PCC10DAAN

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PCC10 connector is an advanced connector designed to address the need of automotive multiple-device. It is a combination of a rectangular assmebly and a double-row header, typically used for a power supply. PCC10 connector excels in high-heat fault conditions, providing a reliable solution for automotive needs.

For a better understanding of PCC10 connector, let’s look at its application fields first. Generally speaking, the PCC10 connector is used in different types of electronics and electrical engineering, such as automotive engineering, aerospace engineering, heavy machinery and instrumentation engineering, and so on. Automotive manufacturers make use of this connector to connect various devices and subsystems found in automobiles. In the aerospace industry, it finds applications mainly in satellites, unmanned aerial vehicles (UAVs), commercial aircrafts, and Army helicopters. Apart from these, PCC10 connector can also be used in other such systems where robust plugging and unplugging devices are desired.

Now let’s take a look at the structure of the PCC10 connector. It consists of two parts: a rectangular assembly and double-row header. The assembly includes a base, contact terminals, and two metal plates. The terminals are made from copper alloy containing nickel, copper and silicone. The metal plates either come in an integral or split strips construction, depending on the overall design. The double-row header is composed of two rows of pin contacts which are usually made from brass or stainless steel.

Now let’s turn to the working principle of PCC10 connector. During the mating process, the header slides into the connector assembly. The double-row headers come with two sets of pins. The first set is designed to form a mechanical connection, while the second set will provide an electrical connection. During the mating and engagement, the contact pins make contact with the connector assembly terminals in order to create reliable and stable electrical contact between the two components. The PCC10 connector also features a unique locking mechanism which provides the stability to the connection.

The working process of the connector can be divided into four steps. The first step is the insertion of the double-row header into the connector assembly. Then the contact pins present in the header make contact with the terminal blocks of the connector. After that, the locking mechanism comes into play and the connection between the two components is set. Finally, the circuit is complete when the contact pins are pressed squarely against the terminal blocks.

In summary, PCC10 connector is an advanced and reliable connector designed for a wide range of applications in the automotive, aerospace and industrial sectors. It has a unique structure consisting of a rectangular assembly and a double-row header. It also features a specialized locking mechanism which provides a secure connection. All these features make it a highly reliable connector solution.

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