DCHM21S6N5-36.0MN-HT1

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DCHM21S6N5-36.0MN-HT1 is a type of D-Sub connector, a device used to connect electronic and electrical components. It is widely used in many applications, ranging from communication, medical and industrial equipment to consumer products. This type of connector typically has a cylindrical metal sleeve with threaded inserts on each end, making it ideal for use with a variety of applications requiring multiple connections.

The specific application field of DCHM21S6N5-36.0MN-HT1 is primarily used for industrial control systems, such as factory automation, robotics, and datalogging. Its compact yet robust design makes it well-suited for applications in which high-density connection is needed in space-constrained areas. The connector is also suitable for miniature wiring systems. Furthermore, this type of connector offers superior insulation and reduced contact resistance, making it ideal for controlling electric current and voltage.

In terms of working principle, such a connector is composed of four primary components – a main body, a locking mechanism, electrical contacts, and a dielectric insert. The main body is the outer part of the connector and is responsible for mechanical protection. Depending on the specific model, the locking mechanism may vary, but it typically comprises of a latch, a couple of screws, or other secure fastening mechanisms.

The electrical contacts, commonly referred to as pins, are located inside the main body. They are designed to carry electrical signals from one component to the other. The pins are held in place by the dielectric insert, which is a thermoplastic-encased, heat-shrink sleeve that provides insulation, electrical protection, and physical protection to the electrical contacts.

In conclusion, DCHM21S6N5-36.0MN-HT1 is a type of D-Sub connector that is primarily used in industrial control systems such as factory automation and robotics. It is composed of four primary components, the main body, a locking mechanism, electrical contacts, and a dielectric insert. These components work together to provide a secure connection and enable the efficient flow of electrical signals from one component to the other.

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