98414-G10-14ULF

Rectangular Connectors – Headers, Male Pins – 98414-G10-14ULF Application Field and Working Principle

98414-G10-14ULF is a type of rectangular connectors, which come in both header and male pins versions. They are particularly popular among those in the tech and electronics industry, and have been used in many applications, both in consumer products and commercial projects.

Headers are widely used to connect two separate boards or other components, usually in a soldered joint. The most common use for them in consumer applications are to connect a circuit board to an enclosure, via the mounting holes. The pins in the header fit into the female pin sockets on the circuit board, providing a secure fit. It can also be used for a variety of applications, such as attaching items to the board.

Male pins, on the other hand, are used to connect a female pin socket to another component, such as a wire or connector. They are commonly used in the automotive, communications, and industrial electronics sectors. The pins have a male end that fits into the female pin socket on the circuit board, creating an electrical connection.

The 98414-G10-14ULF connectors have a variety of features that make them uniquely suited for a range of applications. They have a higher current rating than some other similar connectors, allowing them to be used for applications that require more power. They are also designed to be more vibration-resistant, making them more suitable for applications in hostile environments.

The working principle of a 98414-G10-14ULF connector is quite simple. The pins fitted on the header are inserted into the female pin socket on the circuit board. The pressure of the inserted pins creates a secure electrical connection. This produces an electrical current, allowing the connected components to communicate with each other.

In summary, the 98414-G10-14ULF connectors are well suited for a wide range of applications in the tech and electronics industry. Their high current rating and vibration-resistant design make them highly suitable for applications in hostile environments. The working principle is quite simple, with the pins in the header providing a secure electrical connection when inserted into the female pin socket.