929836-09-20

Rectangular Connectors - Headers, Male Pins

The 929836-09-20 is a type of rectangular connector. It typically includes a very small but wide header and male pins. It meets the requirements of various high-speed applications and is commonly employed when signal speed and accuracy is needed.

Application Field

This header and pins can be used to connect systems and components in automotive, video and control technologies, medical electronics, heavy industry, aerospace and defense. They are suitable for use in high speed and high accuracy applications, as well as high temperature environments due to their ability to withstand temperatures of up to 105°C. Additionally, they are used in cases where noise immunity is critical due to their Low Insertion Force (LIF), superior grounding and contact stability.

Working Principle

The 929836-09-20 rectangular connector consists of a large header with small male pins. It functions like many other types of rectangular connectorsin that it facilitates the transmission of signals and power between two components. The header specifically has a wide pin configuration while the male pins are very small, enabling the connectors to fit into tight spaces.

In addition to signal and power, these connectors are specifically designed to provide low noise interference (LIFE). This unique feature helps to minimize any outside disruption that could affect the purity of the signal or power. The male pins feature superior grounding capabilities to ensure contact stability and an optimal connection point.

These connectors are available in a variety of materials and configurations, making them applicable for use in many different types of projects. The male pins are available in either brass, with silver or gold plating, or stainless steel. Further, the headers can be purchased in either plastic or machined metal.

Conclusion

The 929836-09-20 is a type of rectangular connector with a wide header and small male pins. These connectors are popular for high-speed, high-accuracy applications and are designed for maximum signal and power transmission with minimal noise interference. They are able to withstand high temperatures and provide an optimal connection point due to the unique design. They come in various materials and configurations, making them suitable for any project.