Accelerate your hardware development with our 115mm x 120mm Universal Prototype PCB Board. This square-format dot-matrix board is an essential tool for engineers, students, and makers, providing a reliable platform for permanent circuit assembly and hardware testing. Designed with a high-density grid of pre-drilled, tinned holes, this board supports a wide range of through-hole components for clean and professional results.
Optimized Square Dimensions: The 115mm x 120mm footprint offers a balanced workspace ideal for medium-to-large circuit designs.
Double-Sided Connectivity: Features tinned copper pads on both surfaces, enabling complex routing and component mounting on either side of the board.
Integrated Power Rails: Includes specialized long-strip contact pads at the top and bottom edges, perfect for power distribution and ground busing.
Precision Coordinate System: Clearly labeled alphanumeric markings (A–V and 1–46) facilitate accurate component placement and rapid circuit mapping.
Robust Substrate Material: Manufactured from high-quality heat-resistant material to prevent pad lifting and warping during intensive soldering.
The B-07 Series prototype board is specifically built to bridge the gap between temporary breadboarding and custom manufactured PCBs. Its sturdy construction and high-quality tinned finish ensure long-lasting durability for industrial controls, custom laboratory tools, and sophisticated DIY electronics projects.
Dimensions: 115mm x 120mm.
Series: B-07 Dot Matrix.
Material: Industrial-grade FR-4 or high-performance phenolic.
Holes: Standard pitch tinned copper pads.
Mounting: Four pre-drilled corner holes for easy enclosure integration.
Is the hole spacing compatible with standard components?
Yes, this board features standard 2.54mm (0.1") pitch spacing, making it perfectly compatible with most ICs, headers, and discrete electronic components.
Can I chain multiple boards together?
Absolutely. The edge power rails are designed to align easily, allowing you to bridge connections between multiple boards for larger modular systems.
How durable are the solder pads?
The pads are high-quality tinned copper, designed to withstand multiple soldering passes without delaminating from the substrate.
