HTMS-110-03-G-D-RA

HTMS-110-03-G-D-RA is a type of Rectangular Connectors, specifically a series of Headers, Male Pins. This series is used for board-to-wire and board-to-board connection applications. For board-to-wire connection, the header is mounted and soldered onto the board and the wire inserted into the terminals of the pin header ports. For board-to-board connection, the pin header is inserted into the female header on the connecting board.

The Work Principle of HTMS-110-03-G-D-RA generally requires two mechanisms. The first is the electrical connection between two dissimilar conductors, the metal contacts of the Pin Header and the associated female contact socket. The second is the physical connection between theHeader and the Socket, which maintains the electrical connection. The physical connection is maintained either by friction of the pins and sockets or by soldering of the male pins into the printed circuit board.

Pin Header is available in either single-row and double-row orientation and allows configurations with either straight or angled tails. The variety of tail orientations and the numerous options for mounting the header allows it to be used in a wide variety of electronic products. Thepins and sockets of HTMS-110-03-G-D-RA are gold plated with either 30u” or 50u” thickness. The headers also feature an optional Beryllium copper/Nickel fingers and stamped contact for wire connections.

HTMS-110-03-G-D-RA headers are available in a variety or mounting types. These include surface mount, through hole, press-fit, and clip mounting depending on the application requirements. In addition, they are available with several tailorientations to accommodate the space constraints of a variety of applications.

HTMS-110-03-G-D-RA headers are widely used in electronic products such as handheld devices, cellphones, gaming laptops, embedded systems, and networking products. Their gold plating provides excellent electrical signals, with low signal loss and minimized contact resistance. They also provide effective mechanical connections which provide greater stability and vibration resistance.