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The rectangular connectors are electronic devices used as components in machineries or electronic items. These can be used in various applications like entertainment, medical, telecommunication, computing, automotive and inland communication. One of the most widely used rectangular connectors is the headers, receptacles, female sockets. This type of connectors can be found in almost all electronic applications.

These are made of metal and have a variety of colors including white, silver, blue and gray. These are available in two types; female and male connectors. Female connectors are smaller in size and usually come in a variety of sizes, ranging from 2.54 mm to 5.08 mm. Male connectors are bigger in size and usually come in a variety of sizes ranging from 3.24 mm to 16.00 mm.

Headers, receptacles and female sockets are generally used for the connection between two or more electronic components. They come with different electrical characteristics such as resistance, current rating, voltage rating, and dielectric strength. They also offer electrical isolation. This ensures safe connection between components in order to reduce the risk of electric shock and fire.

The working principle of these connectors is based on the pressure created by the connection between the female and male contacts. The contacts are designed to fit together with a predetermined force. The contact force must be strong enough to maintain good electrical connection but should not be too high as this may cause damage or deterioration of the connector.

The connector also must be able to withstand the environment in which they are used. It should be able to resist corrosion, shocks, and temperature fluctuations. Most of these connectors are also designed with a strain relief feature, which ensures that when the connector is pulled, the strain is relieved at the point of connection. This prevents any damage due to excessive force.

The connector must also be able to withstand the environmental conditions present in the area of use. The connectors must be designed to withstand high voltage, temperature, humidity, dust, and other environmental conditions. Additionally, the connector must have the ability to transmit signals from its pins without any interference.

The headers, receptacles, female sockets connectors are also designed to provide good electrical performance. They have copper contacts which ensure good conductivity and good corrosion resistance. This makes these connectors suitable for long-term use and prevents any issues related to performance degradation due to corrosion.

These connectors can be used in various applications like data and communication systems, motor controls, computers, instrumentation, and security systems. They offer efficient and cost-effective connection solutions for electronic design.

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