S9692E-06

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

S9692E-06 is a series of Rectangular Connectors - Headers, Male Pins developed by AWIN-Tech. It\'s widely used in various applications such as industrial, communication, Instrument, computer and so on.

The S9692E-06 is designed for rectangular specifications with multiple points of connection in common applications where a reliable electrical connection is essential. This series features a high density pin design, with more pins available in a limited space. It characterizes in low contact resistance, strong retention, and wide operating temperature, It also provides a good performance in shielding interference. So S9692E-06 is suitable for high speed signal transmission, and have the features of easy mating and unmating.

S9692E-06 adopts a horizontal mating style with gold plating. There are 8 different pin counting variations: from 2 pins to 18 pins. Also, it has at least a 2mm pitch. The kitted position for this part is middle or end. It supports lower profile than other similar product. The PIN material is made of phosphor bronze which has good electrical conductivity and great stability, durability. The holder material is nylon PBT.

The working principle of the S9692E-06 is quite simple. The pin or male terminals fit into the plastic receptacle housing. The pin is then inserted into the PCB board holes and secured in place with solder. After the paste has been heat cured, the male and female terminals are in electrical connection with the PCB board and provide a pathway for electricity to travel. The pins or male terminals provide a secure connection between the PCB board and the external electrical source.

Overall, S9692E-06 series of rectangular connectors -headers, male pins are flexible and commonly used in various electrical applications, characterized by its convenience in mating and humming and excellent resistance to interference. It can meet the demands of high speed signal transmission and occupy minimal space.

The specific data is subject to PDF, and the above content is for reference