DCMMV37PNK87

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D-Sub connectors are perhaps one of the oldest types of connectors used in a range of different applications, such as computer, audio/video, networking, and modern industrial automation. The DCMMV37PNK87 connector is a D-Sub model which is specifically designed for communications and networking applications. In this article, we\'ll take a closer look at the DCMMV37PNK87 connector\'s application field and working principle in order to better understand what makes this model suitable for such use cases.

DCMMV37PNK87 connectors are designed to provide enhanced signal integrity for high speed digital applications. It has an insert arrangement of 37 contacts, structured in two matrices of 19 contacts each. These contacts are arranged in a standard 0.1-inch grid, with each contact having a cross-section of 0.57mm and a total contact pitch of 2.54mm. This design makes it much easier for users to ensure that their connections can reliably carry the signal.

In addition, the DCMMV37PNK87 connector is constructed in a polarized, keyed design with improved shielding and is both UL and CSA approved. This helps to reduce any potential interference which can affect the signal quality, and also allows the connector to be used in many different hazardous or extraordinary environments. With this connector, users can reduce electric shock and improve safety while still reliably transmitting data.

The application field of the DCMMV37PNK87 connector includes multiple networks and signal transmission areas, such as CAN-BUS, Ethernet, Home Bus, I2C, A/V repeaters, displays, serial digital interface (SDI), and many more. It is suitable for both indoor and outdoor applications, and can be used in a wide range of temperature ranges, from -40 to +90 degrees Celsius. Its working principle is the same as most D-Sub connectors, which is simply to safely and reliably transmit data from one device to another.

In order to construct the DCMMV37PNK87 connector, the user must connect the corresponding terminals of the connector under mechanical pressure or with soldering. The signals of the connector need to be based on the rules of the specified transmission protocol and its parameters, then they are connected to the corresponding parts. When most, if not all, of the contacts are connected, the product is ready to work, which means that data is transmitted from one device to another.

In summary, the DCMMV37PNK87 connector is designed for communications and networking applications, and it provides enhanced signal integrity for high speed digital data transfers. It is designed with two matrices of 19 contacts each, and a polarized, keyed design to reduce electric shock and interference. The application field of the connector includes multiple networks and signal transmission areas, and it works by connecting the corresponding terminals to safely and reliably transmit data from one device to another

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