Inheritance diagram for qwiic_mcp9600.QwiicMCP9600:

Public Member Functions
def	__init__ (self, address=None, i2c_driver=None)
	Constructor. More...

def	available (self)
	Returns true if the thermocouple (hot) junction temperature has been updated since we last checked. More...

def	is_connected (self)
	Determines if this device is connected. More...

def	begin (self)
	Initializes this device with default parameters. More...

def	check_device_id (self)
	Returns true if the constant upper 8 bits in the device ID register are what they should be according to the datasheet. More...

def	read_block_retry (self, register, num_bytes)
	Attempt to read the register until we exit with no error code This attempts to fix the bug where clock stretching sometimes failes, as described in the MCP9600 eratta. More...

def	write_double_register (self, register, value)
	Writes a 16-bit value to a register. More...

def	reset_to_defaults (self)
	Resets all device parameters to their default values. More...

def	get_thermocouple_temp (self, units=True)
	Returns the thermocouple temperature, and clears the data ready bit. More...

def	get_ambient_temp (self, units=True)
	Returns the ambient (IC die) temperature. More...

def	get_temp_delta (self, units=True)
	Returns the difference in temperature between the thermocouple and ambient junctions. More...

def	get_raw_adc (self)
	Returns the raw contents of the raw ADC register. More...

def	is_input_range_exceeded (self)
	Returns true if the input range has been exceeded. More...

def	set_ambient_resolution (self, res)
	Changes the resolution on the cold (ambient) junction, for either 0.0625 or 0.25 degree C resolution. More...

def	get_ambient_resolution (self)
	Returns the resolution on the cold (ambient) junction, for either 0.0625 or 0.25 degree C resolution. More...

def	set_thermocouple_resolution (self, res)
	Changes the resolution on the hot (thermocouple) junction, for either 18, 16, 14, or 12-bit resolution. More...

def	get_thermocouple_resolution (self)
	Returns the resolution on the hot (thermocouple) junction, for either 18, 16, 14, or 12-bit resolution. More...

def	set_thermocouple_type (self, type)
	Changes the type of thermocouple connected to the MCP9600. More...

def	get_thermocouple_type (self)
	Returns the type of thermocouple connected to the MCP9600 as found in its configuration register. More...

def	set_filter_coefficient (self, filter)
	Changes the weight of the on-chip exponential moving average filter. More...

def	get_filter_coefficient (self)
	Returns the weight of the on-chip exponential moving average filter. More...

def	set_burst_samples (self, samples)
	Changes the amount of samples to take in burst mode. More...

def	get_burst_samples (self)
	Returns the amount of samples to take in burst mode, according to the device's configuration register. More...

def	burst_available (self)
	Checks if burst mode data is available. More...

def	start_burst (self)
	Initiates a burst on the MCP9600. More...

def	set_shutdown_mode (self, mode)
	Changes the shutdown "operating" mode of the MCP9600. More...

def	get_shutdown_mode (self, mode)
	Returns the shutdown "operating" mode of the MCP9600. More...

def	config_alert_temp (self, number, temp)
	Configures the temperature at which to trigger the alert for a given alert number. More...

def	config_alert_junction (self, number, junction)
	Configures the junction to monitor the temperature of to trigger the alert. More...

def	config_alert_hysteresis (self, number, hysteresis)
	Configures the hysteresis to use around the temperature set point, in degrees Celsius. More...

def	config_alert_edge (self, number, edge)
	Configures whether to trigger the alert on the rising (cold -> hot) or falling (hot -> cold) edge of the temperature change. More...

def	config_alert_logic_level (self, number, level)
	Configures whether the hardware alert pin is active-high or active-low. More...

def	config_alert_mode (self, number, mode)
	Configures whether the MCP9600 treats the alert like a comparator or an interrrupt. More...

def	config_alert_enable (self, number, enable)
	Configures whether or not the interrupt is enabled or not. More...

def	clear_alert_pin (self, number)
	Clears the interrupt on the specified alert channel, resetting the value of the pin. More...

def	is_temp_greater_than_limit (self, number)
	Returns true if the interrupt has been triggered, false otherwise. More...

