H5BXT-10105-N0

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Jumper Wires are a type of pre-crimped leads primarily used in wiring and electrical engineering. The H5BXT-10105-N0 is a type of Jumper Wire designed for use in many different applications. The purpose of this article is to discuss the application field and working principle of the H5BXT-10105-N0.

Description

The H5BXT-10105-N0 is a standard-sized Jumper Wire featuring a yellow-jacked outer jacket. The actual wire type is UL1007. The wire has a stranded copper core that can easily carry currents up to 13A. It is shielded with a PVC insulator and PVC jacket.

Application Fields

The H5BXT-10105-N0 Jumper Wire is typically used in the following areas:

• Circuit Interconnections
• Data Communications
• Power Supplies
• Robotics
• Test & Measurement
• Consumer Electronics

The H5BXT-10105-N0 Jumper Wire is mainly used in these applications due to its affordable cost, flexibility and durability.

Working Principle

The working principle of the H5BXT-10105-N0 Jumper Wire is similar to other types of pre-crimped jumper wires. When two ends of the wire are connected, it forms an electrical circuit between them. The amount of current that can be carried is dependent on the size of the copper wire and the insulating material. Larger wires are often made of stranded cores and are able to carry higher currents.

The H5BXT-10105-N0 Jumper Wire is well-suited for applications in which the circuit needs to be flexible or moved around a lot. Since the wire is insulated, it can be bent and twisted without risking short-circuits. The PVC insulator is also tough and resistant to abrasion, which makes it ideal for applications such as robotics and power supplies.

Conclusion

The H5BXT-10105-N0 Jumper Wire is a versatile pre-crimped lead that can be used in a variety of applications, including circuit interconnections, data communications, power supplies, robotics, test & measurement, and consumer electronics. Its ability to carry currents up to 13A makes it well-suited for a variety of applications. It is also flexible and durable, making it a great choice for applications that require a lot of movement.

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