Breadboard Solderless 400 Tie-Points White For Electronic Experiments (Packaged)

Features:

• 400 tie-points for ample prototyping space
• 2 distribution strips for power and ground connections
• Tie-point 100 area for flexible circuit design
• Compact size: 3.5 × 8.2 × 0.85 cm
• Durable ABS plastic housing
• Compatible with jumper wires of 0.8mm diameter
• Spring clips made from phosphor bronze and nickel-plated
• Spliceable design for larger circuits using multiple boards
• Transparent white color for clear visibility of circuit layout

Description:

• Made from durable ABS and equipped with spring clips for a secure hold on components
• Provides a clear structure ideal for visualizing and debugging circuits
• Perfect for use with Arduino and other microcontroller-based projects
• Environmentally friendly and reusable design

Principle of Work:

• Works without soldering by inserting component leads into tie-points
• Spring clips securely hold components and jumper wires in place
• Horizontal rows connect electronically, allowing for simple and clean connections
• Distribution strips provide power and ground lines along the board

Pinout:

• This breadboard provides a matrix of interconnected tie-points for connecting components
• Horizontal rows for signal connections and vertical strips for power
• See pinout reference image below:

Applications:

1. Circuit prototyping: Easily build and modify circuits without soldering
2. Education: Great for teaching and learning electronic fundamentals
3. DIY projects: Useful for creating hobby and home automation projects
4. Arduino projects: Compatible with Arduino and other development boards
5. Troubleshooting: Quickly test and swap components in a live circuit

Technical Details:

• Total tie-points: 400
• Distribution strips: 2 × 30 tie-points
• Tie-point 100 area: 1
• Material: ABS plastic
• Spring clips: Phosphor bronze, nickel-plated
• Compatible wire diameter: 0.8 mm
• Size: 3.5 × 8.2 × 0.85 cm
• Weight: 15 g

Comparison: With vs Without Breadboard

Without Breadboard:

1. Connect battery to resistor using soldered wires
2. Solder resistor to LED positive leg
3. Solder LED negative leg to battery negative

Requires soldering tools, permanent connections, and time-consuming setup.

With Breadboard:

1. Insert LED and resistor into tie-points
2. Connect battery via jumper wires to distribution strips
3. Easily move and replace components as needed

Quick setup, no soldering required, fully reusable and adaptable.