1ph AFE V9383
V9383 is a single-phase metering chip that supports full-wave and fundamental energy metering in multiple modes features terminal temperature measurement and supports monitoring of various power grid events. Additionally waveform data can be transmitted out via DMA using the SPI protocol.
Features

1. Operating Voltage and Temperature
Power Supply: 3.3V supply with input voltage range of 3.0V ~ 3.6V
Reference Voltage: 1.21V (typical temperature coefficient 10ppm/°C)
Operating Temperature: -40°C ~ +105°C
Storage Temperature: -55°C ~ +150°C
2. Power Consumption
6 mA (system clock 13.1072 MHz)
3. Metering Features
3 independent oversampling ∑/∆ ADCs: 1 channel for voltage; 1 channel for channel A current; and an additional multifunctional channel for channel B current measurement
High metering accuracy: Compliant with IEC 62053-21:2020 / IEC 62053-22:2020 and IEC 62053-23:2020
Within 20000:1 dynamic range full-wave/fundamental active energy metering error < 0.1%
Within 5000:1 dynamic range full-wave/fundamental reactive energy metering error < 0.2%
Provides various measurement data:
DC component of voltage/current signal
RMS average value of voltage/current
Average active/reactive power
6 energy integration units supporting multiple metering modes including forward and reverse suitable for rapidly changing power flow conditions
Frequency and phase angle
DC signal measurement support
Software calibration support
Small-signal accelerated calibration support
Waveform DMA transmission support
Terminal temperature measurement support for both thermistor and transistor sensors
Current input: Supports manganese-copper shunt and CT
CTI pin input clock frequency: 13.1072 MHz
UART interface support
4. Package
SSOP24

Application
Smart meter.
Device family