68417-136

Rectangular connectors are a type of interconnecting device that are commonly used in electrical components to facilitate the flow of electrical signals. The 68417-136 connectors are a common type of rectangular connector, and this article will discuss the application field and working principle of the 68417-136 connector.

In terms of application, the 68417-136 connectors are typically used in computer applications. The 68417-136 connectors feature gold plated male pins, an insulation displacement contact (IDC) design, and a 10-pin dual row design. Due to their gold plating and low profile, the connectors can be used in tight spaces, allowing for a wide range of application in different computer components, such as motherboards, power supplies, memory modules, and disk drives, among others. The 68417-136 connectors can also be used in consumer electronics such as cell phones, TVs, and radios.

The working principle of 68417-136 connectors is quite simple. The male pins on the connector fit into the female pins on the opposite side of the connection and latch securely. This creates a tight fit that ensures that the connection between the two components is secure. The connection also utilizes an insulation displacement contact (IDC) design, which means that no extra insulation is required, and thus eliminating the risk of short-circuiting that can occur with other types of connectors. The latch mechanism also ensures that the connection is stable, and that the electrical signals flowing through the two components remain uninterrupted.

In conclusion, the 68417-136 connectors are a popular type of rectangular connector, and they are commonly used for applications in computers and consumer electronics. The connector features gold plated male pins and an IDC design, which makes it ideal for use in tight spaces where other types of connectors may not be suitable. The working principle of the 68417-136 connector is based on a latch mechanism that secures the connection between two components, and utilizes an insulation displacement contact design that eliminates the risk of short-circuiting.