163-10-648-00-001000

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Rectangular connectors are used in a wide range of applications, such as transmitting power and data in a variety of environments. Among them, 163-10-648-00-001000 application fields and working principle are of great interest. This article elaborates on the features and application fields of 163-10-648-00-001000 headers and specialty pin, as well as the working principle.

163-10-648-00-001000 Headers and Specialty Pin: Features and Application Fields

Headers are an important part of the 163-10-648-00-001000 connector. They provide a connection point for the pins on the opposite side of the connector. The 163-10-648-00-001000 header has a 10-pin configuration with an 8-row pitch. It is rated at 1 Amp and 50V AC/DC. The 163-10-648-00-001000 header is equipped with a variety of features to ensure optimal performance. These include gold-plated contacts to prevent corrosion, a rugged design to ensure durability, and low contact resistance to ensure reliability.

The 163-10-648-00-001000 specialty pin also provides a connection point, but is used to connect the header to the board or component. The specialty pin has a 6-pin configuration with a 4-row pitch. It is also rated at 1 Amp and 50V AC/DC. The pins are gold-plated to ensure corrosion resistance and reliability, and the connector is rugged to ensure durability.

163-10-648-00-001000 connectors are widely used in a variety of applications. These include medical, automotive, industrial, computer, consumer, communications, and aerospace. The connectors are also used in communication systems to connect components such as antennas, transceivers, transponders, and amplifiers. They can also be found in power management systems to transmit power and data between components. Additionally, the 163-10-648-00-001000 connectors are widely used in consumer electronics such as computers, smartphones, tablets, and home appliances.

Working Principle of 163-10-648-00-001000 Connectors

The 163-10-648-00-001000 connectors consist of two parts: the header and the specialty pin. The two parts are held together by a friction-lock mechanism.The friction-lock mechanism consists of two interlocking parts that slide together to create a secure connection. The header and the pin are connected with two contact pins, one for the header, and one for the pin. The contact pins are slotted to create a friction-lock mechanism, which secures the connection between the header and the pin.

When the power is supplied, electricity flows through the contact pins and is transferred from the header to the pin. This energizes the device, allowing data to be exchanged between the two components. The friction-lock mechanism also prevents any movement or disconnection of the two parts, ensuring a reliable connection.

The 163-10-648-00-001000 connectors are easy to use and provide a reliable connection, making them an ideal choice for a variety of applications. The headers and specialty pin provide a secure connection, while the contact pins ensure efficient transmission of power and data. The connectors are also robust and can withstand harsh environmental conditions. This makes them an ideal choice for use in medical, automotive, industrial, computer, consumer, communications, and aerospace applications.

Conclusion

The 163-10-648-00-001000 connector is an ideal choice for countless applications due to its reliability, robustness, and versatility. The header and specialty pin provide an optimal connection point, while the contact pins ensure optimal power and data transmission. The friction-lock mechanism also ensures a secure connection. Additionally, the connector is rated at 1 Amp and 50V AC/DC for reliable power and data transmission. The 163-10-648-00-001000 connectors are widely used in medical, automotive, industrial, computer, consumer, communications, and aerospace applications.

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