Public Attributes
	address

Static Public Attributes
	device_name = _DEFAULT_NAME

	available_addresses = _AVAILABLE_I2C_ADDRESS

int	kDeviceIdUpper = 0x40

float	kDeviceResolution = 0.0625

int	kRetryAttempts = 3

int	kRegisterHotJuncTemp = 0x00

int	kRegisterDeltaJuncTemp = 0x01

int	kRegisterColdJuncTemp = 0x02

int	kRegisterRawAdc = 0x03

int	kRegisterSensorStatus = 0x04

int	kRegisterThermoSensorConfig = 0x05

int	kRegisterDeviceConfig = 0x06

int	kRegisterAlert1Config = 0x08

int	kRegisterAlert2Config = 0x09

int	kRegisterAlert3Config = 0x0A

int	kRegisterAlert4Config = 0x0B

int	kRegisterAlert1Hysteresis = 0x0C

int	kRegisterAlert2Hysteresis = 0x0D

int	kRegisterAlert3Hysteresis = 0x0E

int	kRegisterAlert4Hysteresis = 0x0F

int	kRegisterAlert1Limit = 0x10

int	kRegisterAlert2Limit = 0x11

int	kRegisterAlert3Limit = 0x12

int	kRegisterAlert4Limit = 0x13

int	kRegisterDeviceId = 0x20

int	kTypeK = 0b000

int	kTypeJ = 0b001

int	kTypeT = 0b010

int	kTypeN = 0b011

int	kTypeS = 0b100

int	kTypeE = 0b101

int	kTypeB = 0b110

int	kTypeR = 0b111

int	kAmbientResolutionZeroPoint0625 = 0

int	kAmbientResolutionZeroPoint25 = 1

int	kThermocoupleResolution18Bit = 0b00

int	kThermocoupleResolution16Bit = 0b01

int	kThermocoupleResolution14Bit = 0b10

int	kThermocoupleResolution12Bit = 0b11

int	kBurstSample1 = 0b000

int	kBurstSample2 = 0b001

int	kBurstSample4 = 0b010

int	kBurstSample8 = 0b011

int	kBurstSample16 = 0b100

int	kBurstSample32 = 0b101

int	kBurstSample64 = 0b110

int	kBurstSample128 = 0b111

int	kShutdownModeNormal = 0x00

int	kShutdownModeShutdown = 0x01

int	kShutdownModeBurst = 0x02

int	kStatusShiftAlert1 = 0

int	kStatusShiftAlert2 = 1

int	kStatusShiftAlert3 = 2

int	kStatusShiftAlert4 = 3

int	kShiftInputRange = 4

int	kShiftDataReady = 6

int	kShiftBurstComplete = 7

int	kStatusMaskAlert1 = 0b1 << kStatusShiftAlert1

int	kStatusMaskAlert2 = 0b1 << kStatusShiftAlert2

int	kStatusMaskAlert3 = 0b1 << kStatusShiftAlert3

int	kStatusMaskAlert4 = 0b1 << kStatusShiftAlert4

int	kMaskInputRange = 0b11 << kShiftInputRange

int	kMaskDataReady = 0b1 << kShiftDataReady

int	kMaskBurstComplete = 0b1 << kShiftBurstComplete

int	kConfigShiftShutdownMode = 0

int	kConfigShiftBurstModeSample = 2

int	kConfigShiftADCResolution = 5

int	kConfigShiftColdJuncRes = 7

int	kConfigMaskShutdownMode = 0b11 << kConfigShiftShutdownMode

int	kConfigMaskBurstModeSample = 0b111 << kConfigShiftBurstModeSample

int	kConfigMaskADCResolution = 0b11 << kConfigShiftADCResolution

int	kConfigMaskColdJuncRes = 0b1 << kConfigShiftColdJuncRes

int	kThermoSensorConfigShiftFilter = 0

int	kThermoSensorConfigShiftType = 4

int	kThermoSensorConfigMaskFilter = 0b111 << kThermoSensorConfigShiftFilter

int	kThermoSensorConfigMaskType = 0b111 << kThermoSensorConfigShiftType

int	kAlertLimitShiftSignBit = 15

int	kAlertLimitMaskSignBit = 0b1 << kAlertLimitShiftSignBit

int	kAlertConfigShiftEnable = 0

int	kAlertConfigShiftCompIntMode = 1

int	kAlertConfigShiftActiveHigh = 2

int	kAlertConfigShiftRising = 3

int	kAlertConfigShiftJuncHot = 4

int	kAlertConfigShiftIntClear = 7

int	kAlertConfigMaskEnable = 0b1 << kAlertConfigShiftEnable

int	kAlertConfigMaskCompIntMode = 0b1 << kAlertConfigShiftCompIntMode

int	kAlertConfigMaskActiveHigh = 0b1 << kAlertConfigShiftActiveHigh

int	kAlertConfigMaskRising = 0b1 << kAlertConfigShiftRising

int	kAlertConfigMaskJuncHot = 0b1 << kAlertConfigShiftJuncHot

int	kAlertConfigMaskIntClear = 0b1 << kAlertConfigShiftIntClear

Properties
	connected = property(is_connected)

Constructor & Destructor Documentation

◆ init()

def qwiic_mcp9600.QwiicMCP9600.__init__	(	self,
		address = `None`,
		i2c_driver = `None`
	)

Constructor.

