87606-325LF

Rectangular Connectors, most commonly known as Headers, Receptacles, and Female Sockets, are used in a variety of applications. A two pin connector, such as the 87606-325LF, is used for the most basic type of connection. However, they are still popular in many applications due to their reliability and cost-effectiveness. This article will explain the application field and working principle of a 87606-325LF.

Introduction

A 87606-325LF is a two-pin rectangular connector, commonly referred to as a header. It is made of a dielectric substrate, and two pins inserted into metal contacts, or pins. The pins are held in place by retaining clips, or springs. The 87606-325LF is designed for use in a variety of applications, and can connect two separate circuits.

Application Field

The 87606-325LF rectangular connector is designed for use in a variety of applications, including automotive, electronics, communications, industry, and military. For example, it may be used to connect two separate circuits in a car audio system, or to provide an interface between two computer systems. It is also commonly used in military equipment, for interconnecting two pieces of equipment in order to provide a more secure electrical connection.

Working Principle

The 87606-325LF rectangular connector works on premise of making electrical connection between two separate circuits. It does this by connecting the two pins on the connector with metal contacts, or pins. It is then secured in place by a metal spring. The pins make electrical contact with the circuit board by creating a trace, or path of current from one pin to the other. The metal contacts on either pin prevent the current from dissipating, and allow it to flow freely between the two pins.

Conclusion

The 87606-325LF rectangular connector, also known as a header, is a reliable and cost-effective way to connect two separate circuits. It consists of a dielectric substrate and two pins inserted into metal contacts. The 87606-325LF is designed for use in a variety of applications, including automotive, electronics,communications, industry, and military. It works by connecting the two pins on the connector with metal contacts, and then securing them in place with a metal spring. By doing this, it creates a trace, or path of current from one pin to the other, allowing the current to flow freely between the two pins.