208215-2

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

208215-2 is an electrical connector configuration specified by the International Electronic Commission (IEC).The IEC specification defines two types of electrical contacts with a large number of contact positions, used to join the back panel of an electronic device to a backplane. The backplanes serve as the primary communication structure of the device.The 208215-2 configuration is comprised of two types of electrical contacts, Type A contacts and Type B contacts. Type A contacts are used for power connections and Type B contacts are used for signal connections. The 208215-2 electrical contacts are available in various sizes depending on the number of contact positions. The specifications are applied to a wide range of applications, including computers, medical equipment and industrial machinery.The two types of contacts have a slightly different design and function. Type A contacts, which are larger than Type B contacts, are used for power connections. They are generally rated for higher current carrying capabilities than the Type B contacts, which are designed for data signal applications.Type A contacts are composed of two parts, the contact body and the mating contact. The contact body has a hollow centre which the mating contact is inserted into and secured. This allows the contact body to serve as an anchor point for the external power supply. The mating contact is often metal or plated metal to reduce voltage drop and reduce the formation of mechanical connections, such as conductivity.Type B contacts are composed of three parts, the contact body, the mating contact and the guide tab. The contact body has a solid centre, like a hole, in which the mating contact is inserted into. The guide tab allows the insertion of the contact body into the backplane. Unlike Type A contacts, multi-contact applications may be joined in a chain formation.Most 208215-2 electrical contacts feature stamped and formed gold-plated copper alloy contacts. The gold plating serves to reduce contact corrosion and ensure electrical continuity. The contact materials are designed for a wide range of temperatures.208215-2 application field and working principle make it the ideal electrical connector for a wide range of applications, including computers, medical equipment and industrial machinery. The two types of contacts provide secure power and data connections. With the gold-plating on the contacts, corrosion and electrical continuity is reduced, providing the highest quality electrical connections.

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