2-87025-3

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2-87025-3 Application Field and Working Principle

2-87025-3 rectangular connectors are a type of connector specifically designed for use in applications where space is limited. They are commonly used in applications such as home appliances, instruments, medical equipment, computer systems, and other delicate electronic equipment. These connectors are made from polyphthalamide, which is a type of plastic that is resistant to high temperature and has excellent electrical insulation properties.

2-87025-3 rectangular connectors are shaped like a cube, and they have two rows of four pins on the bottom side and two rows of eight pins on the top side. Each row of pins is separated by a partition that divides the side into two parts. The pins in each row are spaced at regular intervals, and the four side walls of the connector are also spaced at regular intervals.

The application field of 2-87025-3 rectangular connectors is wide. These connectors can be used in a variety of applications, including cellular phones, medical equipment, computers, and other delicate electronic equipment. They are also ideal for use in situations where the amount of space available is limited, as the design is compact and takes up very little space.

The working principle of 2-87025-3 rectangular connectors is simple. The pins are inserted into a corresponding hole in a mating connector. When a voltage or signal is sent through the pins, the signal will be transmitted from the male to the female connector. The connection is ensured by a locking mechanism that involves two metal pins and a spring. This locking mechanism makes sure that the pins remain securely connected even when exposed to vibration or vibration-inducing environments.

In conclusion, 2-87025-3 rectangular connectors are a great choice for use in a variety of applications. They are ideal for use in tight spaces due to their small size, and they provide excellent electrical insulation properties, making them a safe choice for use in delicate electronic equipment. Furthermore, their locking mechanism ensures that the pins remain securely connected even when exposed to vibration.

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