0380020185

Terminal Blocks - Accessories - Jumpers

A jumpers 0380020185 is a device that is used in order to create a secure and electrically reliable connection between two or more pieces of electrical equipment or electrical components. The connection is often made in order to ensure the continuity of an electrical circuit, resulting in the transfer of signals or data.

Application Field

Jumpers are used in many electronic applications, from telecommunications to industrial automation equipment, and are popular in both single-pole and multi-pole applications. They can also be used to connect two or more components on a printed circuit board (PCB), as well as between switches or relays.

Jumpers 0380020185 are also very common in the field of consumer electronics. In consumer home entertainment systems, such as televisions and home theaters, they are used to create an electrical connection from one device to another, such as from the television to the surround sound system.

In addition, jumpers are often used on external hard disks and memory sticks, where they are used to designate a specific area of the device for a file or program. This makes it easier for the user to find the file or program without having to search through the entire disk.

Jumpers 0380020185 are also used in medical devices, such as heart monitors, to create a secure connection between two parts of the machine. This connection ensures the correct operation of the device.

Working Principle

Jumpers 0380020185 work by providing a pathway, usually made from metal or plastic, for the electricity to flow. The jumper is generally connected to two wires in the form of prongs, which are inserted into the electrical device or component. The jumper then connects the two wires, allowing the current to flow from one end to the other.

In order for the jumpers 0380020185 to work effectively, they must be properly fitted to the component or device in order to prevent any short circuits or other problems. The jumpers must also be adequately insulated in order to protect against electrical shock, and must be compatible with the voltage and current requirements of the device.