DIN-120RPC-DPS-HM

Backplane connectors are an essential part of modern circuit design and provide a variety of electrical and physical interconnection options between boards and other devices. The DIN 41612 is among the most commonly used connector styles today, offering superior performance and reliability in a variety of applications and environments. Specifically, the DIN-120RPC-DPS-HM is a widely-used and robust connectivity solution, providing high-speed, high-density connections in complex backplane systems.

The DIN-120RPC-DPS-HM is a COMBICON-style backplane connector that is designed to provide superior electrical performance in a variety of applications. It is a high-density, low profile modular connector that is available in a variety of pin configurations and sizes. This makes it an ideal solution for applications where high density and/or multiple modules are required. Additionally, the system is rated to meet international safety standards, making it a reliable choice for both domestic and international applications.

The primary purpose of the DIN-120RPC-DPS-HM is to provide reliable electrical connections between the main system components and the backplane system. This is achieved by the use of an array of small contact pins arranged in a specific pattern (according to the standard defined by DIN 41612). The pins are then connected to the main board using a press fit contact system. This means that the pins are securely held in place and ensure that a reliable connection is established between components. This ensures that the board is free from any electrical interference which can lead to system instability.

The working principle of the DIN-120RPC-DPS-HM is quite simple. The contact pins are arranged in a specific pattern, and then corresponding contacts are made between them. This results in a reliable electrical connection between the main board and the system components. Additionally, the system is designed to provide efficient signal and power transfer, minimizing any electrical interference and ensuring that the backplane system is reliable and stable. This is achieved through the use of both power and ground contacts, which ensure that the power is properly distributed and the signals are sent and received in an efficient manner.

The DIN-120RPC-DPS-HM is an ideal solution for a wide range of applications requiring high-speed and high-density backplane connections. It is commonly used in networking and telecommunications, consumer electronics, process control systems, and other applications where reliable and robust connectivity is required. The ability of the system to provide efficient power and signal transfer ensures that any interference is minimized, leading to a stable and reliable system. Additionally, the system is rated to meet international safety standards, making it an ideal solution for both domestic and international applications.

The DIN-120RPC-DPS-HM is an ideal connectivity solution for a wide range of applications requiring high-speed and high-density backplane connections. It is designed to provide superior electrical performance, reliability, and ease of use in complex backplane systems. The system utilizes an array of small contact pins arranged in a specific pattern and then connected to the main board using a press fit contact system. This ensures a reliable connection between components, providing efficient power and signal transfer. Additionally, the system is rated to meet international safety standards, making it a reliable choice for both domestic and international applications.

In summary, the DIN-120RPC-DPS-HM is a widely-used and robust backplane connector that is designed to provide superior electrical performance, reliability, and ease of use in complex backplane systems. It is commonly used in networking and telecommunications, consumer electronics, process control systems, and other applications where reliable and robust connectivity is required. The system utilizes an array of small contact pins arranged in a specific pattern and then connected to the main board using a press fit contact system. Additionally, the system is rated to meet international safety standards, making it an ideal solution for both domestic and international applications.