Parameters

int,optional	address: The I2C address to use for the device If not provided, the default address is used
I2CDriver,optional	i2c_driver: An existing i2c driver object If not provided, a driver object is created

Member Function Documentation

◆ available()

def qwiic_mcp9600.QwiicMCP9600.available ( self )

Returns true if the thermocouple (hot) junction temperature has been updated since we last checked.

Also referred to as the data ready bit.

Returns: bool True if the data is ready, otherwise False

◆ begin()

def qwiic_mcp9600.QwiicMCP9600.begin ( self )

Initializes this device with default parameters.

Returns: bool Returns True if successful, otherwise False

From Arduino Lib: The MCP9600 is a fussy device. If we call isConnected twice in succession, the second call fails as the MCP9600 does not ACK on the second call. Only on the first. So we should not call is_connected here(). We should only call check_device_id().

◆ burst_available()

def qwiic_mcp9600.QwiicMCP9600.burst_available ( self )

Checks if burst mode data is available.

Returns: bool Returns True if all the burst samples have been taken and the results are ready. Returns False otherwise.

◆ check_device_id()

def qwiic_mcp9600.QwiicMCP9600.check_device_id ( self )

Returns true if the constant upper 8 bits in the device ID register are what they should be according to the datasheet.

Returns: bool True if the device ID is correct, otherwise False

◆ clear_alert_pin()

def qwiic_mcp9600.QwiicMCP9600.clear_alert_pin	(	self,
		number
	)

Clears the interrupt on the specified alert channel, resetting the value of the pin.

Parameters

int	number: The alert number (1-4)

Returns: bool True if the alert pin was cleared successfully, otherwise False

◆ config_alert_edge()

def qwiic_mcp9600.QwiicMCP9600.config_alert_edge	(	self,
		number,
		edge
	)

Configures whether to trigger the alert on the rising (cold -> hot) or falling (hot -> cold) edge of the temperature change.

Set to True for rising, False for falling.

Parameters

int	number: The alert number (1-4)
bool	edge: The edge to trigger the alert on

Returns: bool True if the edge was set successfully, otherwise False

◆ config_alert_enable()

def qwiic_mcp9600.QwiicMCP9600.config_alert_enable	(	self,
		number,
		enable
	)

Configures whether or not the interrupt is enabled or not.

Set to True to enable, or False to disable.

Parameters

int	number: The alert number (1-4)
bool	enable: Set to True to enable the alert, False to disable

Returns: bool True if the alert was enabled/disabled successfully, otherwise False

◆ config_alert_hysteresis()

def qwiic_mcp9600.QwiicMCP9600.config_alert_hysteresis	(	self,
		number,
		hysteresis
	)

Configures the hysteresis to use around the temperature set point, in degrees Celsius.

Parameters

int	number: The alert number (1-4)
float	hysteresis: The hysteresis value to set

Returns: bool True if the hysteresis was set successfully, otherwise False

◆ config_alert_junction()

def qwiic_mcp9600.QwiicMCP9600.config_alert_junction	(	self,
		number,
		junction
	)

Configures the junction to monitor the temperature of to trigger the alert.

Set to fALSE for the thermocouple (hot) junction, or True for the ambient (cold) junction.

Parameters

int	number: The alert number (1-4)
bool	junction: The junction to monitor False for the hot junction, True for the cold junction

Returns: bool True if the junction was set successfully, otherwise False

◆ config_alert_logic_level()

def qwiic_mcp9600.QwiicMCP9600.config_alert_logic_level	(	self,
		number,
		level
	)

Configures whether the hardware alert pin is active-high or active-low.

Set to True for active-high, False for active-low.

Parameters

int	number: The alert number (1-4)
bool	level: The logic level to set

Returns: bool True if the logic level was set successfully, otherwise False

◆ config_alert_mode()

def qwiic_mcp9600.QwiicMCP9600.config_alert_mode	(	self,
		number,
		mode
	)

Configures whether the MCP9600 treats the alert like a comparator or an interrrupt.

Set to True for interrupt, False for comparator. More information is on pg. 34 of the datasheet.

