600X56050X

Series:	*
Part Status:	Active
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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D-Sub, D-Shaped Connectors - Backshells, Hoods, 600X56050X Application Field and Working Principle

D-Shaped Connectors, commonly referred to as D-Subs, are an increasingly popular form of electrical connectors. They are also referred to as D-connectors or D-subs, due to their distinctive shape. D-Sub connectors have multiple pins and female sockets on either end which allow for a wide variety of applications. D-Sub connectors are typically used for applications such as data transfer, signal transmission, power connection, or control. A variety of connectors are available, including flat cable assemblies, backshells, hoods, cable assemblies, plastic sleeves, connectors, and shake-proof washers. The size of the connector is determined by two major factors: the maximum pins per row and the total number of rows. Pins per row range from 8 to 50, while total rows range from 2 to 25. Backshells provide a barrier of protection for D-sub connectors. They are typically made with machined aluminum and fit over the connector, providing a more robust interface between the two components. Backshells are also available in many shapes, such as straight, curved, and clamp-on. Hoods, or hood covers, are designed to protect against dust and moisture while providing additional strain relief. They also act as electrical enclosures, shielding any loose wires from contact with outside items. Hoods can be made from a variety of materials, including stainless steel, aluminum, and plastic. The 600X56050X D-Sub Connector is a 15-pin connector with an 8-pin female socket for signal transmission. This type of connector is primarily used in communication applications such as RS-232, RS-422, and Ethernet. It is constructed from corrosion-resistant steel and has a maximum current rating of 10A. In addition, this connector is also UL approved and rated for operation up to 150V. The working principle of a D-Sub connector is rooted in its design. When the male pins are placed into the female socket, a secure contact is formed. This contact is then cooled, causing the solder to solidify and a secure connection to be made. Once cooled, the contact is generally protected against the impacts of vibration or usage in harsh environments. However, due to the open contact design of D-Sub connectors, it is important to take into account the issues of electromagnetic interference (EMI) when determining which connector is best for your application. In conclusion, D-Sub connectors are an essential component in a variety of electrical applications. From their construction to their application field and working principle, it is easy to see why these connectors have become so popular in recent years. From communication and data transfer applications, to power and control connection, D-Sub connectors provide an effective and versatile solution.

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