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Evaluation and Demonstration Boards and Kits

S5U13748P00C100 is an evaluation and demonstration board commonly used when detecting AC and DC power quality and stability. It mainly uses S5U13748P00C100 as a single-chip ADC reference board to demonstrate the various functions of S5U13748P00C100 and other related functions.

Application Field

The S5U13748P00C100 is suitable for use in monitoring voltage stability in electric systems such as switchgear, motor control circuits and instrumentation systems. It can also be used for the detection of current stability in power supplies, filters, sensors, and rectifiers. Additionally, the S5U13748P00C100 module can be used for the detection of AC and DC power quality in circuits such as motor drives, power electronics, and transmissions.

Working Principle

The S5U13748P00C100 module consists of a single chip ADC circuit and companion software to convert the incoming power signal from AC or DC into digital values. The software then signals the microcontroller using the onboard SPI communication protocol, which enables the microcontroller to trigger a series of operations. The ADC then samples the incoming signal and stores the converted values to an onboard memory. The ADC also contains a number of calibration parameters, which help to minimize any errors in the converted values and provide a more accurate representation of the input signal.

The S5U13748P00C100 module also features a built-in step-up transformer, which allows it to convert the incoming signals from AC to DC. The module also contains a low-noise low-dropout linear regulator, which helps to improve the accuracy of the converted values by providing a steady voltage level.

Other features of the S5U13748P00C100 module include a power on/off logic for switching between the AC-DC or DC-DC power supply, a power interrupt function for protecting the circuit from spikes and surges, and a programmable gain and offset control for adjusting the sensitivity of the module.

Conclusion

The S5U13748P00C100 module is a versatile tool for testing and analyzing AC and DC power quality and stability. It is suitable for a variety of applications including switchgear, motor control circuits, instrumentation systems, power supplies, filters, sensors, and rectifiers. Additionally, it contains features such as a built-in step-up transformer, a low-noise low-dropout linear regulator, power on/off logic, and programmable gain and offset control, which help to improve the accuracy of the converted values.

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