EHT-113-01-S-D-SM-08-TR

The EHT-113-01-S-D-SM-08-TR is a versatile rectangular male header connector commonly used when a signal needs to be transferred from one circuit to another. It belongs to a family of rectangular connectors known as headers, male pins. This type of connector is suitable for soldering to a printed circuit board when a ribbon-type pin header connector is not available.

The EHT-113-01-S-D-SM-08-TR consists of carefully designed male contact pins, placed in an organized array within an insulated plastic housing unit. The contacts are designed such that when two corresponding housings are mated, electrical contact is established between complementary pins on both sides. This particular variant contains eight pins per housing, with each pin having a pin pitch (spacing between center of pins) of 2.54mm. This spacing is an industry standard, and the connector is suitable for use with most printed circuit boards.

The EHT-113-01-S-D-SM-08-TR can be used for a variety of applications due to its versatility. Most commonly, it is used to provide a connection between two separate electronic circuits, or between different areas within a single circuit. It can also be used to pass signal from the board to a daughter board, as well as for signal transmission across two different boards. The connector allows for efficient signal transmission between circuits without the need for wires.

The working principle behind the connection between two complementary housing units is simple and efficient. When the housings are mated, the pins on one housing unit fit into the corresponding indentations in the other. This creates a tight connection between both units, allowing for efficient transmission of electrical signals between the two circuits. The connection is held by friction, as the pins are held in place by the indentations on the opposing housing.

The EHT-113-01-S-D-SM-08-TR connector is highly versatile, being suitable for use in a wide range of electrical applications. Its simple design, coupled with its high rate of signal transmission make it an ideal choice for electrically connecting two circuits.