15-42-6034

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Rectangular Connectors - Headers, Male Pins, comprise an extensive array of products made from a variety of different materials, including copper, plastic, and aluminum. They are most commonly used for electrical signal transmission and data transmission. 15-42-6034 is one of the many rectangular connectors available, which features a strong and reliable connection with high levels of performance. This article will discuss the application field and working principle of the 15-42-6034 rectangular connector.

15-42-6034 rectangular connectors are commonly used in applications that require high-powered electrical connections, such as solar panel systems, DC power transmission, and electrical transfer systems. The connectors feature a 2.54 mm or 1.27 mm pitch and are designed to provide a robust and reliable connection for DC power transmissions. They are also used in robotics applications for transferring data and signals.

The structure of a 15-42-6034 rectangular connector consists of a header with two rows of pins connected to a housing designed to protect the pins. The pins are inserted into the holes of a printed circuit board (PCB) and make electrical connection with the board. The mating board has wires which make electrical contact with the pins. The pins are typically made from copper or silver-plated copper. The header is usually made from aluminum or plastic.

The working principle of a 15-42-6034 rectangular connector is simple. When the board is plugged into the header, the electrical contacts formed between the pins and wires carry the electrical connection, allowing data and signals to be transferred. If the connection is broken, the electrical contact will not be maintained, and the data and signals will not be transmitted. This ensures reliable and secure data and signal transfer.

15-42-6034 rectangular connectors are designed to provide secure and reliable electrical connections, which is why they are so widely used in many applications. Whether they are used for powering electronic devices or transmitting data and signals, they ensure that the connection is stable, reliable, and efficient. With a reliable connection, manufacturers can be assured of the quality of the signal transmitted, and it eliminates the need for multiple cables and wires.

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