316516-5

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316516-5 rectangular connectors, more commonly known as headers, male pins, provide a robust and effective electrical connection, with higher current capacities and improved resistance to environmental factors such as vibration and shock. The construction of these connectors is based on a moulded shell and positive locking system, which ensures secure mating.

The 316516-5 connectors are predominantly used in the automotive industry, although they can be used in a variety of other applications as well. They are designed to be used in environments where robust, secure connections are necessary. Additionally, the headers provide high current capacity and improved resistance to environmental factors such as vibration and shock.

When compared to alternative connectors, such as those based on board-to-board flip chip technology, the 316516-5 connectors offer a number of advantages. The key benefit of these connectors is the robust construction, which ensures reliable and secure connections. Additionally, the positive locking system prevents loose connections. This reduces the risk of electrical interference caused by vibration and shock, which can lead to connection failure. Finally, the headers offer high current capacity, which is essential for applications in the automotive industry, where large currents are often necessary.

The working principle of the 316516-5 connector is relatively simple. The connector is designed with two halves: a male and a female connector. The male connector is inserted into the female connector, and the two halves are secured together using a positive locking system. This ensures that the two connections remain secure, and that the correct electrical connection is maintained. Additionally, a insulation sleeve is also provided to ensure that electric charge does not leak from the connection.

In summary, the 316516-5 connector is an effective and reliable solution for robust connections, offering a number of advantages when compared to board-to-board flip chip technology. The robust construction ensures reliable and secure connections, and the positive locking system prevents loose connections. Additionally, the high current capacity is necessary for use in automotive applications. The working principle is relatively simple, with the two halves of the connector securely mated using a positive locking system.

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