FTSH-117-02-FM-D-ES

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The FTSH-117-02-FM-D-ES is a type of rectangular connector, which belongs to the Headers, Male Pins category. It is designed to connect a variety of PCBs, providing robust and reliable connectivity solutions for a wide array of electronic systems.

The FTSH-117-02-FM-D-ES is a PCB header that features two rows of straight male pins. Each pin has a 0.025" square male header connection and is spaced 0.1" apart in both the front and rear of the housing. It is designed to fit into 0.06" to 0.8" thick PCBs. The housing is made from black high-temperature thermoplastics, reinforced with glass fibers, and it allows for the connector to snap into place onto the board.

The working principle of the FTSH-117-02-FM-D-ES is fairly straightforward. It features two rows of straight male pins that connect with the end of a PCB. These pins are spaced 0.1" apart on both the front and rear of the housing. They then fit into the corresponding openings on the PCB and are secured in place with corresponding latch arms on either side. This allows electrical signals to pass between the pins on the board and the electronics on the PCB, providing the necessary signals to power up and operate various electronic components.

The FTSH-117-02-FM-D-ES has a wide range of applications in many industries. It can be used for instrumentation, communication, automotive, and medical devices. It can also be used for consumer electronics and computer systems. It is designed to provide reliable, robust connections between multiple PCBs, making it an ideal choice for these diverse applications.

Overall, the FTSH-117-02-FM-D-ES is an efficient and reliable type of rectangular connector. Its two rows of straight male pins are spaced 0.1" apart and designed to fit into 0.06" to 0.8" thick PCBs. It is made from durable, high-temperature thermoplastics and designed to snap into place for a secure connection. In addition, it has a wide range of application fields and is capable of providing reliable, robust connections between multiple PCBs.

The specific data is subject to PDF, and the above content is for reference