10090929-S786XLF

D-Sub connectors, also known as D-Subminiature connectors, are essential components used in many electrical systems, and 10090929-S786XLF is a classic example.

The strength of these connectors lies in their ability to facilitate a range of different connections from external peripherals, such as printers, monitors or external memory. They feature a high level of durability, capable of handling thousands of connections or disconnections daily. The unique shape of the D-Sub connector essentially consists of an insulating housing and two flat contacts. This shape determines their application field and working principle:

Application field

Since its invention in the late 1950s, D-Sub connectors have been widely used in various forms of electronic products. Some of the most common applications of this type of connector include the use in computers, motor cars and telecom systems, among many others.

The most significant attribute of D-Sub connectors is their ability to enable the connection of multiple signals in a single connector. This is symbolized in the “D” shape, which allows multiple flat contacts to fit inside one connector housing.

For example, the 10090929-S786XLF D-Sub connector facilitates the connection of up to 26 pairs of signals, which may include power, ground, differential transmit/receive or some combination of the signals. These connectors can be used in a variety of applications, such as motor control, power distribution, robotics and industrial automation.

Working principle

Essentially, the working principle of the 10090929-S786XLF D-Sub connector is based on the contact between two metal conductors. The metal contacts on the connector are designed so that they fit snugly into one another, ensuring a secure connection. The connector housing provides insulation for the two metal contacts, providing an effective shield against the release of energy.

Additionally, the contacts of the D-Sub connector are often equipped with protective lids that keep the pins from bending or being overexposed when in use. This is important as it reduces the chances of electrical shorts or damage in the connection.

Furthermore, the contacts can also be designed to accommodate different pin sizes in order to meet different electrical requirements. Moreover, many D-Sub connector designs also feature a mechanism to ensure that the connection does not come undone during use, this may be in the form of a locking mechanism or a sliding lid.

In conclusion, the 10090929-S786XLF D-Sub connector is an example of a functional and reliable connector, with a distinct shape and design. It has applications in a variety of industries and is capable of connecting multiple signals in a single connector. Furthermore, the working principle of a D-Sub connector is based on the contact between two metal conductors and is further protected by the connector housing, protective lids and locking mechanisms.