D3080-01

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Shunts and Jumpers are some of the most commonly used types of electrical connections. The D3080-01 application field and working principle are similar and closely related, though they serve different purposes. In this article, we will discuss the application field and working principle of the D3080-01.

D3080-01 is a type of jumper, which is used to connect two points in a circuit. It is typically used to connect power wires or other high-voltage wires. This type of jumper is commonly used in power distribution and signal routing applications, where it may be necessary to transfer power or signals between two different points in a circuit. It is also commonly used in automotive circuit boards and computers to provide an alternate pathway for signals to pass between different components.

The D3080-01 is composed of two pieces: an insulation sleeve and a copper core. The insulation sleeve is made of an insulating material such as PVC, PET, or Nylon. This sleeve is what provides the protection against any electrical current that could otherwise damage components and wires in the circuit. The copper core is the conductor that allows current to travel between the two points connected by the jumper. This copper core is generally covered in a protective coating that is designed to protect the core from oxidation and abrasion.

The working principle of the D3080-01 is relatively simple. When the jumper is in position, electricity is conducted through the copper core and out to the two points being connected. This electricity then flows through the components and wires, enabling the desired operation of the circuit. Furthermore, the insulation sleeve helps protect the components and wires from any potential short circuit.

As mentioned previously, the D3080-01 is commonly used in power and signal routing applications. This device has proven especially useful in automotive applications, where its insulation properties provide an extra layer of protection to prevent damage to the engine or other electronic components. Additionally, the jumper can be used in computers to provide a pathway for data transfer between different components. Furthermore, this type of jumper can also be used in avionics systems to support communications and navigation.

In summary, the D3080-01 application field and working principle involve connecting two points in a circuit using a jumper composed of an insulation sleeve and a copper core. This jumper can be used in automotive, computer, or avionics applications, providing a secure connection that is also protected from any electrical current that could otherwise cause damage. It is also a practical device for signal or power routing in various circuits.

The specific data is subject to PDF, and the above content is for reference