926381-01-28-I

Rectangular Connectors - Headers, Male Pins, 926381-01-28-I application field and working principle

The 926381-01-28-I is a rectangular connector - header, male pin model from Molex, also known as the Flex Point. It is a two-piece, terminal interconnect system ideal for wire-to-wire applications. The 926381-01-28-I consists of two parts - a header and a male pin. The header is the component which is installed onto the printed circuit board and the male pin is the component which provides the electrical contact to the cable.

The Molex 926381-01-28-I header is mainly designed for surface mount applications where it can be soldered directly to the circuit board. It has an insertion force of 1.8N and a pull-out force of 2.0N which makes it suitable for applications in which there is a need for secure connections. The header has 28 terminals which allow for a wide range of connection possibilities.

The male pin used in the 926381-01-28-I system is designed to make a secure electrical connection when inserted into the header. It has a nominal current rating of 3A and a rated voltage of 250Vrms. It is equipped with a plastic hood which provides superior cable retention. The hood also prevents any interference from external elements such as moisture or vibration.

The working principle of the 926381-01-28-I is simple and straightforward. The male pin is inserted into the header which is then inserted into a PCB. When the two parts are inserted, a secure electrical connection is established between the male pin and the circuit on the board. The inserted pin is held securely in place with the help of the plastic hood and a friction lock mechanism.

The 926381-01-28-I is a common and widely used model of rectangular connectors - headers, male pins. It has a reliable and secure connection system and is used in a range of applications including medical, consumer electronics, automotive, and telecommunications. It has superior cable retention and a robust design which makes it a dependable and preferred option for many applications.