DDMY24H7PJK87

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D-Sub connectors are those which are used in electrical and electronic applications to create a connection between two units or components. They are mainly used to connect computer peripherals, such as keyboards, mice, and other electronic equipment. D-Sub connectors are constructed in two parts, which are called male connectors and female connectors. The male connector has metal posts that are inserted into the female connector, which has metal sockets into which the posts are inserted. The connection between the two parts is made through a thin covering of plastic, called insulation.

DDMY24H7PJK87 is one type of D-Sub connector released by HARTING. It is widely used in industrial automation, automotive, medical and other electrical equipment. As an area item connector, it is characterized by small size and high density. With the increasing demand in recent years, its application field has also expanded. This article will focus on DDMY24H7PJK87 application field and working principle, and further discuss its advantages and disadvantages.

DDMY24H7PJK87 is a male connection line that uses 28# (OD 2.5) gold-plated contacts and 24# (OD 2.5) with sockets to ensure reliable contact in power and signal transmission. It is used to assemble and connect various control wires and components in machinery control systems or power transmission systems. Its application field is mainly in industrial automation, automotive, medical, electronic equipment systems and other fields, as well as embedded system terminals.

As for the working principle of DDMY24H7PJK87, in the actual operation, a male or female connecting head is used to insert the contact in the terminal to achieve the connection of the lines and components. The electrical and transmission reliability of the DDMY24H7PJK87 terminal is ensured by pre-crimping and post-crimp technology. The pre-crimping technology is designed to ensure that the contact is firmly inserted into the plastic body during insertion, preventing the contact from disconnecting or dislodging. The post-crimp process is designed to ensure that the contact and the plastic body are strong and reliable. This provides reliable power and signal transmission.

Apart from reliable power and signal transmission, DDMY24H7PJK87 has some advantages from the perspective of structural design. Firstly, its body and contact are both made of metal, which is durable and corrosion-resistant. Secondly, the contact is spring loaded and has a dust cover, which makes it less prone to dust or other external elements. Finally, the mating of the male and female connectors is achieved through a two-piece molding process that enhances the reliability and contact performance.

Besides the advantages, DDMY24H7PJK87 also has some disadvantages. Firstly, due to the small size and high density, the assembly of DDMY24H7PJK87 parts cannot be done by hand, so the cost will increase. Secondly, some additional insulation measures are needed to improve heat resistance, which will result in higher production costs. Finally, due to the small size and complex design, it is troublesome to inspect and maintain DDMY24H7PJK87.

To conclude, DDMY24H7PJK87 is a type of D-Sub connector released by HARTING which is widely used in industrial automation, automotive, medical and other electrical equipment. Its application field is mainly in industrial automation, automotive, medical, electronic equipment systems and embedded system terminals. DDMY24H7PJK87 has many advantages, such as reliable power and signal transmission, durable and corrosion-resistant body and contact, and dust cover to protect the contact. However, it also has some disadvantages, such as high assembly cost and higher production cost of insulation measures. Therefore, appropriate measures should be taken to balance the advantages and disadvantages of DDMY24H7PJK87.

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