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Digital Analog Trainer System

Price 100.0 INR/ Unit

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MOQ : 10 Units

Digital Analog Trainer System Specification

Input
Digital and Analog Inputs

Components
IC sockets, switches, LEDs, function generator, breadboard, power supply

Operating Temperature
0C to 40C

Resolution
Standard digital resolution

Power Source
Mains Powered

Display Type
LED indicators for logic status

Features
Built-in function generator, regulated power supply, breadboard platform, durable design

Interface
Connectivity via patch cords

Power Supply
230V 10% AC, 50 Hz

Output
Digital and Analog Outputs

Usage
Laboratory Training Equipment

Response Time
Instantaneous (for digital applications)

Product Type
Digital Analog Trainer System

Application
Educational, Practical Laboratory Experiments

Rated Voltage
220V AC

Supply Voltage
Fixed/Variable DC supply: +5V, 12V DC

Size
Standard bench-top unit

Dimension (L*W*H)
Approx. 420mm 305mm 100mm

Function
For performing basic experiments in digital and analog electronics

Color
Gray and Black

Weight
Approx. 4 kg

Capacity
Multiple experiment set-up capability

Thickness
Standard panel thickness: 3mm to 4mm

Current Rating
Output current: 500mA (max)

Frequency
Function generator: 1Hz to 100kHz

Switches
Logic push switches and toggle switches provided

Output Terminals
Banana jacks for power supply output

Frequency Counter
In-built with digital display (where applicable)

Breadboard Size
Approx. 165mm 55mm

Fuse Rating
500mA

Connectivity Accessories
Patch cords included

Power Indicator
LED Power ON indicator

Function Generator Output
Sine, Square, Triangle waveforms

Digital Trainer ICs Equipped
Basic TTL/CMOS family compatibility

LED Indicators
Multiple output indications for experiments

Body Material
Powder coated metal chassis

Fuse Protection
Provided for instrument safety

Breadboard Connectivity
Removable and replaceable module

Digital Analog Trainer System Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Telegraphic Transfer (T/T), Cash Advance (CA), Letter of Credit (L/C), Cash in Advance (CID), Cheque

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
carton box, export quality also available

Main Export Market(s)
Middle East, Western Europe, Asia, Eastern Europe, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Digital Analog Trainer System

DIGITAL ANALOG TRAINER SYSTEM

Dc power supply
Fixed Dc output: +5v, 1A
Fixed Dc output "-5, 300mA
Variable Dc output 0- +15V , 500mA
Variable Dc output 0- -15v, 500mA
Function Generator
Universal counter
Eight bits data switch
Speaker
Four channel adapter
Two digital of segment LED display
Two pulse switch
8 bits LED display
Universal connector fixed holder

Versatile Platform for Electronics Education

The trainer system supports a wide range of digital and analog experimental modules, making it a valuable resource for engineering students and laboratory instructors. Its modular breadboard, comprehensive connectivity options, and industry-standard IC compatibility provide an ideal setting for foundational and advanced circuit design exercises.

Safety and Durability Features

Equipped with a 500mA fuse for overcurrent protection and an LED power indicator, the system puts safety at the forefront. Its rugged, powder-coated metal chassis offers longevity, while a standard panel thickness of 3mm to 4mm safeguards internal components during intensive use.

User-Friendly Operation and Indicators

Multiple logic push and toggle switches, LED indicators for status monitoring, and easy-to-use banana jack terminals streamline experiment setup. The removable breadboard enhances flexibility, while the digital display frequency counter simplifies measurement and observation in real time.

FAQs of Digital Analog Trainer System:

Q: How is the Digital Analog Trainer System used in laboratory experiments?

A: This trainer is designed to facilitate hands-on experiments in digital and analog electronics. Students and educators can assemble circuits on the removable breadboard, use built-in function generators to provide various waveforms, and monitor outputs via LED indicators and digital displays, making it an essential educational laboratory tool.

Q: What are the primary benefits of using this trainer system for electronics education?

A: The trainer system provides a practical, modular platform for understanding circuit design and analysis. It enables multiple experiment setups, safe operation due to fuse protection, and easy component replacement. Features like the built-in function generator and frequency counter help visualize concepts in real time.

Q: Where can the trainer system be used most effectively?

A: This unit is best suited for educational environments such as engineering colleges, technical institutes, and research laboratories where practical electronics training is required. Its standard size and robust design also make it ideal for repeated classroom and laboratory use.

Q: What type of experiments can be performed with this trainer system?

A: You can conduct a variety of experiments, including basic logic circuit implementation, waveform generation, frequency analysis, analog-digital signal studies, and practical troubleshooting of electronic circuits using supplied TTL/CMOS compatible ICs and advanced measurement tools.

Q: How does the system ensure user and equipment safety during operation?

A: Safety is ensured through integrated features such as a 500mA fuse for overcurrent protection and an LED power indicator for clear operational status. The powder-coated metal chassis and 3-4mm thick panel prevent accidental damage, while regulated power supplies minimize risk during experimentation.

Q: What accessories and connectivity options are provided with the trainer?

A: The unit includes patch cords for straightforward interconnection of components and modules. Output terminals use banana jacks for secure power supply connection. The modular breadboard system is removable and easily replaceable to support a wide range of experimental setups.

Q: When is it necessary to replace or upgrade the breadboard module?

A: Replace or upgrade the breadboard module if wear or damage hinders reliable connections or when newer experimental configurations require enhanced functionality. The systems design allows for easy removal and replacement, ensuring continued effectiveness in diverse laboratory applications.

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