EJH-120-01-S-D-SM-LC-21

The EJH-120-01-S-D-SM-LC-21 is a kind of rectangular connector header. It has male pins with a low current density of 21 amps. It is designed for low thermal applications, making it suitable for a variety of applications.

The rectangular connector header is made up of two halves – the body and the end cap. The body of the connector contains two copper pins which make contact with the female part, usually soldered onto a PCB. The pins are threaded to allow for better contact between the male and female parts. The end cap seals the electrical connection to avoid arcing and short circuit. The pins also have a wide range of insulation options such as dielectric barrier, vinyl insulator, and low-outgassing insulation.

The connector is designed for low thermal applications in a wide range of industries. Commonly used in the transmission and distribution of power, the EJH-120-01-S-D-SM-LC-21 can be found in aircraft, automotive, telecommunications, medical equipment, and more.

The working principle of the EJH-120-01-S-D-SM-LC-21 is simple. When two contacts are brought into contact with each other, the current flows between the two pins, through the insulation, and into the female part. The electrical connection is then completed, powering the device or allowing for data transfer.

One of the key advantages of the EJH-120-01-S-D-SM-LC-21 is its low current density of 21 amps. This allows it to be used in applications that require low thermal loads, making it suitable for use in sensitive industries. The connector’s wide range of insulation options also allows for a variety of applications, providing reliable and safe performance.

In summary, the EJH-120-01-S-D-SM-LC-21 rectangular connector header is a low current density connector designed for a wide variety of applications. It has two copper pins that make contact with the female part, and its pins are threaded to ensure a secure connection. The connector also has a wide range of insulation options, which makes it suitable for a wide range of industries, including those that demand low thermal loads. Its simple working principle ensures a reliable and safe electrical connection, and its low current density makes it ideal for a range of applications.