DAME15P0L4A190K87-161

D-sub connectors, or D-Subs, have been around for over sixty years and are built around a common form factor. The D-sub uses metal contacts along its rim to make electrical connections between two or more circuits. The shape and dimensions of the D-sub are standardized, usually for specific applications, and the most common type of D-sub is the 25-pin connector.

DAME15P0L4A190K87-161 is one of the most common types of D-sub connectors. This specific type of connector is commonly used for industrial applications, such as connecting CNC machinery, motors, and other industrial automation components. It features 15 pins arranged in two rows, making it a double-row connector. It has 4-level pin pitch spacing, which means that the distance between pins on the same row is 0.4mm.

The working principle of DAME15P0L4A190K87-161 is relatively simple. In order for it to make an electrical connection, a male component must be connected to a female component. When the two parts are connected, the male component’s pins are inserted into the female component’s sockets, creating an electrical connection. The threading inside the female component is designed to secure the male component in place by locking it in place.

The advantages of using DAME15P0L4A190K87-161 connectors in industrial applications include their reliability, durability, ease of use, and cost-effectiveness. In addition, the standardization of the D-sub connectors means they are compatible with a variety of systems.

In conclusion, the DAME15P0L4A190K87-161 is a type of D-sub connector commonly used in industrial applications. It is a double-row connector with 15 pins, and 4-level pin pitch spacing. It’s working principle involves connecting a male component to a female component, which locks the male component in place. The DAME15P0L4A190K87-161 offers reliability, durability, ease of use, and cost-effectiveness, and is compatible with a variety of systems.