22-01-3187

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Rectangular Connectors - Housings - 22-01-3187 application field and working principle

Introduction

The 22-01-3187 is one of the most innovative and versatile rectangular connectors released to the market. It is designed to fit a variety of applications, spanning from high speed data transmission in computing to low voltage DC power applications in the automotive industry. The 22-01-3187 is available in a variety of sizes and configurations and features an easy-to-use locking mechanism. This article will discuss the 22-01-3187’s application field and working principle.

Application Field

The 22-01-3187 offers the ability to meet the needs of consumers and manufacturers in a number of different industries. These connectors are used by some of the most well-known technology and consumer electronics manufacturers, as well as a variety of industries ranging from industrial automation and robotics to consumer products.

A noteworthy application of the 22-01-3187 is in the presence of high-speed data transmission. As many electronics now include multiple digital connections to different parts of the device, it is important that the connectors used to make these connections are able to support high-speed data transmission. High-speed data transmission requires a connector that is able to support high insertion rates, as well as protect against EMI and RFI interference.

The 22-01-3187 offers several features that make it the perfect fit for high-speed data transmission applications. First, the connectors feature a relatively small profile, allowing for easy and efficient installation into tight spaces. Second, the connectors exhibit a high level of signal integrity, leading to less chance of EMI/RFI interference. Finally, the 22-01-3187 features a unique locking mechanism that allows for easy insertion and removal.

In addition to high-speed data transmission, the 22-01-3187 is also suitable for low-voltage DC power applications. Many applications require a reliable connection between two points, such as automotive power systems, medical devices, and computer power supplies. The 22-01-3187 is able to provide a reliable connection while also protecting the electrical connections against any potentially hazardous external conditions.

Finally, the 22-01-3187 is also suitable for industrial automation and robotics applications. These applications require a connector that can handle a variety of dynamic conditions, including extreme temperatures, vibration, and potentially hazardous environments. The 22-01-3187 is able to provide a reliable connection while also limiting the risk of any potential damage.

Working Principle

The 22-01-3187 connector consists of two halves: the housing and the insert. The housing half is typically made of a high-temperature thermoplastic or a metal shell, while the insert provides an electrical connection. The housing and insert are designed to allow for a secure connection while also prevent any inadvertent connections. The two halves are held together via a locking mechanism. This locking mechanism is designed to secure the connection between the two halves, while also allowing for quick and easy insertion and removal. The locking mechanism is typically a screw-type or a push-button type.

The 22-01-3187 also features a set of contact fingers that form the electrical connection between the two halves. These fingers are typically made of a high-temperature resistant material, such as metal or copper. The contact fingers are designed to protect the electrical connection from any potential external conditions, such as EMI and RFI interference. In addition, the contact fingers are designed to support high-speed data transmission.

In addition to contact performance, the 22-01-3187 is also designed to support rugged use. The connectors are rated to withstand a wide range of temperatures, including extreme temperatures. The connectors are also designed to be resistant to vibration and corrosion.

Conclusion

The 22-01-3187 is one of today’s most innovative and versatile rectangular connectors. It is designed to fit a variety of applications, ranging from high-speed data transmission to low-voltage DC power applications. The 22-01-3187 is also designed to support various dynamic conditions, including extreme temperatures, vibration, and hazardous environments. The 22-01-3187 connector consists of two halves, which are held together by a locking mechanism. Finally, contact performance is also enhanced by a set of contact fingers that form the electrical connection between the two halves.

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