3017W5SCT78N40X

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D-Sub Connectors are one of the most common types of connectors used in a variety of industries. The 3017W5SCT78N40X D-Sub Connector is a 24 pin female connector designed for use in devices with low profile and high current capabilities. The connector is designed for use in a variety of applications including consumer electronics, computers, robotics, and industrial equipment.

The 3017W5SCT78N40X has 24 contact positions for both male and female types. Its design allows it to occupy a small amount of space and it can withstand a wide variety of environmental conditions. Its contacts are made of gold plated beryllium copper and are rated for up to 1.5A continuous current. The contacts are insulated with a PTFE insulation material and the shell is made of stainless steel for a highly durable construction.

The 3017W5SCT78N40X D-Sub Connector is designed to be used in low profile and high current applications. It is used in a wide variety of consumer electronics, computer systems, robotic automation equipment, and industrial equipment. Its 24 contact positions feature are suitable for both allowing large amounts of data to be transmitted without resistance. In addition, the connector is also designed to be resistant to dust, oil, grease, and other forms of contamination.

The working principle of the 3017W5SCT78N40X D-Sub Connector is relatively straightforward. When the connector is connected, an electrical connection is established between the two sides. This connection can transmit power, data, or both depending on the type of the connector and the application. In the case of the 3017W5SCT78N40X D-Sub Connector, power or data can be transmitted through it depending on the application.

In conclusion, the 3017W5SCT78N40X D-Sub Connector is a versatile connector that can be used in many different applications. Its 24 contact positions allow for the transmission of large amounts of data or power without any problems. Moreover, its design makes it resistant to dust, oil, grease, and other forms of contamination. It is also designed to be low profile and high current capable, making it suitable for a variety of applications. Finally, its working principle is straightforward and can be easily understood.

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