17050954202

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Backplane Connectors are a group of electronic components utilized for connecting servers, mainframes, and backplanes in high-density applications. The most common type of backplane connectors are Hard Metric- and Standard-style connectors. These are small yet reliable parts that can quickly and reliably move data between multiple servers and mainframes. This article will discuss the application fields and working principle of 17050954202 Hard Metric and Standard Connectors.

Application Fields

17050954202 Hard Metric and Standard Connectors are used in a variety of electronic appliances, such as servers, embedded systems, backplanes, and mainframes. These connectors are compatible with most FPGA and microprocessor systems, allowing them to link with multiple computers simultaneously. The connectors can also be used in a variety of communication channels, including fiber optics, radio-frequency (RF), and Gigabit Ethernet.

In addition, these connectors are vital components for IT storage systems. They provide fast and reliable communication between storage servers and mainframes, allowing data to be transferred in a matter of seconds. Furthermore, the connectors are highly durable and reliable due to their die-cast housings. As a result, the connectors can withstand high levels of vibration and extreme temperature fluctuations without breaking down.

Working Principle

The 17050954202 Hard Metric and Standard Connectors are constructed using a durable die-cast housing. The housing is made from a zinc alloy and provides superior protection against environmental elements including water and dust. Inside the housing, there are two sets of pins. The first, called the “input” pins, receive signals from the computer system. The second, called the “output” pins, send the signals to other computers.

When the input pins receive a signal, the connector will pass the signal to the output pins, which will then transmit the signal to other computers. The signal is then sent to the destination computer, where it can be processed and used. The transmission of data is instantaneous and reliable, allowing the computers to effectively communicate with one another.

To ensure that the data is transmitted properly, the connector must be soldered correctly. This technique involves welding the pins of two connectors together using a specialized tool. Soldering is essential to ensure that the pins are securely connected and that the data is transmitted properly. Without this connection, the data may not be transferred correctly or may be lost during transmission.

Conclusion

The 17050954202 Hard Metric and Standard Connectors are reliable components that can be used in multiple electronic systems. These connectors are designed to link multiple computers and provide reliable and secure data transmission. Furthermore, they are highly durable and are perfect for applications where reliability is essential. As a result, these connectors are used in a variety of applications, including servers, embedded systems, backplanes, and mainframes.

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