228458096003025

Backplane connectors are an important component in many electronic systems, particularly networking and communication systems, providing reliable and efficient connections between various components of the system. The DIN 41612 connector is a type of backplane connector that provides high performance interconnection which is capable of carrying multiple data signals and power. This article will discuss the application field and working principle of the 228458096003025 DIN 41612 connector.

The 228458096003025 DIN 41612 connector is typically used in high-speed data applications in a variety of environments, including industrial, professional, and automotive. It is suitable for a range of communications and networking applications, including Ethernet, Fiber Channel, Infiniband, and PCIe. It is also suitable for industrial automation, control systems, and other data-intensive applications, such as big data analytics and artificial intelligence. It features a number of different contact arrangements that provide support for various data speeds and power requirements.

The 228458096003025 DIN 41612 connector features a low profile and robust construction, allowing it to support a wide range of data rates. It provides a reliable, low-profile connection for use in a wide variety of applications. It supports data rates up to 15 Gb/s and is available with various contact arrangements and sizes, including two-row, four-row, and eight-row options. It is available in a range of housing styles, such as vertical, horizontal, and through-hole.

The 228458096003025 DIN 41612 connector has two basic components: the contact and the housing. The contact consists of two parts – a socket and a plug – and is used to connect two components together. The housing is a plastic or metal shell that covers the contact and provides protection from environmental factors such as moisture, dust, and vibration. The contact is secured to the shell by soldering, crimping, or other similar methods.

The 228458096003025 DIN 41612 connector works by transferring electrical signals from one component to another. When the contact is secured to the shell, a spring holds the plug in place and ensures positive engagement between the contact and socket. This helps to reduce crosstalk and ensure reliable data transfer. The contact also has two signal paths, one for transmitting data and the other for receiving data, which helps to reduce EMI and maintain high speed signal integrity.

In conclusion, the 228458096003025 DIN 41612 connector provides a reliable, low-profile connection between components of various communication and networking devices. It is available in various contact arrangements and sizes, and can handle data rates up to 15 Gb/s. It has two signal paths, one for transmitting data and the other for receiving data, and the contact is secured to the shell by soldering, crimping, or other similar methods.