Double Sided PCB Board Prototype，Student Handicraft Universal Printed Circuit Board for DIY and Electronic Project

Description

Overview

Introducing the Double Sided PCB Board Prototype – the perfect canvas for students, hobbyists, and engineers who want to bring their electronic ideas to life. This universal printed circuit board is designed for DIY projects, prototyping, and educational experiments, offering a reliable, easy‑to‑use platform for both beginners and seasoned makers.

Key Highlights

• Double‑sided copper layers for complex circuit routing and higher component density.
• Standard 1.6 mm thickness with a 35 µm copper coating on each side.
• Pre‑drilled 0.8 mm mounting holes for secure component placement.
• High‑temperature FR‑4 substrate for excellent durability and heat resistance.
• Compatible with soldering iron, reflow oven, and wave soldering processes.
• Ideal for Arduino, Raspberry Pi, sensor modules, and microcontroller projects.

Specifications

• Board size: 100 mm × 100 mm (custom sizes available upon request)
• Material: FR‑4, flame‑retardant
• Copper thickness: 35 µm per side
• Drill hole diameter: 0.8 mm (standard)
• Surface finish: HASL (Hot Air Solder Leveling)
• Operating temperature: –40 °C to +130 °C

Why Choose This PCB Prototype?

Whether you’re building a simple LED circuit or a sophisticated multi‑layer device, this double‑sided board provides the flexibility and reliability you need. Its generous copper area reduces voltage drop, while the sturdy FR‑4 base ensures long‑term performance even under demanding conditions.

Perfect For

• Student labs and electronics coursework
• DIY hobby projects and maker‑space prototypes
• Rapid development of custom circuits and proof‑of‑concept devices
• Small‑batch production runs for startups and innovators

Easy to Use

Simply lay out your schematic, transfer the design onto the board using your preferred method (toner transfer, UV exposure, or direct etching), and start soldering. The double‑sided layout allows you to separate power and signal traces, minimizing interference and improving overall circuit stability.

SEO Keywords

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