68786-302LF

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Shunts and jumpers are an important subset of electrical connectors that serve discrete purposes in the field of electronic engineering and are often used in parallel to wiring, as well as within power distribution systems. The 68786-302LF is a particular model of shunt and jumper that has particular applications and working principle.

At its most basic, the 68786-302LF is a small connector bridge that performs a specific function in the electronic circuitry of a particular device. As such, its construction, use, and installation processes all play a role in its application and its working principle. In terms of material, it is manufactured from a copper alloy and is designed with an overmold that helps to provide protection from dust, moisture, and other environmental factors.

This particular shunt and jumper is particularly advantageous in high temperature applications due to its ability to withstand temperatures up to 176℉. It also provides a high degree of electrical performance with a 2 amp continuous current rating. In terms of size, the 68786-302LF measures 2.3 mm in diameter and is potted with a polyurethane material to ensure a secure fitting.

The 68786-302LF is typically used for low voltage or low current applications in the automotive, aviation, and medical industries. For example, it is frequently applied to automotive relays in order to jump the coil to the contact switch. It can also be used in robotic applications to create an electrical circuit between two points that are physically separated. Additionally, it is effective for high frequency drive lines and in power supplies where a very low resistance is necessary in order to protect the power supply from electrical overloads.

The 68786-302LF’s working principle is simple. It acts as a wire bridge between two points of an electrical circuit, thereby allowing current to pass between them. This shunt and jumper is designed to provide a low resistance path between these two points and to direct a portion of the current throughout the circuit. The idea is to allow current to flow without interruption and without damaging the underlying electrical components.

Shunts and jumpers remain a crucial part of electronic engineering, and the 68786-302LF plays an important role in the field. By providing a low resistance channel for distributing electricity, the 68786-302LF is able to ensure that electronic components are protected from current overloads and can continue to function effectively. Additionally, it is a cost-effective option for connecting two separate points in a circuit and can be used in a variety of applications in automotive, aviation, and medical industries.

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