Analog & Digital Bread Board Trainer | AE 355

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Analog & Digital Bread Board Trainer | AE 355

High-quality analog & digital breadboard trainer for seamless circuit prototyping. Features 830+ tie points, durable ABS build, and student-friendly design for reliable lab experiments.

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Original price was: ₹14,100.00.Current price is: ₹9,870.00.

Description

Specifications Table

Product Material – ABS Plastic

Grade – Educational/Professional

Application – Circuit Prototyping, Electronics Testing, Signal Processing

Product Overview

The Analog & Digital Bread Board Trainer is a versatile and durable platform designed for electronics experimentation and circuit development. Built with high-grade ABS plastic, this trainer ensures long-lasting performance even under frequent use. It features over 830 tie points, providing ample space for complex circuit setups without soldering. The layout includes clearly labeled rows and columns for easy component placement, while the integrated power rails simplify voltage distribution. Ideal for both analog and digital applications, this breadboard supports resistors, capacitors, ICs, LEDs, and other standard components. The non-slip rubber feet ensure stability during use, and the compact design makes it portable for lab or fieldwork. Whether you’re testing signal processing circuits or debugging microcontroller projects, this trainer delivers reliability and precision. Its user-friendly interface reduces setup time, allowing you to focus on experimentation and innovation.

FAQs

1. Can this breadboard trainer handle both analog and digital circuits simultaneously?

Yes, the design supports mixed-signal applications, allowing you to integrate analog sensors with digital ICs like microcontrollers or logic gates without interference.

2. What is the maximum voltage this breadboard can safely handle?

The trainer is rated for standard low-voltage applications (typically up to 5V–12V DC), but always ensure your power supply matches the component specifications to avoid damage.

3. Are there any alternatives if I need more tie points for larger projects?

For expanded capacity, consider linking multiple breadboards via jumper wires or opting for a modular breadboard system with interconnectable units.

4. How should I store this breadboard to prevent dust or corrosion?

Store it in a dry, sealed container or anti-static bag when not in use. Avoid exposure to moisture or direct sunlight to maintain conductivity and longevity.

5. Is this breadboard compatible with Arduino or Raspberry Pi modules?

Absolutely. The standard 2.54mm pitch and power rail layout make it fully compatible with Arduino shields, Pi HATs, and most breakout boards for seamless integration.