Parameters

int	number: The alert number (1-4)
bool	mode: The mode to set the alert to

Returns: bool True if the alert mode was set successfully, otherwise False

◆ config_alert_temp()

def qwiic_mcp9600.QwiicMCP9600.config_alert_temp	(	self,
		number,
		temp
	)

Configures the temperature at which to trigger the alert for a given alert number.

Parameters

int	number: The alert number (1-4)
float	temp: The temperature at which to trigger the alert

Returns: bool True if the alert temperature was set successfully, otherwise False

◆ get_ambient_resolution()

def qwiic_mcp9600.QwiicMCP9600.get_ambient_resolution ( self )

Returns the resolution on the cold (ambient) junction, for either 0.0625 or 0.25 degree C resolution.

Lower resolution reduces conversion time.

Returns: int The resolution of the ambient sensor or -1 on error

◆ get_ambient_temp()

def qwiic_mcp9600.QwiicMCP9600.get_ambient_temp	(	self,
		units = `True`
	)

Returns the ambient (IC die) temperature.

Set units to true for Celsius, or false for Fahrenheit.

Parameters

bool,optional units: The units to use for the temperature as specified above

Returns: The temperature of the ambient sensor or -1 on error

◆ get_burst_samples()

def qwiic_mcp9600.QwiicMCP9600.get_burst_samples ( self )

Returns the amount of samples to take in burst mode, according to the device's configuration register.

Returns: int The number of samples to take in burst mode or -1 on error

Possible return values: kBurstSample1 kBurstSample2 kBurstSample4 kBurstSample8 kBurstSample16 kBurstSample32 kBurstSample64 kBurstSample128

◆ get_filter_coefficient()

def qwiic_mcp9600.QwiicMCP9600.get_filter_coefficient ( self )

Returns the weight of the on-chip exponential moving average filter.

Returns: int The filter coefficient or -1 on error

◆ get_raw_adc()

def qwiic_mcp9600.QwiicMCP9600.get_raw_adc ( self )

Returns the raw contents of the raw ADC register.

Returns: The raw ADC value or -1 on error

◆ get_shutdown_mode()

def qwiic_mcp9600.QwiicMCP9600.get_shutdown_mode	(	self,
		mode
	)

Returns the shutdown "operating" mode of the MCP9600.

Configurable to Normal, Shutdown, and Burst.

Returns: int The current mode of the device or -1 on error

Possible return values: kShutdownModeNormal kShutdownModeShutdown kShutdownModeBurst

◆ get_temp_delta()

def qwiic_mcp9600.QwiicMCP9600.get_temp_delta	(	self,
		units = `True`
	)

Returns the difference in temperature between the thermocouple and ambient junctions.

Set units to true for Celsius, or false for Fahrenheit.

Parameters

bool,optional units: The units to use for the temperature as specified above

Returns: The temperature difference or -1 on error

◆ get_thermocouple_resolution()

def qwiic_mcp9600.QwiicMCP9600.get_thermocouple_resolution ( self )

Returns the resolution on the hot (thermocouple) junction, for either 18, 16, 14, or 12-bit resolution.

Lower resolution reduces conversion time.

Returns: int The resolution of the thermocouple sensor or -1 on error

Possible return values: kThermocoupleResolution18Bit kThermocoupleResolution16Bit kThermocoupleResolution14Bit kThermocoupleResolution12Bit

◆ get_thermocouple_temp()

def qwiic_mcp9600.QwiicMCP9600.get_thermocouple_temp	(	self,
		units = `True`
	)

Returns the thermocouple temperature, and clears the data ready bit.

Set units to true for Celcius, or false for freedom units (Fahrenheit)

Parameters

bool,optional units: The units to use for the temperature as specified above

Returns: The temperature of the thermocouple or -1 on error

◆ get_thermocouple_type()

def qwiic_mcp9600.QwiicMCP9600.get_thermocouple_type ( self )

Returns the type of thermocouple connected to the MCP9600 as found in its configuration register.

Supported types are: kTypeK kTypeJ kTypeT kTypeN kTypeS kTypeE kTypeB kTypeR

Returns: int The type of thermocouple sensor or -1 on error

◆ is_connected()

def qwiic_mcp9600.QwiicMCP9600.is_connected ( self )

Determines if this device is connected.

Returns: bool True if connected, otherwise False

◆ is_input_range_exceeded()

def qwiic_mcp9600.QwiicMCP9600.is_input_range_exceeded ( self )

Returns true if the input range has been exceeded.

