1. Power Supplies

• DC Power Supply IC Regulated:

  • ±5V, ±12V at 500mA

  • 0 to 30V at 250mA (3 units)

• AC Power Supply:

  • 9-0-0 VAC, 12-0-12 VAC

• Mains Power:

  • 230V, 50Hz ±10%

2. Digital Meters & Instruments

• Voltmeter: 20V DC

• Ammeter: 200mA DC

• Breadboard: Solderless with easy removal of components

• Frequency Generator: 1Hz to 100KHz, variable frequency and amplitude

• Logic Inputs/Outputs: 16-bit for digital experiments

• Indicators: 4-bit BCD to 7-segment displays (2 inputs)

• Additional Components:

  • Buzzer for continuity testing

  • Low-frequency speaker

  • Logic low-frequency mono pulsar with rising and falling edges

3. Trainer Construction

• PCB Material: High-class insulated printed circuit board (PCB) with well-marked circuits and symbols.

• Fuse Protection: Short-circuit protection included

• Connections: 2mm brass sockets for easy connections

• Size: 12” x 10” (compact)

• Plastic Cabinet: ABS material for durability

4. Modules Available:

Analog Electronics Modules

• Oscillators (e.g., Astable, Wein Bridge, Hartley)

• Amplifiers (e.g., transistor amplifiers, op-amp configurations)

• Filters (e.g., Low pass, high pass)

• Voltage regulation, power transfer, and other fundamental circuit experiments.

Digital Electronics Modules:

• Logic Gates, Flip-flops, Multiplexers, Decoders

• Encoders, Binary Adder/Subtractors

• RAM, ROM, ALU, DAC, ADC, and other fundamental digital circuits.

Microcontroller Training:

• PIC 16F877 Microcontroller Trainer:

  • PIC microcontroller study with components like LED displays, LCD, switches, RTC, EEPROM, and more.

  • Interfaces such as RS232 and stepper motor driver for practical use.

• LPC2148 Microcontroller Trainer:

  • Focused on ARM7 LPC2148 microcontroller.

  • Features like 128x64 graphical LCD, SD card interface, serial communication, and more peripherals.

5. Optional Accessories

• These are additional tools and devices that can be added based on specific experiment requirements, which are not detailed but available upon request.

Learning Scope:

The equipment covers a wide range of learning, from basic electronics principles like Ohm’s law and network theorems to more advanced topics such as microcontroller programming, ADC/DAC conversion, and digital communication protocols.

Conclusion:

This set is a comprehensive toolkit ideal for hands-on learning in both analog and digital electronics, as well as microcontroller programming and interfacing. The detailed trainers provided will give students and practitioners the experience to handle real-world applications across various fields of electronics.