N3433-5303RB

Rectangular Connectors are the most widely used connectors. They come in many shapes and sizes, from tiny, high frequency board-to-board connectors, to large and heavy-duty automotive connectors. Many of these connectors share similar components and working principles. One example of such a connector is the N3433-5303RB Rectangular Connector.

The N3433-5303RB connector is a 2-position, 0.1in pitch male header connector. This means it has two terminals that are connected when plugged in. The terminals are spaced apart by a 0.1in pitch, meaning they are 0.1 inches apart from each other. The connector is rated to carry up to 5 Amps of current, and has a maximum of 250 Volts.

The N3433-5303RB is primarily used for board-to-board and cable-to-board applications. Such applications include connecting a circuit board to another circuit board, or connecting a cable to a circuit board. They are also used to connect different components within a system, such as power supplies, motors, and other electronics.

The N3433-5303RB is a type of connector known as a male header connector, meaning the electrical contacts are located on the end of the connector. This type of connector is designed to make use of insulation displacement contact (IDC) technology, whereby the metal contacts on the connector are placed into an insulation-dissipating slot or groove. This type of technology does not require soldering or screws in order to make a connection, and is much easier and faster to install than traditional soldering methods.

The working principle behind the N3433-5303RB is relatively simple. When the pin is plugged into its mating socket, it causes a short circuit, sending a signal back to the source, indicating a successful connection. The pin also provides a physical connection between the two components, providing good conductivity and ensuring that there is no loss in the signal.

All in all, the N3433-5303RB Rectangular Connector is an ideal choice for board-to-board and cable-to-board applications. It is easy to install and offers good conductivity and reliability. Furthermore, it is a cost effective way to connect different components and helps reduce the time spent in installation.