Small Dotted Veroboard (6.4cm x 14.5cm)

The Small Dotted Veroboard (6.4cm x 14.5cm) is a compact and versatile circuit board designed for prototyping and building electronic projects. This Veroboard features a dotted, pre-drilled layout with holes arranged in a standard 2.54mm pitch, allowing easy and flexible placement of components like resistors, capacitors, transistors, integrated circuits (ICs), and more. Its dotted configuration gives you full control over wiring and connections, making it ideal for custom circuit designs and experimentation.

Despite its smaller size of 6.4cm x 14.5cm, this Veroboard provides sufficient space for smaller projects or components, while remaining portable and easy to manage. Constructed from durable phenolic material, it offers strength and heat resistance, ensuring reliability even during frequent soldering and testing. The copper-clad underside supports stable solder connections, allowing you to build robust and long-lasting circuits.

This Veroboard is perfect for electronics enthusiasts, students, and professionals working on smaller circuits, breadboarding, or DIY electronics projects. Whether you’re learning how to design circuits or building prototypes, the Small Dotted Veroboard offers flexibility and convenience.

Key Features:

• Compact Size: 6.4cm x 14.5cm, ideal for smaller circuits and portable projects.
• Dotted Layout: Flexible, pre-drilled holes (2.54mm pitch) for easy component placement.
• Durable Construction: Made from high-quality phenolic material for strength and heat resistance.
• Copper-Clad Side: Provides strong soldering connections for permanent or temporary circuits.
• Versatile Application: Suitable for prototyping, experimenting, and building custom circuits.
• Customizable Layout: Freedom to arrange components and make connections as needed.

Applications:

• Prototyping small electronic circuits
• Building DIY electronics projects
• Learning and teaching circuit design
• Experimenting with component placement and wiring
• Temporary and permanent circuit assembly

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