/// <summary>
/// Constructor
/// </summary>
/// <param name="a0addrSelect">A0 pin connection for address selection</param>
/// <param name="clockRateKhz">I2C clock rate in KHz</param>
public TMP102(A0AddressSelect a0addrSelect = A0AddressSelect.GND,
int clockRateKhz = CLOCK_RATE_KHZ_DEFAULT)
{
// create buffers for one and two bytes for I2C communications
this.regAddress = new byte[REG_ADDRESS_SIZE];
this.regData = new byte[REG_DATA_SIZE];
// configure and create I2C reference device
this.i2cConfig = new I2cConnectionSettings((int)(TMP102_ADDRESS_BASE + a0addrSelect));
I2cBusSpeed i2cBusSpeed = (clockRateKhz == CLOCK_RATE_KHZ_DEFAULT) ? I2cBusSpeed.StandardMode : I2cBusSpeed.FastMode;
this.i2cConfig.BusSpeed = i2cBusSpeed;
this.i2cConfig.SharingMode = I2cSharingMode.Exclusive;
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="a0addrSelect">A0 pin connection for address selection</param>
/// <param name="clockRateKhz">I2C clock rate in KHz</param>
/// <param name="conversionRate">Conversion rate</param>
/// <param name="shutdownMode">Shutdown mode</param>
/// <param name="thermostatMode">Thermostat mode</param>
/// <param name="alertPolarity">Polarity of the alert pin</param>
/// <param name="consecutiveFaults">Consecutive faults before activate alert pin</param>
/// <param name="temperatureHigh">Temperature High for alert</param>
/// <param name="temperatureLow">Temperature Low for alert</param>
public TMP102(A0AddressSelect a0addrSelect = A0AddressSelect.GND,
int clockRateKhz = CLOCK_RATE_KHZ_DEFAULT,
ConversionRate conversionRate = ConversionRate._4Hz,
bool shutdownMode = false,
ThermostatMode thermostatMode = ThermostatMode.Comparator,
AlertPolarity alertPolarity = AlertPolarity.ActiveLow,
ConsecutiveFaults consecutiveFaults = ConsecutiveFaults._1,
float temperatureHigh = TEMP_HIGH_DEFAULT,
float temperatureLow = TEMP_LOW_DEFAULT)
{
// create buffers for one and two bytes for I2C communications
this.regAddress = new byte[REG_ADDRESS_SIZE];
this.regData = new byte[REG_DATA_SIZE];
// configure and create I2C reference device
I2CDevice.Configuration i2cConfig = new I2CDevice.Configuration((ushort)(TMP102_ADDRESS_BASE + a0addrSelect), clockRateKhz);
this.i2c = new I2CDevice(i2cConfig);
// load configuration register
this.LoadConfiguration();
// set conversion rate
this.configuration = (ushort)(this.configuration & ~CONV_RATE_MASK);
this.configuration |= (ushort)conversionRate;
// set shutdown mode
this.configuration = (shutdownMode) ? (ushort)(this.configuration | SHUTDOWN_MODE) : (ushort)(this.configuration & ~SHUTDOWN_MODE);
// set thermostat mode
this.configuration = (thermostatMode == ThermostatMode.Interrupt) ? (ushort)(this.configuration | THERMOSTAT_MODE) : (ushort)(this.configuration & ~THERMOSTAT_MODE);
// set alert pin polarity
this.configuration = (alertPolarity == AlertPolarity.ActiveHigh) ? (ushort)(this.configuration | POLARITY) : (ushort)(this.configuration & ~POLARITY);
// set consecutive faults for alert
this.configuration = (ushort)(this.configuration & ~FAULT_QUEUE_MASK);
this.configuration |= (ushort)consecutiveFaults;
// save configuration register
this.ChangeConfiguration();
// set temperature high for alert
this.regAddress[0] = TEMP_HIGH_REG_ADDR;
this.regData = this.TemperatureToBytes(temperatureHigh);
this.WriteRegister(this.regAddress, this.regData);
// set temperature low for alert
this.regAddress[0] = TEMP_LOW_REG_ADDR;
this.regData = this.TemperatureToBytes(temperatureLow);
this.WriteRegister(this.regAddress, this.regData);
