x 100 mm (approx)
Design User-friendly front panel layout with schematics
Usage Educational/Training demonstration in communication engineering
Power Source AC Mains
Weight Approx. 2.5 kg
Product Type Electronic Trainer Kit
Power 220V AC, 50 Hz
Accuracy High, as per standard laboratory requirements
Voltage +/- 12V DC regulated power supply (from mains)
Display Test points, LED indicators
Material High-quality PCB, ABS cabinet

User Manual Supplied with experiment procedures and circuit descriptions
Connectors 2mm banana sockets
Mounting Desktop use
Training Experiments Provided Yes, for both pre-emphasis and de-emphasis circuits
Protection In-built overcurrent protection on power supply
Compatibility Works with standard laboratory oscilloscopes and function generators
Operating Environment 040C, non-condensing
Color White base, multicolored labeling
Test Points Multiple, for waveform observation at various stages
Component Accessibility Discrete components visibly arranged for study
Built-in Function Generators Yes, includes waveform generator
Input Signal Sine/Pulse waveform, typically 1 kHz
Output Signal Filtered and compensated output, observable at test points

Pre-emphasis De-emphasis Trainer 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

Feature

Pre-emphasis network
De-emphasis network
Required numbers of patch cords and operating manual.

Specification

Usage/Application	Laboratory
Material	Metal
Power	AC Mains
Model Name/Number	AE 447
Brand	ASICO

Comprehensive Training Tool for Communication Engineering

This trainer is specifically designed for educational and training purposes, covering both pre-emphasis and de-emphasis circuits. With pre-arranged discrete components and detailed schematics, users can easily follow theoretical and practical aspects, enhancing understanding and retention of core principles essential to modern communication systems.

Hands-On Learning with Built-In Generators and Test Points

Equipped with built-in function generators, this training tool allows users to observe sine and pulse input signals and their transformation at various stages through conveniently placed test points. LED indicators and multicolored labeling further facilitate signal path tracking and component identification during experiments.

User-Friendly and Durable Design for Laboratory Environments

Featuring a high-quality PCB housed in a robust ABS cabinet, the trainer is both reliable and portable for desktop use. The user-friendly front panel, with clearly labeled banana socket connectors and intuitive design, ensures efficient setup, experiment execution, and demonstrationeven for first-time users.

FAQs of Pre-emphasis De-emphasis Trainer:

Q: How does the Pre-emphasis and De-emphasis Trainer assist in signal processing experiments?

A: The trainer allows users to generate input signals, observe filtered and compensated outputs, and analyze the effect of pre-emphasis and de-emphasis circuits through accessible test points, making the study of these concepts practical and interactive.

Q: What waveform types can be used as input signals on this trainer?

A: The built-in function generator supports both sine and pulse waveform inputs, typically at 1 kHz frequency, catering to a wide range of experimental requirements for communications courses.

Q: When should students use pre-emphasis and de-emphasis experiments in their curriculum?

A: These experiments are essential when learning about noise reduction and bandwidth management in analog transmission, typically introduced in communication engineering modules covering signal conditioning.

Q: Where can users monitor the signal changes in the circuit?

A: Users can monitor signal progression at multiple test points provided at various circuit stages, and visually follow the changes via connected oscilloscopes or function generators, leveraging the clear front panel layout.

Q: What is the process for setting up and operating this trainer in a laboratory setting?

A: Simply place the unit on a desktop, connect to 220V AC mains, select the desired waveform using the built-in function generator, connect test devices to 2mm banana sockets at test points, and follow the supplied user manual for guided experiments.

Q: What are the primary benefits of using this trainer for educational purposes?

A: It provides a hands-on approach to understanding complex filtering concepts, promotes active learning through direct circuit interaction, ensures safety with in-built overcurrent protection, and meets high accuracy requirements demanded by academic settings.

Q: How is the equipment protected during use?

A: The trainer incorporates in-built overcurrent protection on its regulated +/-12V DC power supply, ensuring component longevity and user safety during intensive laboratory sessions.

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