Tiny Breadboard 170 Tie Point – Green

Description

170-Tie Point Mini Breadboard – Green

The 170-Tie Point Mini Breadboard (Green) is an ultra-compact, high-performance prototyping platform designed for small-scale electronic projects. Its distinct green color is often used by engineers and hobbyists to represent “eco-friendly” or “sensor-input” modules, helping to keep complex projects organized and visually intuitive.

Technical Specifications

Key Features

• Compact Efficiency: Perfect for tight spaces where every millimeter counts, such as wearable technology, compact robotics, or miniaturized IoT sensor nodes.

• Color-Coded Organization: The green housing provides an excellent way to distinguish sub-circuits, such as power-saving modes or environmental monitoring sensors, from the rest of your prototype.

• Modular Versatility: Side-mounted tabs allow you to snap multiple boards together, creating a custom prototyping area that can scale alongside your circuit’s complexity.

• Secure Attachment: Features a durable, adhesive-backed foam base for permanent mounting inside enclosures or onto a fixed chassis.

• Standard Compatibility: With a standard 2.54mm (0.1″) pitch, it is compatible with all standard DIP integrated circuits, pin headers, and jumper wires.

Best Practices for Use

• Wire Selection: Always use solid-core jumper wires (22–24 AWG). Stranded wires can fray and damage the delicate internal nickel-plated phosphor bronze clips, leading to poor connections over time.

• Surface Preparation: For the most secure mounting, clean your target surface with isopropyl alcohol before peeling the adhesive backing. This ensures a stable bond that lasts.

• Component Insertion: Insert components vertically. Inserting leads at an angle can cause the ABS housing to crack or bend the internal contact springs, causing intermittent performance.

• Maintenance: Never apply a soldering iron to the breadboard. If your circuit requires permanent junctions, build them on a separate perfboard or breakout board first, then plug that assembly into the breadboard