0002061101-02-W9

Jumper Wires, Pre-Crimped Leads

Jumper wires, or pre-crimped leads, are an integral part of many electronic systems. 0002061101-02-W9 applications are designed for the customer’s specific needs when used to terminate, interconnect, or carry signals between components. This may include the electrical interconnection of components on printed circuit boards (PCBs), the bridging of different test points, and other related uses. In order to accomplish this, jumper wires are typically made from durable, multi-strand, flexible conductor material, along with zinc-plated eyelets, barrel sizes, and a range of other components.

Working Principle

The concept of a pre-crimped lead is that a user can attach an electrical connection between two components without the need for soldering or crimping. The lead\'s unique eyelet-shaped design does the crimping for you, and is ideal for compressed and secure connections. The flexibility of the multi-strand conductor ensures that the connection is robust and can accommodate a wide range of components. The precise fitting of the lead also ensures that the connection between components is reliable and secure.

Advantages

Jumper wires and pre-crimped leads offer several advantages when compared to traditional soldering and crimping. The most important of these is speed. With a jumper wire, the connection between two components can be made in a matter of seconds. This is in stark contrast to the time consuming involved in soldering and crimping. Additionally, the flexibility of a jumper wire ensures that it stays in place, unlike a soldered joint which can be prone to loosening over time. Furthermore, jumper wires and pre-crimped leads are able to withstand vibration better than a soldered joint, making them ideal when the component needs to remain in a fixed position.

Disadvantage

A disadvantage of jumper wires and pre-crimped leads is that they are not as secure as soldering. Even though the lead may be tightened using a crimping tool, the joint is still somewhat vulnerable to vibration. Additionally, because the joint is held together by the coiled conductor, it can be prone to corrosion over time. This, in turn, can lead to a reduced lifespan of the connection.

Conclusion

0002061101-02-W9 applications are ideal for making secure and reliable connections between components without the need for soldering or crimping. The flexibility of the multistrand conductor ensures that the connection remains secure and can be used for a wide range of components. However, the disadvantage is that the connection is not as secure as soldering and is prone to corrosion over time.