71922-116LF

The 71922-116LF connector is a rectangular connector used for a variety of applications. It is commonly used in data transmission, telecommunications, low-power wiring, and power supply systems.

The connector is typically composed of a male pin head and two rows of female pins along two opposite sides. It has a surface mount pin header with a through-hole mounting feature, allowing it to be easily mounted on a PCB board or other surface. The male pins can be easily inserted and removed from the female pins and the connector is held together securely with a plastic housing or insulation.

The 71922-116LF connector is designed to withstand high temperatures and high vibration. It is also designed to minimise contact resistance and to protect against short-circuiting or contact damage.

The 71922-116LF connector works by using the female pins to form an electrical path between two electronic components. The connector is designed to reduce electrical noise and electromagnetic interference, and to ensure consistent and reliable performance. The connector can be used for a variety of purposes, including data transmission, power supply, and low power wiring.

The 71922-116LF connector is also designed to be able to withstand a high degree of physical force. It is designed with a durable shell, which ensures that it is able to withstand temperature variations, moisture, dust, and impact. It also features a secure locking system, which allows it to remain connected even under harsh conditions.

The 71922-116LF is typically used in a variety of applications, including computer motherboards, mobile phones, routers, and any other electronic device which requires reliable and durable connections. In addition, it is commonly used for sensing devices, relays, circuit boards, and similar applications where durability and electrical performance are important.

Overall, the 71922-116LF connector is a reliable and durable connector that can be used in a variety of applications. It is designed to provide a secure, reliable connection between two electronic components and to minimize contact resistance and electromagnetic interference. It is also designed to withstand a high degree of physical force and to protect against contact damage or short-circuiting.