77311-439-05LF

77311-439-05LF is a type of rectangular connector, which is also known as headers, male pins, or board-to-board connectors. It\'s widely used in various application domains due to its excellent performance. 77311-439-05LF offers high-precision contact, good electromagnetic compatibility, and sound mechanical performance.

Anatomically speaking, 77311-439-05LF is a male pin device. It features two rows of pins, with the second row inserted into the header, and a back shell as structural parts. The header features two electrically conductive plates along with mounting holes. It also has an integrated strain relief assembly that provides high mechanical stability. The male pins are made up of a metal alloy material, which is highly durable and resistant to corrosion. The backshell is made up of heat resistant material, which ensures that the connector performs reliably over a wide temperature range.

The application field of 77311-439-05LF is quite wide. It is commonly used in the automotive, military & aerospace, medical, and industrial sectors. It is especially suitable for applications that require high precision contact, good electromagnetic compatibility, and sound mechanical performance. In addition, it\'s also suitable for applications with demanding space requirements.77311-439-05LF’s working principle is relatively simple. The key components of the connector are the header, the male pins, and the backshell. The header is responsible for providing a mounting surface for the other components. The pins provide electrical continuity between the components, and the backshell prevents the pins from coming in contact with the surrounding environment. When two components are connected, the pins make an electrical contact with each other and current flows freely, allowing for an uninterrupted signal transfer.

In conclusion, 77311-439-05LF is a high-performance rectangular connector, which is widely used in automotive, military & aerospace, medical, and industrial sectors. It features high-precision contact, good electromagnetic compatibility, and sound mechanical performance. The working principle is relatively simple and it mainly involves electrical continuity between two components via two rows of pins.