Returns: bool True if the input range has been exceeded, otherwise False

◆ is_temp_greater_than_limit()

def qwiic_mcp9600.QwiicMCP9600.is_temp_greater_than_limit	(	self,
		number
	)

Returns true if the interrupt has been triggered, false otherwise.

Parameters

int	number: The alert number (1-4)

Returns: bool True if the temperature is greater than the limit, otherwise False

◆ read_block_retry()

def qwiic_mcp9600.QwiicMCP9600.read_block_retry	(	self,
		register,
		num_bytes
	)

Attempt to read the register until we exit with no error code This attempts to fix the bug where clock stretching sometimes failes, as described in the MCP9600 eratta.

Maximum retries defined by kRetryAttempts.

Parameters

int	register: The register to read
int	num_bytes: The number of bytes to read

Returns: int The value of the register

◆ reset_to_defaults()

def qwiic_mcp9600.QwiicMCP9600.reset_to_defaults ( self )

Resets all device parameters to their default values.

◆ set_ambient_resolution()

def qwiic_mcp9600.QwiicMCP9600.set_ambient_resolution	(	self,
		res
	)

Changes the resolution on the cold (ambient) junction, for either 0.0625 or 0.25 degree C resolution.

Lower resolution reduces conversion time. Valid inputs are: kAmbientResolutionZeroPoint0625 kAmbientResolutionZeroPoint25

Parameters

int	res: The resolution to use for the ambient sensor

Returns: bool True if the resolution was set successfully, otherwise False

◆ set_burst_samples()

def qwiic_mcp9600.QwiicMCP9600.set_burst_samples	(	self,
		samples
	)

Changes the amount of samples to take in burst mode.

Parameters

int	samples: The number of samples to take in burst mode

Available options are: kBurstSample1 kBurstSample2 kBurstSample4 kBurstSample8 kBurstSample16 kBurstSample32 kBurstSample64 kBurstSample128

Returns: bool True if the burst samples were set successfully, otherwise False

◆ set_filter_coefficient()

def qwiic_mcp9600.QwiicMCP9600.set_filter_coefficient	(	self,
		filter
	)

Changes the weight of the on-chip exponential moving average filter.

Set this to 0 for no filter, 1 for minimum filter, and 7 for maximum filter.

Parameters

int	filter: The filter coefficient to use

Returns: bool True if the filter coefficient was set successfully, otherwise False

TODO: Arduino function for this looked a bit odd...it might need to be reworked

◆ set_shutdown_mode()

def qwiic_mcp9600.QwiicMCP9600.set_shutdown_mode	(	self,
		mode
	)

Changes the shutdown "operating" mode of the MCP9600.

Configurable to Normal, Shutdown, and Burst.

Parameters

int	mode: The mode to set the device to

Available options are: kShutdownModeNormal kShutdownModeShutdown kShutdownModeBurst

Returns: bool True if the mode was set successfully, otherwise False

◆ set_thermocouple_resolution()

def qwiic_mcp9600.QwiicMCP9600.set_thermocouple_resolution	(	self,
		res
	)

Changes the resolution on the hot (thermocouple) junction, for either 18, 16, 14, or 12-bit resolution.

Lower resolution reduces conversion time. Valid inputs are: kThermocoupleResolution18Bit kThermocoupleResolution16Bit kThermocoupleResolution14Bit kThermocoupleResolution12Bit

Parameters

int	res: The resolution to use for the thermocouple sensor

Returns: bool True if the resolution was set successfully, otherwise False

◆ set_thermocouple_type()

def qwiic_mcp9600.QwiicMCP9600.set_thermocouple_type	(	self,
		type
	)

Changes the type of thermocouple connected to the MCP9600.

Supported types are: kTypeK kTypeJ kTypeT kTypeN kTypeS kTypeE kTypeB kTypeR

Parameters

int	type: The type of thermocouple to use

Returns: bool True if the type was set successfully, otherwise False

◆ start_burst()

def qwiic_mcp9600.QwiicMCP9600.start_burst ( self )

Initiates a burst on the MCP9600.

Returns: bool True if the burst was started successfully, otherwise False

◆ write_double_register()

def qwiic_mcp9600.QwiicMCP9600.write_double_register	(	self,
		register,
		value
	)

Writes a 16-bit value to a register.

