0500798000-12-V8-D

Jumper Wires

Jumper wires are one of the most versatile components in any engineer’s toolbox. These small wires come in various lengths and can be connected to nearly anything, including other jumper wires, electrical components, and circuit boards. Generally speaking, jumper wires are made up of a small insulated wire with a connector on each side. The jumpers can then be connected to other components via their connectors, usually via screw terminals. 0500798000-12-V8-D jumper wires are one type of jumper wire and are typically used in applications that require high-capacity, reliable signal connections.

Pre-Crimped Leads

Pre-Crimped Leads are small, insulated wires with connectors on one end that have already been crimped in place. These are designed to easily and quickly connect two components without the additional step of having to crimp the wire onto the connector, eliminating many potential wiring errors. Generally, pre-crimped leads are used in applications that have very tight physical space constraints such as Miniature circuit boards. 0500798000-12-V8-D pre-crimped leads have become increasingly popular for their ability to provide reliable connections in extremely small spaces.

Application Field and Working Principle

The 0500798000-12-V8-D series of Jumper Wires and Pre-Crimped Leads is designed for applications that require high-capacity, reliable connections in extremely small areas. Their primary use is in circuits where signal/power integrity of the links between two components in a system must be maintained, such as in high-speed data and power transmission. To achieve this, the 0500798000-12-V8-D jumpers feature gold-plated stainless steel connectors that provide superior electrical characteristics, as well as special insulation material, which ensures that the electric signal is correctly transmitted along the full length of the cable.

In addition, the 0500798000-12-V8-D jumper wires and pre-crimped leads come with a range of cable lengths and colors that can be used to create larger, more complex circuits. This flexibility makes them a great choice for prototyping, signal loop testing, and other engineering applications.