20021121-00082T8LF Datasheet/PDF20021121-00082T8LF is a type of rectangular connector, designed to securely hold wires or cables between two parts. It is a two-piece style connector, featuring a header, which is typically made of metal, and male pins, usually made of plastic, that plugs directly into the header.
The 20021121-00082T8LF features a range of features that make it suitable for many applications, such as a high-temperature performance and a durable design.
Application of 20021121-00082T8LF
20021121-00082T8LF connector offers a range of applications in consumer electronics, automotive, and industrial equipment. It is ideal for applications where a secure connection is necessary and enhanced performance is required. These headers are often used in telecommunications, digital imaging, and audio/video equipment.
They are also used in data storage systems, satellite TV set-top boxes, network equipment, medical imaging devices, and broadband communication equipment.
Working Principle of 20021121-00082T8LF
20021121-00082T8LF rectangular connector works on the principle of electrical contact between two electrical components. The contact between the two components is established by making metal contacts touch, thus allowing electrons to flow from one component to the other.
In 20021121-00082T8LF, the male pins are designed to slide into the header, creating a secure and reliable connection. The header features several slots, each of which is fitted with a snap-in retention clip that locks the male pin in place, preventing it from being accidentally removed.
In addition, the 20021121-00082T8LF is designed to be water and dust-proof, which makes it suitable for harsh outdoor environments. The pins are designed to be corrosion-resistant, making them a reliable and durable rectangular connector.
20021121-00082T8LF is a reliable and dependable rectangular connector, making it suitable for a variety of applications. Its high-temperature performance and dust/waterproof design make it the ideal solution for a range of electronic applications.