Parameters

int	register: The register to write to
int	value: The value to write

Necessary because we have to write with opposite endianness as write_word

Member Data Documentation

◆ address

qwiic_mcp9600.QwiicMCP9600.address

◆ available_addresses

qwiic_mcp9600.QwiicMCP9600.available_addresses = _AVAILABLE_I2C_ADDRESS

static

◆ device_name

qwiic_mcp9600.QwiicMCP9600.device_name = _DEFAULT_NAME

static

◆ kAlertConfigMaskActiveHigh

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigMaskActiveHigh = 0b1 << kAlertConfigShiftActiveHigh

static

◆ kAlertConfigMaskCompIntMode

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigMaskCompIntMode = 0b1 << kAlertConfigShiftCompIntMode

static

◆ kAlertConfigMaskEnable

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigMaskEnable = 0b1 << kAlertConfigShiftEnable

static

◆ kAlertConfigMaskIntClear

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigMaskIntClear = 0b1 << kAlertConfigShiftIntClear

static

◆ kAlertConfigMaskJuncHot

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigMaskJuncHot = 0b1 << kAlertConfigShiftJuncHot

static

◆ kAlertConfigMaskRising

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigMaskRising = 0b1 << kAlertConfigShiftRising

static

◆ kAlertConfigShiftActiveHigh

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigShiftActiveHigh = 2

static

◆ kAlertConfigShiftCompIntMode

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigShiftCompIntMode = 1

static

◆ kAlertConfigShiftEnable

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigShiftEnable = 0

static

◆ kAlertConfigShiftIntClear

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigShiftIntClear = 7

static

◆ kAlertConfigShiftJuncHot

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigShiftJuncHot = 4

static

◆ kAlertConfigShiftRising

int qwiic_mcp9600.QwiicMCP9600.kAlertConfigShiftRising = 3

static

◆ kAlertLimitMaskSignBit

int qwiic_mcp9600.QwiicMCP9600.kAlertLimitMaskSignBit = 0b1 << kAlertLimitShiftSignBit

static

◆ kAlertLimitShiftSignBit

int qwiic_mcp9600.QwiicMCP9600.kAlertLimitShiftSignBit = 15

static

◆ kAmbientResolutionZeroPoint0625

int qwiic_mcp9600.QwiicMCP9600.kAmbientResolutionZeroPoint0625 = 0

static

◆ kAmbientResolutionZeroPoint25

int qwiic_mcp9600.QwiicMCP9600.kAmbientResolutionZeroPoint25 = 1

static

◆ kBurstSample1

int qwiic_mcp9600.QwiicMCP9600.kBurstSample1 = 0b000

static

◆ kBurstSample128

int qwiic_mcp9600.QwiicMCP9600.kBurstSample128 = 0b111

static

◆ kBurstSample16

int qwiic_mcp9600.QwiicMCP9600.kBurstSample16 = 0b100

static

◆ kBurstSample2

int qwiic_mcp9600.QwiicMCP9600.kBurstSample2 = 0b001

static

◆ kBurstSample32

int qwiic_mcp9600.QwiicMCP9600.kBurstSample32 = 0b101

static

◆ kBurstSample4

int qwiic_mcp9600.QwiicMCP9600.kBurstSample4 = 0b010

static

◆ kBurstSample64

int qwiic_mcp9600.QwiicMCP9600.kBurstSample64 = 0b110

static

◆ kBurstSample8

int qwiic_mcp9600.QwiicMCP9600.kBurstSample8 = 0b011

static

◆ kConfigMaskADCResolution

int qwiic_mcp9600.QwiicMCP9600.kConfigMaskADCResolution = 0b11 << kConfigShiftADCResolution

static

◆ kConfigMaskBurstModeSample

int qwiic_mcp9600.QwiicMCP9600.kConfigMaskBurstModeSample = 0b111 << kConfigShiftBurstModeSample

static

◆ kConfigMaskColdJuncRes

int qwiic_mcp9600.QwiicMCP9600.kConfigMaskColdJuncRes = 0b1 << kConfigShiftColdJuncRes

static

◆ kConfigMaskShutdownMode

int qwiic_mcp9600.QwiicMCP9600.kConfigMaskShutdownMode = 0b11 << kConfigShiftShutdownMode