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="a0addrSelect">A0 pin connection for address selection</param>
/// <param name="clockRateKhz">I2C clock rate in KHz</param>
public TMP102(A0AddressSelect a0addrSelect, int clockRateKhz)
: this(a0addrSelect, clockRateKhz, ConversionRate._4Hz, false, ThermostatMode.Comparator, AlertPolarity.ActiveLow, ConsecutiveFaults._1, TEMP_HIGH_DEFAULT, TEMP_LOW_DEFAULT)
{
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="a0addrSelect">A0 pin connection for address selection</param>
/// <param name="clockRateKhz">I2C clock rate in KHz</param>
/// <param name="conversionRate">Conversion rate</param>
/// <param name="shutdownMode">Shutdown mode</param>
/// <param name="thermostatMode">Thermostat mode</param>
/// <param name="alertPolarity">Polarity of the alert pin</param>
/// <param name="consecutiveFaults">Consecutive faults before activate alert pin</param>
/// <param name="temperatureHigh">Temperature High for alert</param>
/// <param name="temperatureLow">Temperature Low for alert</param>
public TMP102(A0AddressSelect a0addrSelect = A0AddressSelect.GND,
int clockRateKhz = CLOCK_RATE_KHZ_DEFAULT,
ConversionRate conversionRate = ConversionRate._4Hz,
bool shutdownMode = false,
ThermostatMode thermostatMode = ThermostatMode.Comparator,
AlertPolarity alertPolarity = AlertPolarity.ActiveLow,
ConsecutiveFaults consecutiveFaults = ConsecutiveFaults._1,
float temperatureHigh = TEMP_HIGH_DEFAULT,
float temperatureLow = TEMP_LOW_DEFAULT)
{
// create buffers for one and two bytes for I2C communications
this.regAddress = new byte[REG_ADDRESS_SIZE];
this.regData = new byte[REG_DATA_SIZE];
// configure and create I2C reference device
I2CDevice.Configuration i2cConfig = new I2CDevice.Configuration((ushort)(TMP102_ADDRESS_BASE + a0addrSelect), clockRateKhz);
this.i2c = new I2CDevice(i2cConfig);
// load configuration register
this.LoadConfiguration();
// set conversion rate
this.configuration = (ushort)(this.configuration & ~CONV_RATE_MASK);
this.configuration |= (ushort)conversionRate;
// set shutdown mode
this.configuration = (shutdownMode) ? (ushort)(this.configuration | SHUTDOWN_MODE) : (ushort)(this.configuration & ~SHUTDOWN_MODE);
// set thermostat mode
this.configuration = (thermostatMode == ThermostatMode.Interrupt) ? (ushort)(this.configuration | THERMOSTAT_MODE) : (ushort)(this.configuration & ~THERMOSTAT_MODE);
// set alert pin polarity
this.configuration = (alertPolarity == AlertPolarity.ActiveHigh) ? (ushort)(this.configuration | POLARITY) : (ushort)(this.configuration & ~POLARITY);
// set consecutive faults for alert
this.configuration = (ushort)(this.configuration & ~FAULT_QUEUE_MASK);
this.configuration |= (ushort)consecutiveFaults;
// save configuration register
this.ChangeConfiguration();
// set temperature high for alert
this.regAddress[0] = TEMP_HIGH_REG_ADDR;
this.regData = this.TemperatureToBytes(temperatureHigh);
this.WriteRegister(this.regAddress, this.regData);
// set temperature low for alert
this.regAddress[0] = TEMP_LOW_REG_ADDR;
this.regData = this.TemperatureToBytes(temperatureLow);
this.WriteRegister(this.regAddress, this.regData);
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="a0addrSelect">A0 pin connection for address selection</param>
/// <param name="clockRateKhz">I2C clock rate in KHz</param>
public TMP102(A0AddressSelect a0addrSelect, int clockRateKhz)
: this(a0addrSelect, clockRateKhz, ConversionRate._4Hz, false, ThermostatMode.Comparator, AlertPolarity.ActiveLow, ConsecutiveFaults._1, TEMP_HIGH_DEFAULT, TEMP_LOW_DEFAULT)
{
}
