ANALOG AND DIGITAL COMMUNICATION TRAINER

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ANALOG AND DIGITAL COMMUNICATION TRAINER

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ANALOG AND DIGITAL COMMUNICATION TRAINER Specification

Model No

Voltage
220V Volt (v)

Core Components
Signal Generator, Modulator, Demodulator, Oscillator, Power Supply Unit, Patch Cords

Frequency
DC to 1 MHz Megahertz (MHZ)

Automation Grade
Manual

Power Source
220V AC, 50Hz

Measurement Range
Variable depending on experiment

Accuracy
100 % %

Feature
Highly Efficient

Equipment Materials
High Grade Plastic and Metal

Type
Trainer Kit

Usage
Laboratory

Display Type
Analog and Digital

Dimension (L*W*H)
400 x 300 x 100 mm Millimeter (mm)

Weight
Approx. 3 kg Kilograms (kg)

About ANALOG AND DIGITAL COMMUNICATION TRAINER

ANALOG AND DIGITAL COMMUNICATION TRAINER

a. Analog Communication Trainer

Features:

Analog Communication Trainer should be designed in a modular format using base

station and PCB module approach in order to make the program both

comprehensive and flexible for both student and the teacher. The base station

should provide a working platform for the Analog Communication Modules. All

necessary equipment such as power supplies, switches and others services required

for operation of the modules should be included on base station.

Courseware:

A comprehensive experiment manual should be provided to guide the students in

studying the various application modules. This manual should include step-by-step

instruction to prepare the modules for the experiment as well as some theory to

strengthen the student's knowledge in areas that is important as a background

which is needed before doing the experiment. Complete Analog Training System

should be provided with all of the topics. The trainer should be able to cover the

following topics:

Oscillators and filters
AM Modulator & Demodulator
DSB/SSB Modulator & Demodulator
FM Modulator & Demodulator
PPL frequency synthesizer

Modules:

The modules should feature electrical and electronic components that are mounted onto printed circuit boards with the circuit

diagram silk-screened onto the surface. Interconnections between key components or circuit blocks should be provided through 2mm

test leads.

b. Digital Communication Trainer

Features:

Digital Communication Trainer should be designed in a modular format using base station and PCB module approach in order to

make the program both comprehensive and flexible for both student and the teacher. The base station should provide a working

platform for the Digital Communication Modules. All necessary equipment such as power supplies, switches and others services

required for operation of the modules should be included on the base station.

Courseware:

A comprehensive experiment manual should be provided to guide the students in studying the various application modules. This

manual should include step-by-step instruction to prepare the modules for the experiment as well as some theory to strengthen the

student's knowledge in areas that is important as a background which is needed before doing the experiment. Complete Digital

Training System should be provided with all of the topics. The trainer should be able to cover the following topics:

Analog to digital & digital to analog converter
Parallel to serial & serial to parallel converter
ASK modulator & demodulator
FSK modulator & demodulator
PSK modulator & demodulator
QPSK modulator & demodulator
RZ, NRZ & clock delay
Word clock

Modules:

The modules should feature electrical and electronic components that are mounted onto printed circuit boards with the circuit diagram

silk-screened onto the surface. Interconnections between key components or circuit blocks are provided through 2mm test leads.

Comprehensive Experimental Capability

This trainer kit supports a wide spectrum of experiments in analog and digital communication, featuring modules for AM, FM, PM, and pulse modulation. Additionally, learners can explore digital baseband transmission, making it an ideal tool for comprehensive education in communication systems.

Hands-On Learning and Real-Time Observation

Students can connect the trainer kit to an oscilloscope through provided test points, helping visualize and analyze live signal pathways in each experiment. This approach deepens practical understanding and strengthens troubleshooting skills, essential for communication engineering disciplines.

Safety and Durability Features

Engineered with high-grade materials, the trainer incorporates overload and short-circuit protection to safeguard both users and equipment. The robust design assures longevity, reliability, and an added layer of security during laboratory sessions.

FAQs of ANALOG AND DIGITAL COMMUNICATION TRAINER:

Q: How is the Analog and Digital Communication Trainer used in laboratory settings?

A: The trainer is used by students to perform a series of communication experiments, such as AM, FM, PM modulation/demodulation and digital baseband transmission. By connecting the inputs and outputs to an oscilloscope through the provided test points, users can observe waveform transformations and measure results for in-depth analysis.

Q: What types of experiments can be conducted with this trainer kit?

A: Users can conduct diverse experiments including amplitude, frequency, and phase modulation/demodulation, pulse modulation, and digital baseband transmission. The kit supports in-depth exploration of analog and digital communication concepts, making it versatile for a wide range of experiments.

Q: When should the overload and short-circuit protections be checked?

A: It is advisable to check the function of overload and short-circuit protections before each lab session. This ensures the equipment remains protected and functional, especially when conducting experiments that may involve varying signal strengths or accidental wiring mistakes.

Q: Where can this communication trainer be installed and used?

A: The trainer is designed for installation and use in laboratories of engineering colleges, diploma courses, and technical institutes. Its compact and durable build makes it suitable for bench-top use in any typical academic lab environment.

Q: What process is involved in setting up an experiment using the trainer kit?

A: To set up an experiment, users should connect the relevant input signals, configure the modulation/demodulation modules as per the manual, and connect output terminals to an oscilloscope. Patch cords and power wiring are used as indicated, with step-by-step guidance from the included experiment manual.

Q: How does the trainer benefit students and instructors?

A: The trainer provides practical, hands-on experience, reinforcing theoretical knowledge with real-world signal observations. This helps students understand core concepts more deeply and equips instructors with an effective teaching tool for communication engineering.

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