CG8136AMT

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CG8136AMT, classified as Memory, is a high-performance "time machine" that can perform 1PPS, 5PPS and 10PPS high-precision time synchronous measurement, synchronization and emulation. Applications of CG8136AMT include synchronous measurement of high-precision distribution systems, alarms for time synchronization and timing, synchronization of protection equipment and circuit breaker control, time synchronization of electric power systems in power generation, transformation and dispatching centers, and comprehensive assessment of electric power quality. In addition, CG8136AMT can also be used for wide area communication time service, distribution automation, smart grid, power load forecasting, upgrading of electric power customers, etc.

The core of CG8136AMT is high-precision time machine module. Its unique features are its extremely high frequency counter accuracy, strong protection against vibration, resistance to electromagnetic interference, anti-jamming ability, and dual-clock synchronous design, as well as its "hot-swap" design, which can customize different combinations to meet the specific needs of users. The advanced design of patented six-layer circuitry and "ground effect" technology improves the accuracy of the time machine and can be widely used in harsh environmental conditions.

The working principle of the CG8136AMT is based on the measurement of the transmission speed of electrical signals. By calculating the difference between the output signal of the input signal and the expected output signal, the CG8136AMT can accurately and dynamically measure the variation of time in the electrical signal. It is this differential measurement that allows the time machine to have such a powerful performance.

The CG8136AMT measures the time variation of the electrical signal, so that it can be used to calculate the relative time difference between two signals. The CG8136AMT time machine has a wide dynamic range of time measurement, which allows the time machine to accurately measure the time difference between two signals. It can measure from 1 nanosecond to 10,000 seconds with a resolution of 1 millisecond. By using the CG8136AMT, it is possible to measure the exact relative time difference between two signals as precise as one millisecond. Its accuracy is particularly remarkable in the field of precise time-synchronous measurement.

In addition to its precise time-synchronous measurement, the CG8136AMT is also used in the field of precise timing alarms. By using the CG8136AMT’s precise time-synchronous measurement system, the alarms can be set to accurately adjust the timed alert in various conditions. The CG8136AMT can also be used in synchronous protection systems, where it is used to detect the time difference between two signals. This helps to prevent any circuit breaker from failing during a fault in the system.

The CG8136AMT is also widely used in power distribution systems, where the time machine is used to synchronize the phases of the electrical system. This allows a surge of current to be sent from one phase to the other, resulting in a surge of power to the devices connected to the system. The CG8136AMT helps to ensure that the power system is operating smoothly and efficiently, without any disruption of the power flow.

The CG8136AMT is also widely used in power quality assessment systems. Using the time-synchronous measurement system, the CG8136AMT can detect and analyze the quality of power. With this system, the duration and amount of power failure and surge can be measured, and the power quality can be assessed and the necessary measures can be taken to improve the system.

CG8136AMT is a high-performance “time machine” that is widely used in various fields. Its high-precision time synchronous measurement, synchronization, and emulation functions makes it ideal for use in various applications, such as precise time-synchronous measurement, alarms for time synchronization and timing, synchronous protection systems, power distribution systems and power quality assessment systems. The accuracy of its time measurements, its strong protection against vibration, susceptibility to electromagnetic interference, anti-jamming ability, dual-clock synchronous design, as well as its “hot-swap” design, provide unparalleled performance.

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