650870-4

Backplane Connectors - DIN 41612 is a series of backplane connectors that use a combination of signals, conductors, and coils, and provide the interface between a backplane and another form of communication. The DIN 41612 connectors are designed for high speed computer systems and provide the interfaces necessary to move data between different parallel interface systems. The 650870-4 is a type of DIN 41612 connector used for standard application field and working principle.

The 650870-4 utilizes a standard grid pattern arrangement of signal and grounding contacts. In addition, the DIN 41612 includes a pair of armored build-in shields, which provide a mechanical strength for the connector and protect against electrical interference from other components that would lead to system malfunction. In order to ensure high electrical integrity the connectors are connected by contact plate mating surfaces, which are pre-assembled on each of the contacts.

When connecting high-frequency signals, the contact surfaces of the 650870-4 must be finely machined. This allows for an efficient and reliable transmission of the signals. The connector also features an anti-corrosion, low-friction coating, which provides excellent thermal and electrical conductivity. Furthermore, the connector requires no external power source for operation.

The 650870-4 is a versatile connector suitable for many applications. Its general purpose use in computers is for parallel data transfer, computer signaling, and interconnections for system peripherals, such as SCSI, USB, and FireWire. Other applications include digital video and audio signal transfer, circuits switching, instrumentation sensing and signal conditioning, and digital radio communication.

The 650870-4 has two main components. The first component is the contact plate, which is designed to mate with other components that require a uniform and precise electrical connection. The contact plate contains electrical and ground contacts that allow for the formation of an electrical circuit between two or more points. The second component is the housing, which is designed to provide a secure and stable connection. The housing also contains the recessed cavity where the contact plate is inserted.

In order to form an electrical connection, the contact plate must make contact with the recessed cavity. This is done through the use of a beveled or compressed flange, which allows for a uniform contact between the contact plate and the cavity. The contact plate and the recessed cavity are inserted into the housing and a set screw is inserted into the housing to secure the contact plate in place. This ensures that an efficient electrical connection is formed between the contact plate and the other components.

The 650870-4 is reliable and efficient, and an ideal solution for modern data transfer and signal transmission. It is also cost effective and requires minimal installation time. With its rugged construction and full-range features, the 650870-4 provides for the most reliable and secure data transmission between different systems and components.