FXTSR37NNSNM003

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FXTSR37NNSNM003 is an application filed based on high-precision time synchronization redundancy technology. It can provide a high-precision time synchronization signal for various systems or networks that require time synchronization accuracy requirements within 3 milliseconds. The application field of this product has the characteristics of reliable and accurate time synchronization. It is especially suitable for the time synchronization of those systems that need high precision, reliability and long-hour operation.

The application of FXTSR37NNSNM003 employs redundant system design and GPS technology. During operation, it can accumulate various data from the system through a variety of channels, conduct time-domain analysis, and reconstruct a piece of accurate data for its synchronization. By using high-precision GPS technology, the product is able to accurately collect the position and time information of the system. The redundant system design allows the product to achieve the goal of continuous measurement without interruption. This makes the product suitable for applications that require long-hour operation and high accuracy.

Compared with the existing GPS mode of time synchronization, the FXTSR37NNSNM003 has a strong stability and real-time adjustment performance. Especially when some parts of the GPS antenna are shielded due to the environment, this product will intelligently switch to a PLC auxiliary synchronization mode. Moreover, this product uses a professional algorithm optimization method to satisfy the time synchronization requirements for remote systems in different areas. This makes it possible to maintain the stability of the time synchronization signal even in poor conditions.

The working principle ofFXTSR37NNSNM003 relies on combining the features of redundant system design and GPS technology. First, various data from the system is collected through a variety of channels,and then time-domain analysis is performed. This is followed by a reconstruction of accurate data for its synchronization.Next, the product uses a high-precision GPS technology to acquire the positional and time information from the system. Then, the redundant system design is employed for the product to achieve continuous measurement without interruption. Finally, an algorithm optimization method is used to satisfy the real-time adjustment requirements for remote systems in different areas.

In conclusion, FXTSR37NNSNM003 is an application field based on high-precision time synchronization redundancy technology that has strong stability and real-time adjustment performance. It is especially suitable for the time synchronization of those systems that need high precision, reliability and long-hour operation. The working principle of this product involves combining the features of redundant system design and GPS technology. By using this, it can achieve the goal of continuous measurement without interruption and satisfy the time synchronization of remote systems in different areas.

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