H4BBG-10104-R8

Jumper Wires

A jumper wire is an electrical connection between two points. It is typically a thin wire with a connector on either end that can carry signals, power, data, or common ground connections. In electronics, the use of jumper wires is sometimes necessary to bridge a gap between two component parts or create a short between two sections for a test point.

Jumper wires come in both pre-made and user customizable forms. Pre-made jumper wires are formed in various lengths, and can sometimes be used interchangeably with certain types of electrical components. The biggest advantage of using pre-made jumper wires is their convenience, as the connections are already made and ready to go.

Pre-Crimped Leads

Pre-crimped leads are used to connect two components together without soldering. They are made of flexible or rigid wire, and can be used to connect a variety of components. Pre-crimped leads usually have either gold or tin plating, which provides a good electrical connection and prevents oxidation. Pre-crimped leads are also available in various colors, which makes it easy to identify and differentiate the connections.

Pre-crimped leads are more reliable than solder connections, as they provide a more secure connection and are less susceptible to corrosion. For applications where a tight connection and a reliable electrical connection is required, pre-crimped leads are an excellent choice. The H4BBG-10104-R8 is an example of a pre-crimped lead that is commonly used for connecting wire harnesses and other electrical components.

H4BBG-10104-R8 Application Field and Working Principle

The H4BBG-10104-R8 is a standard pre-crimped lead cable which is commonly used for connecting wire harnesses and other electrical components in automotive and consumer applications. It features an 8-pin setup, as well as eight insulated leads with crimp connectors. The crimp connectors allow for easy connection and provide a secure connection which is less prone to corrosion.

In addition to automotive and consumer applications, the H4BBG-10104-R8 is also suitable for use in data transmission applications. It is capable of handling frequencies up to 2.40 GHz, with a maximum current rating of 3.75 A. The H4BBG-10104-R8 is also resistant to temperature variations and can withstand temperatures up to 125 degrees Celsius.

When using the H4BBG-10104-R8, it is important to ensure that the wiring is properly secured and sealed. This is to prevent short-circuiting, which can potentially damage the lead cables or the components connected to them. The crimped connectors also need to be checked periodically to ensure that they remain secure and intact.