C6D1106020

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C6D1106020 is a type of semiconductor located in the Miscellaneous category. The device is a power monitoring and metering IC designed for use in single-phase power applications, such as electric power monitoring and metering, home appliance protection, and energy efficiency management. It is a highly integrated solution that provides reliable operation over a wide input voltage range, and features negative active power measurement, energy metering, and an optional load disconnect function.

The C6D1106020 has either 4 or 5 pins, depending on the package chosen. The pins consist of VDD, which is the power supply for the device; CPO, the clock output; and S0, S1, and GND. VDD is the power supply, with a range from 4V to 10V. CPO is the clock output that sends a timing signal for the device to measure voltage, current, and power. Finally, the S0 and S1 pins are used for inputting data from a connected power monitoring system.

The C6D1106020 is designed to measure voltage, current, and active power with high accuracy. It monitors the RMS voltage, current and active and reactive powers with < 0.1% accuracy and its protection level (IEC 61000-4-5) meets class B requirements. The device can also provide energy metering and current limit protection, enabling it to detect and protect against destructive overcurrent events. Additionally, there is an optional load disconnect function as well as peak current detection functionality. The device also includes a built-in temperature sensor, which helps to ensure accurate operation across a wide temperature range.

The C6D1106020 application field includes residential and commercial power monitoring and metering, energy efficiency management, and home appliance protection. It can be used to measure the electricity consumption of home appliances, allowing users to monitor their energy usage in real-time. It can also be used to detect any destructive overcurrent events that may occur, ensuring the safety of electrical systems and home appliances. By using this device, households and businesses can improve their energy efficiency and save on their electricity bills.

The working principle of the C6D1106020 device is based on the use of two analog circuits: an AC voltage to AC current transformer circuit and an Analog to Digital Converter (ADC) circuit. The AC voltage to AC current transformers are used to measure the RMS values of the line voltage and line current. The ADC measures the input signals from the current transformer and calculates parameters such as active power, reactive power, energy, and peak current detection. The device also includes a 32-bit Accumulator that is used to count the energy consumption for the time interval allotted. The device also maintains communication with other systems using an integrated UART interface.

The C6D1106020 is a highly integrated power monitoring and metering IC that provides reliable operation over a wide input voltage and temperature range. It can measure voltage, current, and active power with high accuracy, and provides various protection and energy metering functions, making it suitable for use in residential and commercial power monitoring and metering, energy efficiency management, and home appliance protection. Its working principle is based on two analog circuits and an integrated UART interface.

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