4-103801-0-14

4-103801-0-14 rectangular connectors, also known as headers, male pins, are a type of connector that has two rows of rectangular pins that are arranged in parallel to each other. These pins are usually soldered onto the board and are used for making electrical connections between components. They are most commonly used in applications requiring reliable high-speed I/O connections. This type of male pin connector is often found in computers, audio/video equipment, and consumer electronics.

The 4-103801-0-14 has a single row consisting of four, ten, thirty-eight, zero, and fourteen pins. This type of male pin is ideal for applications requiring high speed I/O connections, such as applications where multiple discrete signals need to be transferred. Its four male pins are used as a means of making electrical connections from a printed circuit board or daughter board to a more intricate component. This connector is most common in consumer electronics, as it is suited for making high-speed, low-voltage connections.

The working principle of the 4-103801-0-14 rectangular connector is quite simple. Once the male pins have been soldered onto the board, the mating female connector can be snapped onto the pins. This creates electrical contact between the connectors, allowing them to transfer signals or power between them. This type of connector is suited for making low-voltage, short-range connections.

The 4-103801-0-14 rectangular connector is extremely versatile and can be used in a wide range of applications. For example, they are widely used in the automotive industry to connect. They can also be used in computer and communications systems, automation systems, industrial control systems, and various other electronic equipment.

In conclusion, the 4-103801-0-14 rectangular connector, also known as a header, male pin, is an ideal high-speed, low-voltage connection system. It is suitable for a wide range of applications including automotive, computer and communications systems, automation systems, and industrial control systems. Its single row with four, ten, thirty-eight, zero, and fourteen pins provide reliable connections between multiple discrete signals.