ET60S-04-00-02-S-VT1-GP

ET60S-04-00-02-S-VT1-GP is a special type of backplane connector, which is composed of four parts -- an insulator, a male contact, a female contact and a latching system. It is usually used in high speed, high current applications. As one of the most widely used backplane connectors, it features high reliable connection, and easy system maintenance.

ET60S-04-00-02-S-VT1-GP backplane connectors are mainly used in the fields of communication, computing, medical, industrial automation and aerospace. In communications, they are used for base stations and transmission hubs. In computing, they are used in data centers, network storage systems and server farms. Medical applications include medical imaging, healthcare applications and medical robots. Industrial automation applications include industrial robots, factory automation systems and process control. They have also been used in various aerospace applications.

The working principle of the ET60S-04-00-02-S-VT1-GP backplane connector is based on the contact connection method of the insulator material, male and female contacts, and latching system. The main components of the connectors are the insulated body, which is made up of dielectric material, the male and female contacts, and the latching system. To ensure reliable connection, the male and female contacts are friction fitted into the insulator and then locked into place with the latching system. The insulation provides electrical isolation between the male and female contacts.

The ET60S-04-00-02-S-VT1-GP backplane connectors are available in various sizes, from 2 to 144 positions, making them suitable for a wide range of applications. In addition, the design allows for easy maintenance, with the ability to quickly repair or replace an individual contact. The advanced design also provides superior electrical and mechanical performance.

The ET60S-04-00-02-S-VT1-GP backplane connectors are a reliable and efficient option for areas requiring high speed, high current applications, such as communications, computing, medical, industrial automation and aerospace. Their advanced design and robust construction make them ideal for a wide range of applications, and they offer easy system maintenance with a quick repair or replacement time.