929990-1

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Circular Connectors, especially contacts, are widely used in many different applications. 929990-1 contacts are some of them. These contacts, also named HSC Series Contacts, are rather special. This article will introduce its application field and working principle.

Application Field

These 929990-1 contacts are applied to high-speed connectors. This type of connectors operates in a certain voltage and temperature range, and has to operate at a peak current. Therefore, this series of contacts is designed to suit the requirements. It also has a higher isolation voltage than ordinary contacts.

Working Principle

929990-1 contacts are formed from tiny pins that are terminated with crimp, press-fit, and solder cups. These contacts allow simultaneous conductor connection in a receptacle, which is a major advantage of this type of contacts. They also work as a set, one male and one female per pair, held into the frame by stainless steel or aluminum springs. Together with the connector mating sleeve, they form a complete assembly.

The contacts of 929990-1 are designed with a standard 3-position contact system, which ensures reliable and stable connection. This system is designed to reduce the electrical energy loss while transferring low- and high-frequency signals. In this way, data transmission efficiency is improved.

The 929990-1 has additional features such as the non-lantern ring design, which helps in blocking the reflection of electromagnetic waves. Additionally, it has high signal transmission efficiency and superior noise immunity. All this makes it an ideal choice for applications involving the transmission of data over a long distance.

Conclusion

The 929990-1 contact is a type of circular contact which is designed to meet the requirements of high-speed connectors. Its ability to allow simultaneous conductor connection in a receptacle makes it a great option for applications requiring data transmission over a long distance. it is also relatively resistant to electromagnetic interference and has a high signal transmission efficiency. This makes it an ideal choice for many applications.

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