71922-006LF

The 71922-006LF is a 1x8 Dual-row Through-hole Straight Male Pin Socket Header from Cinch Connectivity Solutions. It has a 2.54 mm pitch, with 2 mm header thickness and 3.45 mm post length. The 71922-006LF has a maximum of 28 Amps and 80 V operating voltage and can be used with a variety of board mounted devices. This makes it a great choice for making secure interconnections between board-mounted components.

The 71922-006LF has a dual row, straight male pin socket header. This means that it can quickly and securely connect two PCBs together with minimal assembly effort. It also has a snap-lock latch feature, which allows it to be easily disconnected for maintenance or service.

This Header is rated up to 28 amps with an 80-volt operating voltage. This makes it suitable for a number of applications. Its metal design ensures it has great electrical characteristics for reliable connections. It can also handle high vibration and EMC applications.

The 71922-006LF is specifically designed for easy board mounting. Its straight pin design allows it to be inserted and soldered on the PCB from the top side without the need for holes in the board. It has a two-sided mounting that can be done with the help of metal mounting hardware and clamps.

The 71922-006LF has a wide range of applications. It can be used in industrial, automotive, consumer and medical electronic products. It is often used for automotive applications such as power steering systems and motor control systems, as well as for consumer products such as audio and video equipment. Additionally, it is suitable for medical applications in which specific parts of a product need to be easily disconnected for servicing or maintenance.

The working principle of the 71922-006LF is simple. It has two rows of pins that make contact with two boards. It can be inserted into the board through the top and then soldered to the board. Once soldered, the pins create an electrical connection between the two boards. This connection is then used to transfer signals and energy between the component and the board.