H4BXT-10103-R1

Jumper wires and pre-crimped leads, such as the H4BXT-10103-R1, are used for many application fields; from industrial to consumer, these versatile components can be applied to a wide variety of scenarios. This article aims to explain the basics of the H4BXT-10103-R1’s application fields and working principles in order to inform potential users of the component’s potential uses.

Application Fields

Jumper wires and pre-crimped leads such as the H4BXT-10103-R1 are utilized in a variety of industries ranging from consumer to industrial segments. The main application field is robotics, in which they can be used to create circuits to transfer power, control data, and ground the robot. H4BXT-10103-R1s are also often used in a variety of automotive applications and can be found in numerous electric circuit boards. Additionally, these components are popular in consumer electronics, such as televisions and videogame consoles.

Working Principle

The H4BXT-10103-R1 consists of two metal components, a conductor and a socket. The conductor is composed of a plastic cover and a metal contact, and the socket is composed of a metal cover and a plastic contact. The conductor and socket are held together by a spring, which is connected to the conductive material. The conductive material is typically made of an aluminum-plated copper wire. When the conductor and socket are connected, they create a circuit between the two ends of the wire.

The spring is responsible for maintaining the connection between the two components throughout different operational temperatures and power issues. The spring is also able to withstand vibration, which allows the connection between the conductor and socket to remain intact under various conditions. It is also designed to protect the wire from corrosion, thereby providing a secure connection for transferring power and data.

Conclusion

The H4BXT-10103-R1 is an effective and versatile component that can be used in a number of applications in the consumer and industrial fields. Its unique design features a conductive material that is designed to withstand high temperatures and power issues, together with a spring which provides a secure connection that is resistant to corrosion and vibration. This component is ideal for use in robotics, automotive applications, and consumer electronics, and its ability to transfer power and data make it a great choice for circuit boards.