static

◆ kConfigShiftADCResolution

int qwiic_mcp9600.QwiicMCP9600.kConfigShiftADCResolution = 5

static

◆ kConfigShiftBurstModeSample

int qwiic_mcp9600.QwiicMCP9600.kConfigShiftBurstModeSample = 2

static

◆ kConfigShiftColdJuncRes

int qwiic_mcp9600.QwiicMCP9600.kConfigShiftColdJuncRes = 7

static

◆ kConfigShiftShutdownMode

int qwiic_mcp9600.QwiicMCP9600.kConfigShiftShutdownMode = 0

static

◆ kDeviceIdUpper

int qwiic_mcp9600.QwiicMCP9600.kDeviceIdUpper = 0x40

static

◆ kDeviceResolution

float qwiic_mcp9600.QwiicMCP9600.kDeviceResolution = 0.0625

static

◆ kMaskBurstComplete

int qwiic_mcp9600.QwiicMCP9600.kMaskBurstComplete = 0b1 << kShiftBurstComplete

static

◆ kMaskDataReady

int qwiic_mcp9600.QwiicMCP9600.kMaskDataReady = 0b1 << kShiftDataReady

static

◆ kMaskInputRange

int qwiic_mcp9600.QwiicMCP9600.kMaskInputRange = 0b11 << kShiftInputRange

static

◆ kRegisterAlert1Config

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert1Config = 0x08

static

◆ kRegisterAlert1Hysteresis

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert1Hysteresis = 0x0C

static

◆ kRegisterAlert1Limit

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert1Limit = 0x10

static

◆ kRegisterAlert2Config

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert2Config = 0x09

static

◆ kRegisterAlert2Hysteresis

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert2Hysteresis = 0x0D

static

◆ kRegisterAlert2Limit

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert2Limit = 0x11

static

◆ kRegisterAlert3Config

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert3Config = 0x0A

static

◆ kRegisterAlert3Hysteresis

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert3Hysteresis = 0x0E

static

◆ kRegisterAlert3Limit

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert3Limit = 0x12

static

◆ kRegisterAlert4Config

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert4Config = 0x0B

static

◆ kRegisterAlert4Hysteresis

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert4Hysteresis = 0x0F

static

◆ kRegisterAlert4Limit

int qwiic_mcp9600.QwiicMCP9600.kRegisterAlert4Limit = 0x13

static

◆ kRegisterColdJuncTemp

int qwiic_mcp9600.QwiicMCP9600.kRegisterColdJuncTemp = 0x02

static

◆ kRegisterDeltaJuncTemp

int qwiic_mcp9600.QwiicMCP9600.kRegisterDeltaJuncTemp = 0x01

static

◆ kRegisterDeviceConfig

int qwiic_mcp9600.QwiicMCP9600.kRegisterDeviceConfig = 0x06

static

◆ kRegisterDeviceId

int qwiic_mcp9600.QwiicMCP9600.kRegisterDeviceId = 0x20

static

◆ kRegisterHotJuncTemp

int qwiic_mcp9600.QwiicMCP9600.kRegisterHotJuncTemp = 0x00

static

◆ kRegisterRawAdc

int qwiic_mcp9600.QwiicMCP9600.kRegisterRawAdc = 0x03

static

◆ kRegisterSensorStatus

int qwiic_mcp9600.QwiicMCP9600.kRegisterSensorStatus = 0x04

static

◆ kRegisterThermoSensorConfig

int qwiic_mcp9600.QwiicMCP9600.kRegisterThermoSensorConfig = 0x05

static

◆ kRetryAttempts

int qwiic_mcp9600.QwiicMCP9600.kRetryAttempts = 3

static

◆ kShiftBurstComplete

int qwiic_mcp9600.QwiicMCP9600.kShiftBurstComplete = 7

static

◆ kShiftDataReady

int qwiic_mcp9600.QwiicMCP9600.kShiftDataReady = 6

static

◆ kShiftInputRange

int qwiic_mcp9600.QwiicMCP9600.kShiftInputRange = 4

static

◆ kShutdownModeBurst

int qwiic_mcp9600.QwiicMCP9600.kShutdownModeBurst = 0x02

static

◆ kShutdownModeNormal

int qwiic_mcp9600.QwiicMCP9600.kShutdownModeNormal = 0x00

static

◆ kShutdownModeShutdown

int qwiic_mcp9600.QwiicMCP9600.kShutdownModeShutdown = 0x01

static

◆ kStatusMaskAlert1

