2322-6121-TG

Rectangular connectors are an integral part of most electrical systems. They provide the necessary connections to a variety of components, allowing electricity and data signals to flow to and from them. A common type of rectangular connector is the 2322-6121-TG, which is often used in the field of robotics and automation. This article will discuss the application field and working principle of this rectangular connecter.

The 2322-6121-TG connector is a two-row male pin type connector and is ideal for use as an input and output port in various robotic and automation applications. It has been designed for use with cable, harness, and PCB connections and is suitable for rugged environments including extreme temperatures and vibration conditions. It features anti-vibration guides and shock absorbers to ensure reliable electrical conductivity even when subjected to harsh conditions. The 2322-6121-TG connector also features an overall height of 32mm, a total pin pitch of 3.96mm, and a contact mating length of 12.7mm.

In terms of its ability to connect various components within a robotic or automated system, the 2322-6121-TG connector is a very useful component. It has a wide range of advantages including being able to provide a secure connection with a low contact resistance, ensuring reliable signal and power transmission. Furthermore, its anti-vibration guides and shock absorbers contribute to this low contact resistance by providing a cushioned contact pad between the two components. Additionally, the connector has a self-latching system which ensures that the connection remains secure even in the event of external force. This self-latching system was designed specifically for robotic and automation applications, ensuring that the necessary components remain connected even when the unit is subjected to vibrations or shocks.

In terms of its working principle, the 2322-6121-TG connector is designed to house two male pins which are then inserted into the mating ports of the two components to be connected. These pins make contact with electrical terminals located at the opposing ends of the contact mating length. When this happens, an electric signal or power is transferred from one component to the other through the connector. This transfer of electrical current is dependent on the contact resistance of the pins, as the lower the contact resistance the greater the flow of electricity. The anti-vibration guides and shock absorbers of the 2322-6121-TG connector help to reduce this contact resistance and thus provide a greater flow of electricity and a more reliable connection.

In conclusion, the 2322-6121-TG connector is a two-row male pin type connector that is ideal for use in robust robotic and automation applications. This connector is designed to provide secure connections to and from components and ensures reliability in signal and power transmission. It also features anti-vibration guides and shock absorbers to provide additional cushioning and reduce contact resistance. Finally, its working principle is dependent on the contact resistance of the pins which generates an electric signal or power flow when inserted into the mating ports of the two components.