10 Pcs 4.8×13.3cm DIY Prototype Paper PCB Universal Experiment for Circuit Design

Product Features:

• 10 pieces per pack, each measuring 4.8×13.3 cm.
• High-quality FR-4 fiberglass material ensures durability and reliability.
• Single-sided copper clad provides ample space for circuit prototyping.
• Pre-drilled holes on a 2.54 mm pitch facilitate easy component mounting.
• Solder mask and silkscreen markings enhance circuit visibility and reduce errors.
• Compatible with various electronic components, making it versatile for prototyping diverse circuits.

Benefits:

• Rapid prototyping: Enables quick and efficient circuit development.
• Cost-effective: Eliminates the need for expensive custom PCBs.
• Flexibility: Supports a wide range of electronic components for versatile prototyping.
• Enhanced accuracy: Pre-drilled holes and markings ensure precise component placement.
• Durable: Fiberglass material ensures longevity and reliability in various environments.

Usage:

• Circuit prototyping for electronic hobbyists, students, and engineers.
• Rapid development of electronic circuits for prototyping and testing.
• Educational tool for demonstrating circuit design and implementation.
• Small-scale production of electronic circuits for testing and validation.

Specifications:

• Material: FR-4 fiberglass
• Dimensions: 4.8×13.3 cm
• Copper thickness: 1 oz
• Hole pitch: 2.54 mm
• Pre-drilled holes: Yes
• Solder mask: Yes
• Silkscreen markings: Yes

Additional Features:

• Easy to cut and shape for custom circuit designs.
• Compatible with standard prototyping tools and software.
• Comes with a protective layer to prevent scratches and damage during handling.

Why Choose This Product?

• High-quality materials and precise manufacturing ensure reliability.
• Versatile and flexible for rapid prototyping of diverse circuits.
• Pre-drilled holes and markings simplify component placement.
• Cost-effective alternative to custom PCBs for prototyping and testing.
• Ideal for educational purposes and small-scale electronic projects.