Specifications Table

Product Material – Copper core with PVC insulation

Grade – Laboratory/industrial standard

Application – Prototyping, circuit testing, electronics experiments

Product Overview

Designed for precision and durability, these connecting leads for breadboards ensure seamless electrical connectivity in lab and DIY electronics setups. The high-purity copper core guarantees low resistance and optimal signal transmission, while the flexible PVC insulation prevents short circuits and resists wear from repeated use. Each lead is engineered to fit snugly into standard breadboard terminals, eliminating loose connections that can disrupt experiments. The color-coded ends simplify circuit tracing, reducing errors during complex wiring tasks. Whether used in educational labs, research projects, or hobbyist workbenches, these leads maintain consistent performance under varying temperatures and humidity levels. Their lightweight yet robust construction allows for easy handling without compromising structural integrity. Compatible with most prototyping platforms, these leads are an essential component for building and testing circuits efficiently. The insulation’s high dielectric strength ensures safety during high-voltage applications, making them suitable for advanced electronics work. With a focus on longevity, these leads resist oxidation and corrosion, extending their usable life even in frequent-use environments.

FAQs

1. What gauge wire is used in these breadboard connecting leads?

The leads typically use 22 AWG wire, balancing flexibility and current-carrying capacity for most lab applications.

2. Can these leads be reused multiple times without performance loss?

Yes, the durable PVC insulation and copper core are designed for repeated insertion and removal from breadboards.

3. Are these leads compatible with Arduino or Raspberry Pi projects?

They work seamlessly with standard 2.54mm pitch headers found on Arduino, Raspberry Pi, and similar development boards.

4. How should these leads be stored to prevent damage?

Store them coiled or straightened in a dry, dust-free container to avoid kinks or insulation wear.

5. Do these leads come with any certification for lab use?

They meet general electronics safety standards, though specific certifications may vary by manufacturer.