4890-0-15-80-11-84-04-0

Terminals - PC Pin Receptacles, Socket Connectors

4890-0-15-80-11-84-04-0 application field and working principle

PC pin receptacles and socket connectors, like model 4890-0-15-80-11-84-04-0, have a wide range of applications and are used in various industries. These devices are typically used for transporting electrical and signal currents, and for providing simple electrical connections between devices. PC pin receptacles and socket connectors are usually employed in robotic assembly systems, medical equipment, and telecommunications equipment.

In order to understand the working principle of PC pin receptacles and socket connectors, it is important to understand the structure of these devices. The PC part of the device refers to Printed Circuit Board (PCB). A PC board is an insulating material, typically epoxy, that has small metallic circuits and components printed on it. This is then cut into the desired size and shape, and mounted on a surface. A PC receptacle or connector is the female part of the component, and the sleeve part is the male part. The female part has metal contacts or pins that are inserted into the male sleeve, making the connection between the two.

When the connection is established, the sleeves of both parts create a seal to prevent exposure to air. This insulation prevents electric shocks, short circuits and any possible damage to the circuitry. The contact between the two parts also reduces the resistance and increases the electrical current that can pass through them. Thus, these devices help to regulate and maintain the electrical strength of the connections.

The PC pin receptacles and socket connectors are also used in the power supplies, typically for transferring the electric currents from a large power source, such as a battery, to smaller sources, such as a computer or a motor. They are large in size and can withstand harsh conditions, such as heat, moisture and dust, and provide reliable electrical connections.

The use of PC pin receptacles and socket connectors has enabled the automation of many industrial processes, increased the speed and reliability of signal transmission, and made it easier to replicate standard electrical connections. They are cost-effective, durable, and versatile, and can be used in a wide range of applications.