H2BBG-10103-L4

Jumper Wires, Pre-Crimped Leads

The H2BBG-10103-L4 is an ideal component for circuits that requires a reliable connection between disparate parts, and is composed of thin strands of tightly bundled wires, with each having its own pre-crimped lead nipple for a sure and long lasting electrical connection.

Application Fields

H2BBG-10103-L4 jumper wires are essential in the prototype assembly and testing of complex systems. They are commonly found in vehicle wiring, robotics, computer systems, and other applications that require precision electrical connections. The ability to solder the nipples allows them to join to a wide range of connectors as well as non-electrical objects. Additionally, jumper wires are favoured by hobbyists who use them to test connections within circuits.

Working Principle

The core of H2BBG-10103-L4 jumper wires is composed of multiple strands of tightly twisted bare copper wires. As this is a product that requires robustness and reliability, these wires are also pre-coated with a polyethylene jacket for protection. The lead nipples are pre-crimped to the ends of the wire bundle and use Nickel plating for superior conductivity and oxidation resistance. The nipples are then sealed with a waterproofing agent to provide added protection from corrosion and other elements.

Once properly connected, the jumper wires allow current to pass between the points cleanly and reliably, making them an excellent choice for applications that require a strong electrical connection. Thanks to its polyethylene coating, the jumper wires are also highly flexible and durable, making them perfect for systems that require flexibility and reliability.

Conclusion

H2BBG-10103-L4 jumper wires offer a convenient and reliable solution for applications that require electrical connections. Thanks to its pre-crimped lead nipples and polyethylene coating, these wires have superior conductivity, reliability, and flexibility. They are perfect for use in vehicle wiring, robotics, computer systems, and other applications that require precision electrical connections.