2312-5121TG

The 2312-5121TG rectangular connectors and headers are a type of connector which works in a variety of applications. The rectangular shape of the connector allows for a small footprint and easy installation when used in a variety of applications. This connector type is suitable for a range of uses including automotive, industrial, medical, and consumer applications.

The head pins on 2312-5121TG rectangular connectors and headers are often referred to as “male pins” because they are used to connect together two components through insertion. A male pin is a type of connector which contains a circular tube with one or more contact points on the inside circumference of the tube. These contact points contact the corresponding female pins on the other device, thus completing the connection. As the connection between the female and male pins is made, the current or signal is provided between the two components with minimal resistance, depending on the contact pin shape.

The inner diameter of the male pins for 2312-5121TG rectangular connectors and headers is designed to provide strong mechanical connection between the components once mated, and typically ranges from 2.0 to 4.2mm. The outer diameter (cheese head diameter) can vary depending on the type and design, ranging from 5.8mm to 8.0mm. This larger diameter offers greater strength on the connection and can be used in vibration applications, which require a higher level of durability.

The 2312-5121TG rectangular connectors and headers demonstrate excellent electrical contact properties such as high current carrying capacity, low contact resistance, and high insulation resistance. These properties enable the connector to optimize its performance even in extreme conditions, providing better control and reliability over the connection. The connection is also designed to reduce EMI emissions and protect the connected components from the detrimental electrical noise.

In conclusion, the 2312-5121TG rectangular connectors and headers are a reliable and cost-effective option for a variety of applications. Thanks to their male pin design, they are able to provide a strong electrical connection between components with minimal resistance, as well as reduce EMI emissions. The robust construction allows them to hold up in harsh environmental conditions, offering reliable and durable performance.