H7WXH-3710M

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
1st Connector:	Receptacle, Female Sockets
Moisture Sensitivity Level (MSL):	--
2nd Connector:	Individual Wire Leads
Type:	DB37
Number of Positions:	37
Length:	10.00' (3.05m)
Shielding:	Unshielded
Color:	Multiple, Ribbon
Usage:	--
Contact Finish:	Gold
Contact Finish Thickness:	10.0µin (0.25µm)

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H7WXH-3710M is a type of D-Sub Cables. It is used for all kinds of applications in industrial and computer markets. It possesses an insulating shell, which encloses two rows of terminals separated by an intervening insulating barrier and provides 3.5 - 6.5mm of insulation per contact. As a popular cable assembly, H7WXH-3710M contains two types of connectors—the male and the female. In order for H7WXH-3710M D-sub Cables to transmit data, its connection between the components must be made with a cable assembly. The primary components of a cable assembly are the inner wire that runs through the cable, the outer sheath or shield that covers the cable, the connectors at the end of the cable. In addition to insulation, some cables provide shielding or grounding to prevent EMI interference. When using H7WXH-3710M, the male connector attaches to the female. Once the connection is securely made, data will be transferred along the signal lines. To carry out a successful connection, knowledge of the pinout and the correct gender must be established. The pinout is the terminology used to refer to the layout of the components of a connector. The pinout configuration varies greatly depending on the application, such as Serial Bus Communication, Ethernet/Network, Quadroplex, etc. To ensure that the D-sub connectors are properly connected, there are two parts of the setup that must be kept in mind. The first is the physical connector, and the second is the connection arrangement. The connectors of H7WXH-3710M have pass-through pins that mate and connect the physical connectors, ensuring data transmission. The arrangement of the connectors must also align properly in order for data to pass from the male connector to the female connector. The performance of H7WXH-3710M D-Sub Cables depends greatly on its compatibility and mechanical noise immunity. Compatible cables should have similar electrical characteristics and be able to match the operating environment. This can ensure that the components will be able to communicate properly. The key to a successful connection between the components is to ensure that the shielded cable is grounded properly, which helps to reduce the risk of EMI interference and thereby increase data transmission reliability. When selecting a D-Sub cable for a particular application, it is important to consider the quality materials used to manufacture the cable. In general, higher quality materials offer improved resistance to temperature, vibration, and EMI interference. Consequently, these cables are more reliable and require less maintenance. Choosing H7WXH-3710M D-Sub Cables can optimize the performance of the system and reduce the need for maintenance. It is important to consider the quality of the connection as well as the quality of the material when selecting D-Sub Cables. High-quality materials and a properly installed connection will ensure that the system is optimized for data transmission and will last for many years.

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