DIN-048CSC-PW1-SH

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Backplane connectors are a type of electrical connectors typically used in high performance computer systems and other applications. The DIN 41612 connectors, in particular, are used to provide efficient and reliable connections between backplane components, such as memory modules, power supplies, and transceivers. Among the most used and popular models of DIN 41612 connectors is the DIN-048CSC-PW1-SH, which is designed to operate in harsh environmental conditions. In this article, we will discuss the application field and working principle of the DIN-048CSC-PW1-SH.

The DIN-048CSC-PW1-SH backplane connector is designed for use in high-speed data transfer applications, as well as in signal and voltage applications. It is widely used in servers, high performance computing systems, and telecom and military equipment. It is characterized by its robust and reliable performance and reliable electrical insulation.

The main features of the DIN-048CSC-PW1-SH backplane connector include:

• High current capacity.
• High voltage rating.
• High contact integrity.
• High signal integrity.
• Easy and efficient assembly.
• Reliable and resilient performance.
• High contact density.

The DIN-048CSC-PW1-SH backplane connector is composed of a number of different parts. The main component is the contact module, which consists of a row of spring-loaded contacts. The contacts are arranged in pairs, with two contacts in each pair facing in opposite directions. Each contact module is typically mounted on one side of a printed circuit board (PCB).

The contact modules are connected by two connecting rods, which are also known as jumpers. The connecting rods are usually made of metal or plastic, and feature tight tolerance for a reliable electrical connection. When the contact modules are connected by the connecting rods, the contact modules form a series of vertical and horizontal rows of interconnected contacts.

The connection between the contact modules is secured through a locking mechanism, which typically includes a set of clamps that secure the contact module and prevent it from coming apart. The clamps also help to ensure the durability and reliability of the connection.

The working principle of the DIN-048CSC-PW1-SH backplane connector is quite simple. When an electrical signal is sent through the connectors, the contact modules form a series of interconnected electrical paths, each of which carries the signal from its source to its destination. The contact modules also provide efficient electrical insulation, ensuring that the signal is accurately transmitted with minimal interference and noise.

In conclusion, the DIN-048CSC-PW1-SH backplane connector is a reliable and efficient connector designed for use in harsh environments. It is widely used in high performance computing systems and telecom and military applications. The connector is composed of contact modules and connecting rods, which are secured by a locking mechanism. The contact modules form a series of interconnected electrical paths for transmitting electrical signals accurately and efficiently. The contact modules also provide reliable electrical insulation to ensure that the signal is accurately transmitted with minimal interference and noise.

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