800-10-043-10-004000

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Rectangular connectors comprise a variety of different headless and headed types that are pluggable through plastic or metal housing. There are many types of rectangular connectors and each one has its own application field and working principle. Common types include Headers, Male Pins, Female Sockets, and IDC or Crimp Sockets. This article will focus on the 800-10-043-10-004000 (“10-pin, 4mm pitch”) rectangular connector that is used as a header, male pin, or female socket.

Application Field

The 800-10-043-10-004000 rectangular header was developed for applications in the consumer electronics industry. The 10-pin, 4mm pitch female socket allows for the connection of components that require rigid connections. This type of connector is especially beneficial when mating components that are frequently modified within the consumer electronics industry. Its small profile requires a small amount of space and a minimum of wiring, making it ideal for applications where space and cost are key criteria.

This type of rectangular connector is also found in various industrial and medical applications as well as professional audio products. Its versatility allows for it to be used in many different types of applications. It is especially suited for applications where a wide variety of components need to be connected in a reliable and cost effective manner.

Working Principle

The 800-10-043-10-004000 rectangular connector relies on mechanical contraptions for its working principle. The contact pins are inserted through the housings and then are affixed to the respective components by tightening the nut, or by pressing them in place with a tool. The pins penetrate the insulating material and make contact with their respective conductor. The conductor is then soldered to the contact pins to maintain a reliable connection.

The interconnections themselves are made through the spring action of the contact pins. As the metal components are inserted into the housing, they are forced against the contact pins by the spring pressure. This forms a reliable connection between the contacts and the respective sockets or pads. The nut serves as an additional mechanical contraption that helps to keep the contacts in place.

The contact pins are also designed to minimize the risk of short circuiting. The contact pins are insulated from one another to minimize the chance of a short circuit happening between adjoining pins. Furthermore, each pin is slightly beveled, allowing for an increase in contact area and a decrease in strip resistance. This helps to reduce the chance of electrical arcing between the contact pins.

Conclusion

The 800-10-043-10-004000 rectangular connector is a reliable and versatile connection solution for a wide variety of applications. Its small profile requires minimal wiring and allows for components to be connected in a reliable and cost effective manner. The mechanical contraptions and beveled contact pins also minimize the risk of short circuits and arcing between adjoining pins. All of these features help to make the 800-10-043-10-004000 rectangular connector an ideal choice for many applications.

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