1658614-3

D-Sub connectors are a type of electrical connector specifically designed and manufactured for use in the electronics industry. The connector’s name comes from its distinctive D-shaped shell and straight pinout configuration. They are usually made from metal alloys such as brass, steel, or zinc and can range in size from 9-position versions for smaller electrical applications to larger 62-position varieties for more complicated electrical systems.

The 1658614-3 application field and working principle of D-Sub connectors is an important aspect in the discussion of the versatile and reliable interface platform they provide. The 1658614-3 application field is focused on industrial systems and communication equipment, such as military, aerospace, and additional application fields like aviation, medical and other industries. This type of connector has been designed for maximum responsibility in these specific applications and operates to meet the highest standards of durability, reliability, and interoperability. This type of connector was designed with rugged integral structure for vibration, moisture, and dustproof applications.

The working principle of the 1658614-3 D-Sub connector is based on the design of the connector shell. It is comprised of two unique yet symmetrical metal parts that act as the capacity and the connector part. The capacity piece serves to protect the internal mechanism and is fixed while the connector piece is unlocked and removed with a small screwdriver. The contacts are connected directly to the capacity when the connector piece is removed, and when the connector is plugged in the contacts are then connected directly to the outside environment. The contacts of the connector are held in place by metal walls that act as a reinforcement to prevent mechanical issues such as shock, dust, and vibration.

As mentioned earlier, D-Sub connectors are known for their flexibility and high performance. The 1658614-3 application field and working principle allow for a reliable connection between two devices even in harsh conditions such as a high temperature environment. In addition, the 1658614-3 is easy to install and remove for maintenance and repairs without additional tools or components. The reliability of this connector makes it ideal for industrial applications where durability is much more important than cost effectiveness and aesthetics.

Overall, the 1658614-3 application field and working principle makes it a great choice when looking for an interface solution that provides superior performance, reliability, and stability. The rugged design and strong contacts make it durable enough to withstand challenging environments while still providing a reliable connection. Furthermore, the easy installation and removal of the contacts also makes it a viable solution for almost any application field.