M80-5T10442MC

The M80-5T10442MC is an 8-pin male header that is commonly used for board-to-board connections. It is a rectangular connector that is part of the M80 series of headers available from molex. It features a 2.54mm pitch, a stack height of 10mm and a surface mount tape and reel packaging.The M80-5T10442MC can be used in a variety of electronics applications such as automotive, data/telecom, computers, industrial control, LED lighting and flat panel displays. It is a common connector for small and medium sized board-to-board applications and is suitable for use with through-hole PCBs.The M80-5T10442MC is designed with a 2.54mm pitch between pins and is constructed of impact resistant and dielectric-resistant plastic with male pins. It is available in a variety of colors and features pick-and-place mounting or manual hand solderable mounting depending on application needs. It has a temperature range of -25 to 85C and can handle currents up to 2.5A per pin.The working principle of the M80-5T10442MC is to provide a convenient and reliable connection that will ensure a secure connection between two boards without the need for soldering. The male pins insert into the female header receptacle on the other board and the two are held in place with a snap action locking clip. Once installed, the M80-5T10442MC header can handle currents up to 2.5A per pin and the secure connection is designed to be vibration-resistant, shock-resistant and EMC compliant.In summary, the M80-5T10442MC is a 8-pin male header that is designed for board-to-board connections. It is constructed of impact and dielectric-resistant plastic with male pins and a 2.54mm pitch between pins. It is suitable for use with through-hole PCBs and can handle currents up to 2.5A per pin. It features pick-and-place mounting and a secure snap action locking clip that ensures a vibration-resistant, shock-resistant and EMC compliant connection. It is widely used in automotive, data/telecom, computers, industrial control, LED lighting and flat panel display applications.