This clear breadboard provides a window into the world of circuitry, offering a transparent view of your connections and components as you build.
Behind the clear plastic faade lies a versatile solderless breadboard with 400 tie-in points, perfect for experimenting with Arduino and other electronics projects. It features 2 power buses, 30 columns, and 10 rows, providing ample space for creating and testing circuits. The layout accommodates standard 0.1" pin spacing and accepts wire sizes ranging from 29 to 20AWG.
The breadboard's unique design includes interlocking parts, allowing you to connect multiple boards seamlessly for larger projects. It comes with a self-adhesive backing for easy mounting on various surfaces.
Technical Specifications:
- Amount of Tie-Points: 400 Total
- Standard Tie-Points: 300 in Double-Strip (Middle Lanes)
- Power Lane Tie-Points: 100 (50 in each Power Lane) along edges
- Recommended Voltage: 300V
- Recommended Current: 3-5A
- Wire Diameter Compatibility: 20-29 AWG
- Dimensions: 8.2 cm x 5.5 cm x 0.85 cm
Key Features:
- Transparent design for visual clarity and easy tracing of connections.
- Ideal for Arduino Shield prototyping and general electronics experimentation.
- Interlocking feature allows for combining multiple boards.
- Self-adhesive backing for convenient mounting.
- Accommodates a wide range of wire sizes.
Applications:
This 400-point solderless breadboard is specifically designed for Arduino Shield projects, providing a convenient platform for testing and iterating circuit designs. It's an essential tool for beginners and experienced makers alike, enabling rapid prototyping without the need for soldering. Beyond Arduino, this breadboard is suitable for various small-scale electronics projects, offering flexibility and ease of use for experimenting with circuits and components.
Included within Arduino starter kits, this breadboard is a fundamental component for anyone diving into electronics prototyping, offering a versatile and user-friendly platform for exploring the world of DIY electronics.
