164A16719X

164A16719X is a type of D-Sub connector, which are a type of electrical connector used to provide mechanical and electrical connections between two or more elements. These connectors are available in various sizes depending on the type. A 164A16719X D-Sub connector features a female 9-pin configuration for attaching multiple electrical components. It is a quick and reliable way to join components without the use of soldering.

Uses

D-Sub connectors are widely used in a variety of applications, including consumer electronics, industrial control, communication and networking, and more. The 164A16719X D-Sub connectors are often used to connect two or more electronic devices, such as computers, audio systems, video cameras, and video displays. They can also be used in combination with other connectors or in a daisy chain configuration to connect multiple devices.

Design

The distinctive feature of the 164A16719X D-Sub connector is its two-piece design, with a male and female connector. The male connector contains multiple pins arranged in a tight formation, while the female connector contains the respective receptacles. Both connectors are joined together using a locking mechanism, which provides a secure connection so long as both pieces are firmly connected.

Advantages

D-Sub connectors offer several advantages over other types of electrical connections. A major benefit is their small size, which makes them easy to work with in tight or confined spaces. Additionally, D-Sub connectors are robust and can be relied upon for long-term use and even in challenging environments, and they are often much cheaper than other connector types. The 164A16719X D-Sub connector is further equipped with a reliable locking mechanism to ensure a secure electrical connection.

Working Principle

The 164A16719X D-Sub connector functions by making an electrical connection between two components. When the male and female parts of the connector are joined, the male pins on the male connector are inserted into the respective female receptacles in the female connector. This creates an electrical connection between the two devices, allowing a signal to pass between them. The locking mechanism then keeps the two halves securely connected, preventing the connection from being disrupted.