4x6cm Universal PCB Prototype Board Double-Sided 2.54mm Hole Pitch

4x6cm Universal PCB Prototype Board Double-Sided 2.54mm Hole Pitch Description

The 4x6cm Universal PCB Prototype Board Double-Sided 2.54mm Hole Pitch is a highly functional and compact PCB, designed for medium-sized electronics projects. With a double-sided layout, it maximizes the available space for component placement and soldering. The 2.54mm hole pitch ensures compatibility with standard through-hole components, such as resistors, diodes, capacitors, and integrated circuits (ICs). This PCB offers a perfect balance of size and usability, providing more room for projects without being overly large or difficult to handle. It is ideal for DIY electronics, prototyping, and testing new designs, making it a valuable tool for hobbyists and professionals alike.

4x6cm Universal PCB Prototype Board Features

• Medium Size: The 4x6cm size offers ample space for medium-scale projects while remaining compact and easy to manage.
• Double-Sided Design: Allows for more components to be placed on both sides of the board, increasing the efficiency of the design and saving space.
• Standard 2.54mm Hole Pitch: Compatible with a wide variety of through-hole components, ensuring versatility for different types of projects.
• Durable and Sturdy: Built from high-quality fiberglass with a copper-clad surface, offering long-lasting performance during the prototyping and testing process.
• Ideal for Prototyping: Perfect for designing and testing electronic circuits, sensors, and small devices, providing a flexible solution for a variety of projects.

4x6cm Universal PCB Prototype Board Specifications

• Size: 4x6cm
• Hole Pitch: 2.54mm
• Type: Double-sided PCB
• Material: Durable fiberglass with copper-clad surface
• Compatible Components: Works with standard through-hole components like resistors, capacitors, transistors, and ICs

4x6cm Universal PCB Prototype Board Applications

• Prototyping: Ideal for creating and testing custom circuits for electronic projects that require moderate space and component density.
• Custom Circuit Designs: Perfect for DIY electronics enthusiasts building custom circuits for home automation, robotics, or wearable electronics.
• Education and Learning: A useful tool for electronics students to learn about soldering, circuit assembly, and testing in hands-on workshops.
• Experimentation: Great for experimenting with circuit designs, building temporary setups, and testing new ideas before finalizing a design.