71918-164

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Rectangular connectors, including headers, male pins, and jacks, are a versatile type of connection technology used in a variety of industries. Whether used for power, signal transfer, or other applications, rectangular connectors can offer users a reliable and easy-to-install solution. Among the various types of rectangular connectors, 71918-164 rectangular connectors are popular for their compact design and rugged construction, making them ideal for tough industrial environments. In this article, we will discuss the application field and working principle of 71918-164 rectangular connectors.

Application Field of 71918-164 Rectangular Connectors

71918-164 rectangular connectors are widely used in a variety of fields due to their robust construction and small size. These connectors have been designed for use in harsh environments, such as high/low temperature, dust, vibration, and moisture, making them an ideal choice for industrial and commercial applications. Some popular applications for 71918-164 rectangular connectors include automotive, medical, and aviation. Since these connectors are designed to be resistant to extreme temperatures, they can also be used in harsh environments where standard connectors would not be able to perform.

The 71918-164 rectangular connectors are also ideal for communication applications. They are designed to work with Ethernet and HDMI cables, as well as data and voice cables, to provide reliable data transfer. With their small size and superior build quality, 71918-164 connectors are also often used in audio and video applications. They can be used for both digital and analog signals and can be used to transfer data in both directions.

Working Principle of 71918-164 Rectangular Connectors

The 71918-164 rectangular connectors are designed to use two different mechanisms for their connection. The first mechanism is the electrical connection, which uses physical contact between the two pins to establish an electrical circuit. The second mechanism is the mechanical connection, which uses an external locking device to secure the two parts of the connector.

The electrical connection works by having the two pins touch to establish an electrical circuit. This is done by having the two pins, which are usually made of metal, touch and make contact with each other. The two pins make an electrical connection when the electrical current flows through them, which is indicated by a light on the connector.

The mechanical connection, on the other hand, works by using a locking device to secure the two parts of the connector together. This is usually done by having a pair of locking arms on either side of the connector. When these arms are in the correct position, they will secure the two parts of the connector, forming a strong connection. If the arms are not in the proper position, they will not create a strong connection and the connector will not work.

71918-164 rectangular connectors are also designed to be resistant to shock and vibration, making them ideal for industrial applications. These connectors use a rugged design to ensure that they can withstand any shock or vibration that they may come across. This makes them capable of working reliably in extreme temperatures, dust, and moisture, which is an important factor for industrial applications.

In conclusion, 71918-164 rectangular connectors are a reliable and easy-to-install connection technology suitable for a wide variety of application fields. With their robust construction and small size, they are ideal for many industrial and commercial applications. They use two different mechanisms to establish an electrically and mechanically strong connection, making them suitable for both digital and analog signals. Finally, 71918-164 rectangular connectors are resistant to shock, vibration, dust, and moisture, making them suitable for harsh industrial environments.

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