DDC50ST

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DDC50ST Connector Application Field and Working Principle

The DDC50ST is one type of D-Sub Connector, which is commonly used to provide power supply, signal connections, and multi-media data communications in a variety of different industries. It is a reliable, cost-effective solution for data integrity in applications with stringent environmental and electrical requirements, such as industrial control systems, automotive electronics, and military or aerospace applications.

A DDC50ST connector contains two main parts – the socket and the male pin. The socket is designed with a metal shell for strength and durability. Inside, it contains up to 50 contacts that are arranged in a two-row configuration. The second part is the male pin which is inserted into the socket and locks into place with a thumbscrew or spring clip. Overall the connector is designed to provide secure electrical connection and power transfer between two components.

The DDC50ST connector is designed to meet stringent environmental and electrical requirements. It has an operating temperature range of -40 to +105°C, and can withstand shock and vibration tests up to military grade standards. In addition, its high-temperature resistant insulation guarantees reliable performance even in extreme hot and cold environments.

In terms of working principle, the DDC50ST connector functions by combining the two mating parts – the socket and the male pins – together. When these two interface, an electrical connection is made between the two components. The contacts are arranged in a specific design so that they create a secure connection and power is transferred between the two components. In addition, the DDC50ST connector also contains a grounding system which improves the EMI and RFI protection.

Overall, the DDC50ST connector is a reliable, cost-effective solution for applications with stringent environmental and electrical requirements. Its secure connection and power transfer make it suitable for use in industrial control systems, automotive electronics, and military or aerospace applications. The connector’s design features also ensure that it functions properly in extreme temperatures and withstands vibration and shock tests. Additionally, it offers excellent EMI and RFI protection making it ideal for applications where signal integrity is critical.

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