DC37P1A7NA190

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D-sub connectors are commonly used in cables today and serve a variety of applications. This article examines one such D-sub connector, the DC37P1A7NA190, and discusses its application field, along with its working principle.

The DC37P1A7NA190 is a D-sub connector with dimensions of 2.54mm, making it ideal for use in small applications. Its 37-position configuration makes it suitable for applications requiring high pin-count, while its robust metal body provides maximum contact strength and ensures its durability in challenging environments.

On top of its robustness, the DC37P1A7NA190 also has several features which makes it well-suited for industrial applications. For instance, its dielectric strength is 200VAC, making it ideal for use in areas with high electrical currents. In addition, its maximum contact resistance is 30mΩ, making it suitable for use in high-current and low-resistance applications. Moreover, its rated current is 0.75A, making it suitable for applications requiring high current though low voltage.

The DC37P1A7NA190 can be used in a variety of applications such as industrial control, measurement and control, instrumentation, communications, and many more. It also comes in different mounting styles such as cable mount, straight mount, panel mount, and through-hole mount. This makes it highly versatile and allows it to be used in a wide range of applications.

In terms of its working principle, the DC37P1A7NA190 has a metal shell which serves as the connector’s base. This is then connected to a plastic body, which contains contact pins. The pins are then placed on a board and soldered for secure connection. The pins are then connected to pins on the other side, creating a secure connection.

To sum it up, the DC37P1A7NA190 is a robust and versatile D-sub connector with dimensions of 2.54mm and 37-position configuration. With a dielectric strength of 200VAC and maximum contact resistance of 30mΩ, it is suitable for use in industrial applications such as industrial control, measurement and control, instrumentation, and communications. This connector has a metal shell which serves as its base and is then connected to a plastic body which contains contact pins. It is then connected to pins on the other side via soldering, resulting in a secure connection.

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