3020-10-0100-02

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Rectangular connectors are widely used in wide range of applications and for various purposes. Usually they are made up of headers, male pins, and female/male headers while they can be produced in a variety of materials such as plastic, thermoplastic, brass, copper and steel. The rectangular connectors are generally categorized as headers, male pins, or receptacle (female/male header).

The 3020-10-0100-02 connector is an example of rectangular connector featuring a male header with 10 male pins. The overall design and construction of the connector determines the range of applications it can be used in. It is mainly used in the automotive, aerospace, and defense industries, for general purpose signal transmission, and for the assembly of multiple boards. This connector is constructed of thermoplastic housing material and copper alloy terminal material, making it suitable for the aforementioned industries.

In terms of working principles, the connector is designed to have a polarized insertion process. This means that the connector will only fit into the receptacle if the pin is placed in the correct orientation. The 3020-10-0100-02 connector also has a latching system which locks the assembly in place and ensures that the connection is not lost. Additionally, the connector is designed to have a high dielectric strength which guards against electrical noise and ensures the connection is completely secure.

Another feature of the 3020-10-0100-02 connector is its ability to endure extreme environmental conditions. This means that the connector is able to withstand temperatures of up to 125°C, UV rays, and chemicals. In addition, the connector is sealed against dust and moisture which ensures its durability and can even prolong its performance.

In conclusion, the 3020-10-0100-02 connector is a reliable connector featuring a header with 10 male pins providing a secure connection. It is suitable for use in the automotive, aerospace, and defense industries due to its thermoplastic housing material and copper alloy terminal material. Moreover, it is characterized by its latching system, high dielectric strength, and its ability to endure extreme temperatures and environmental conditions.

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