RSM-136-02-T-D-P

Rectangular connectors are a type of electrical connectors that are composed of a single piece of insulated plastic with multiple pins. These pins are designed to conduct power or data to devices on either end of the connection. The most common rectangular connector in use today is the Header, Receptacle, Female Socket.

The RSM-136-02-T-D-P is a type of female socket rectangular connector used for space applications. It is similar to a header connector in shape and size, but features a pair of pins in a “T” shape rather than the typical two or three row arrangement of headers. The two “T” pins are attached to a plastic body with a lip that snaps onto the mating header connector.

The RSM-136-02-T-D-P is designed specifically for space applications because it offers low power dissipation and high frequency response. It can support up to 25A of current and up to 1GHz of frequency. It also features a black conductive insulation material which helps to minimize radio frequency interference (RFI) and electromagnetic interference (EMI).

The working principle of the RSM-136-02-T-D-P is simple. When the two “T” pins on the top of the RSM-136-02-T-D-P are properly inserted into the mating header connector, a connection is made that transmits power or data electronically. The electrical current then flows from the “T” pins to the conductive material on the underside of the RSM-136-02-T-D-P, completing the connection.

The RSM-136-02-T-D-P is used in a variety of space applications including satellites, spacecraft, and space science experiments. Its low power dissipation, high frequency response, and conductive insulation make it ideal for these applications. Additionally, the RSM-136-02-T-D-P’s simple design makes installation and removal quick and easy.

The RSM-136-02-T-D-P is an ideal solution for space applications due to its low power dissipation, high frequency response, and conductive insulation. Its simple design makes installation and removal quick and easy, making it a great choice for satellites, spacecraft, and space science experiments.