H5BBT-10102-R9

Jumper Wires

Jumper wires are commonly used in electronics to quickly and temporarily connect two points in a circuit, like two electronic components, two terminals of a breadboard, and so on. Typically, jumper wires are available in different shapes and sizes. The larger varieties can handle more current or power, whereas the smaller varieties are ideal for low-power and very small current applications. The most common types of jumper wires are male-to-female, female-to-female, and male-to-male. The H5BBT-10102-R9 jumper wire is a male-to-female type. It is an insulated red and black lead wire; the red end is connected to a red male contact, and the black end is connected to a black female contact.

Pre-Crimped Leads

A pre-crimped lead is a ready-made cable assembly that eliminates time-consuming wire preparation and assembly. It consists of a contact that has been crimped onto one end of a pre-insulated conductor. The other end of the conductor does not have a crimp terminal attached. Pre-crimped leads are commonly used in the electrical industry for appliances, machinery, equipment, and other applications. The H5BBT-10102-R9 is a pre-crimped lead available in red and black colors. It is suitable for the assembly of high-frequency cables such as for telecommunications, computer network applications, and other data communication systems.

H5BBT-10102-R9 Application Field and Working Principle

The H5BBT-10102-R9 is a jumper wire plus a pre-crimped lead combined together. It features a contact that has been crimped onto the red end of a pre-insulated conductor, while the black end of the conductor does not have a crimp terminal attached. It is used mainly in instruments or control boxes for the purpose of interlocking signals. The working principle of the H5BBT-10102-R9 jumper wire is simple. When the jumper wire is connected between two points of a circuit, a connection is made and current is allowed to flow from one point to the other. This way, it is possible to quickly add or modify connections in the circuit without having to make any permanent connections.