400 Point Breadboard

400 Tie-Point Solderless Breadboard – Prototyping Board for Electronics & Arduino Projects
The 400 tie-point solderless breadboard is a compact and reusable prototyping platform designed for building and testing electronic circuits without soldering. Ideal for Arduino projects, embedded systems, DIY electronics, and educational experiments, this breadboard provides secure wire connections, organized circuit layout, and convenient component placement for rapid hardware development.

Why it’s a System Essential:
• Solderless Prototyping: Quickly build and modify circuits without permanent soldering.
• 400 Tie Points: Provides ample space for testing and experimenting with electronic circuits.
• Arduino Compatible: Perfect for Arduino, sensors, LEDs, resistors, and embedded electronics projects.
• Reliable Wire Connections: Metal spring clips securely hold jumper wires and component leads.
• Reusable & Durable Design: Suitable for repeated electronics experimentation and development.
• Organized Layout: Color-coded power rails simplify circuit organization and troubleshooting.
• Sticky Back Support: Adhesive backing helps keep the breadboard stable during use.

Technical Capabilities:
• Total Tie Points: 400
• Breadboard Type: Solderless Prototyping Board
• Hole Pitch: Standard 2.54mm
• Supported Wire Sizes: 20 to 29 AWG
• Supported Jumper Wire Diameter: Up to 0.8mm
• Power Rails: 2 Power Lanes
• Layout Type: Double-Strip Layout

Compatible Components:
• Resistors
• LEDs
• Diodes
• Transistors
• Capacitors
• Arduino Modules
• Sensors and Embedded Components

Features:
• Compact and reusable design
• Secure metal clip contacts
• Standard embedded-system compatibility
• Color-coded power distribution rails
• Easy circuit assembly and modification
• Suitable for educational and DIY projects

Best For:
Ideal for students, hobbyists, makers, engineers, educators, and embedded developers working on Arduino projects, embedded systems, electronics prototyping, sensor interfacing, robotics, and DIY electronic experiments requiring quick and reliable solderless circuit development.