1658670-2

1658670-2 Contacts - Multi Purpose contavts are widely used in many different applications.

They are designed to route signals from one device to another, as well as, providing surge protection and providing many other functions. These contacts are used for applications in the field of computers, networking, telecommunications, medical equipment, instrumentation, automotive, industrial, and other applications.

The 1658670-2 Contacts - Multi Purpose contacts feature two contact surfaces, one of which is gold-plated. This provides a durable electrical contact point which is resistant to oxidation and corrosion. The contacts are also designed to be optically isolated, providing protection from shock and other disturbances.

The working principle of 1658670-2 Contacts - Multi Purpose contacts is based on contact force. When two contact surfaces come into contact, a certain amount of force is applied. This force is then used to transfer energy from one contact to the other.

The contact force is determined by the type of contact material used and the amount of contact area. The contact area can range from a few hundred microns (µm) to several millimeters (mm). Depending on the application, the design of the contact surface can be optimized to ensure optimal performance.

The contact force is also affected by the contact material’s resistance to abrasion, thermal cycling, and vibration. The contact materials used in the 1658670-2 contacts are designed to be durable and long lasting.

The 1658670-2 Contacts - Multi Purpose contacts feature a low contact resistance and a high current carrying capacity, making them suitable for a variety of applications. These contacts provide a reliable connection in any environment and can be used in environments with extreme temperatures and vibration.

In summary, the 1658670-2 Contacts – Multi Purpose contacts are used in a variety of applications and provide reliable performance. They are designed to transfer energy between two contact surfaces and provide optimal performance in any environment.