926142-01-20-I

Rectangular Connectors Headers, Male Pins, specifically the 926142-01-20-I, are versatile connectors for a wide range of applications. This type of connector finds most of its application in the electronics industry, but is also used in various other sectors, such as the automotive, aerospace, and medical device industries. The connectors provide a simple and cost effective solution for signal and power transmission and are well-suited for high performance and reliable connections.

The 926142-01-20-I is composed of two parts, a housing and the male pins. The housing is constructed of high strength plastic with a unique inner cavity designed to suit the diameter of the male pins. The connector has a secure locking mechanism and is hermetically sealed in order to ensure reliable connections. The male pins are then inserted into the housing and firmly held in place.

The 926142-01-20-I is designed to provide reliable electrical connections and its working principle is fairly straightforward. The male pins are in contact with the conductive surfaces of the housing, which are electrically isolated from each other. This ensures that the current passes through the male pins with minimal resistance or interference, thus providing electrical connections that are reliable and of high quality.

The 926142-01-20-I is suitable for use in applications that require high levels of reliability and performance. These include electronic circuits for the automotive, aerospace and medical device industries. It is also a popular choice in applications that require high power densities, as the connector is designed to handle higher current ratings than other types of connectors. Additionally, it is suitable for use in harsh environments, as the housing is designed for superior durability and is resistant to extreme temperatures and wear and tear.

In conclusion, the 926142-01-20-I is a versatile and reliable connector suitable for a wide range of applications. Its simple and cost effective design provides high performance connections, while its hermetically sealed housing ensures reliable connections. Additionally, its durability and resistance to extreme temperatures and wear and tear makes it a popular choice for applications that require high reliability and performance.