IPL1-108-02-LM-D-P

Rectangular Connectors - Headers, Male Pins

The IPL1-108-02-LM-D-P connector is a durable and reliable rectangular type connector. It is composed of a durable bronze, copper, or brass body that features durable and long-term electrical connection. The header provides a great connection and is suitable for various circuit applications.

This header is most commonly used in different computer-based systems and electronic applications. It is used for power and signal transmissions; it has a 2-pin configuration and can be used in several types of applications. The IPL1-108-02-LM-D-P connectors feature two pin headers that are connected together with the male pins. It is a standard pin and socket connection which enables secure and reliable connections in a variety of situations.

The most common application for the IPL1-108-02-LM-D-P connectors is in the area of power and signal transmission between different circuit boards. They are used to connect different monitoring and control hardware, such as machine vision cameras, in industrial settings. It is suitable for power and low-current signal transmissions and is widely used in robotics and automated machinery. It is also suitable for embedded systems, such as those utilized in the automotive industry.

The IPL1-108-02-LM-D-P connector\'s working principle is based on the standardized pin and socket connection. The two pins enclosed in the connector housing form the pole which is connected to the device. The socket connects the power or signal from the device to the pin header. The male pins are then firmly inserted into the connector housing, thereby creating a secure and reliable connection.

The IPL1-108-02-LM-D-P connector is a reliable and durable device that ensures secure and reliable power and signal transmission. Its two-pin configuration makes it suitable for a wide range of applications and its simple installation makes it easy to use. It is an important part of many industrial systems, and is an essential tool for maintaining reliable and efficient operations.