protected override async Task InitAsync()
{
device = await I2cUtils.GetDeviceAsync(C_Addr, I2cBusSpeed.FastMode);
// PD RESERVED BDU ODR1-0
// 1 0000 1 11
// active, n/a, non-continous, 12.5Hz for both
I2cUtils.WriteByte(device, C_Ctrl1, 0x87);
// RESERVED AVGT2-0 AVGH2-0
// 00 011 011
// n/a, average: 16, 32 (temperature, humidity)
I2cUtils.WriteByte(device, C_AvConf, 0x1B);
convertTemperature = GetTemperatureConverter();
convertHumidity = GetHumidityConverter();
}
protected override async Task InitAsync()
{
device = await I2cUtils.GetDeviceAsync(C_Addr, I2cBusSpeed.FastMode);
// PD ODR2-0 DIFF BDU RESET SIM
// 1 100 0 1 0 0
// Active mode, 25Hz, default, non-continous, disable, default
I2cUtils.WriteByte(device, C_Ctrl1, 0xC4);
// AVGP1-0 AVGT1-0
// 01 01
// N. internal average: 32, 16 (pressure, temperature)
I2cUtils.WriteByte(device, C_ResConf, 0x05);
// F_MODE2 F_MODE1 F_MODE0
// 1 1 0
// FIFO_MEAN_MODE: running average filtered pressure
I2cUtils.WriteByte(device, C_FifoCtrl, 0xC0);
// BOOT FIFO_EN WTM_EN FIFO_MEAN I2C_EN SWRESET AUTOZERO ONESHOT
// 0 1 0 0 0 0 0 0
// normal, enable, disable, disable, i2c enable, normal, normal, waiting
I2cUtils.WriteByte(device, C_Ctrl2, 0x40);
}