int qwiic_mcp9600.QwiicMCP9600.kStatusMaskAlert1 = 0b1 << kStatusShiftAlert1

static

◆ kStatusMaskAlert2

int qwiic_mcp9600.QwiicMCP9600.kStatusMaskAlert2 = 0b1 << kStatusShiftAlert2

static

◆ kStatusMaskAlert3

int qwiic_mcp9600.QwiicMCP9600.kStatusMaskAlert3 = 0b1 << kStatusShiftAlert3

static

◆ kStatusMaskAlert4

int qwiic_mcp9600.QwiicMCP9600.kStatusMaskAlert4 = 0b1 << kStatusShiftAlert4

static

◆ kStatusShiftAlert1

int qwiic_mcp9600.QwiicMCP9600.kStatusShiftAlert1 = 0

static

◆ kStatusShiftAlert2

int qwiic_mcp9600.QwiicMCP9600.kStatusShiftAlert2 = 1

static

◆ kStatusShiftAlert3

int qwiic_mcp9600.QwiicMCP9600.kStatusShiftAlert3 = 2

static

◆ kStatusShiftAlert4

int qwiic_mcp9600.QwiicMCP9600.kStatusShiftAlert4 = 3

static

◆ kThermocoupleResolution12Bit

int qwiic_mcp9600.QwiicMCP9600.kThermocoupleResolution12Bit = 0b11

static

◆ kThermocoupleResolution14Bit

int qwiic_mcp9600.QwiicMCP9600.kThermocoupleResolution14Bit = 0b10

static

◆ kThermocoupleResolution16Bit

int qwiic_mcp9600.QwiicMCP9600.kThermocoupleResolution16Bit = 0b01

static

◆ kThermocoupleResolution18Bit

int qwiic_mcp9600.QwiicMCP9600.kThermocoupleResolution18Bit = 0b00

static

◆ kThermoSensorConfigMaskFilter

int qwiic_mcp9600.QwiicMCP9600.kThermoSensorConfigMaskFilter = 0b111 << kThermoSensorConfigShiftFilter

static

◆ kThermoSensorConfigMaskType

int qwiic_mcp9600.QwiicMCP9600.kThermoSensorConfigMaskType = 0b111 << kThermoSensorConfigShiftType

static

◆ kThermoSensorConfigShiftFilter

int qwiic_mcp9600.QwiicMCP9600.kThermoSensorConfigShiftFilter = 0

static

◆ kThermoSensorConfigShiftType

int qwiic_mcp9600.QwiicMCP9600.kThermoSensorConfigShiftType = 4

static

◆ kTypeB

int qwiic_mcp9600.QwiicMCP9600.kTypeB = 0b110

static

◆ kTypeE

int qwiic_mcp9600.QwiicMCP9600.kTypeE = 0b101

static

◆ kTypeJ

int qwiic_mcp9600.QwiicMCP9600.kTypeJ = 0b001

static

◆ kTypeK

int qwiic_mcp9600.QwiicMCP9600.kTypeK = 0b000

static

◆ kTypeN

int qwiic_mcp9600.QwiicMCP9600.kTypeN = 0b011

static

◆ kTypeR

int qwiic_mcp9600.QwiicMCP9600.kTypeR = 0b111

static

◆ kTypeS

int qwiic_mcp9600.QwiicMCP9600.kTypeS = 0b100

static

◆ kTypeT

int qwiic_mcp9600.QwiicMCP9600.kTypeT = 0b010

static

Property Documentation

◆ connected

qwiic_mcp9600.QwiicMCP9600.connected = property(is_connected)

static

The documentation for this class was generated from the following file:

qwiic_mcp9600.py

Public Member Functions

Public Attributes

Static Public Attributes

Properties

Constructor & Destructor Documentation

◆ __init__()

Member Function Documentation

◆ available()

◆ begin()

◆ burst_available()

◆ check_device_id()

◆ clear_alert_pin()

◆ config_alert_edge()

◆ config_alert_enable()

◆ config_alert_hysteresis()

◆ config_alert_junction()

◆ config_alert_logic_level()

◆ config_alert_mode()

◆ config_alert_temp()

◆ get_ambient_resolution()

◆ get_ambient_temp()

◆ get_burst_samples()

◆ get_filter_coefficient()

◆ get_raw_adc()

◆ get_shutdown_mode()

◆ get_temp_delta()

◆ get_thermocouple_resolution()

◆ get_thermocouple_temp()

◆ get_thermocouple_type()

◆ is_connected()

◆ is_input_range_exceeded()

◆ is_temp_greater_than_limit()

◆ read_block_retry()

◆ reset_to_defaults()

◆ set_ambient_resolution()

◆ set_burst_samples()

◆ set_filter_coefficient()

◆ set_shutdown_mode()

◆ set_thermocouple_resolution()

◆ set_thermocouple_type()

◆ start_burst()

◆ write_double_register()

Member Data Documentation

◆ address

◆ available_addresses

◆ device_name

◆ kAlertConfigMaskActiveHigh

◆ kAlertConfigMaskCompIntMode

◆ kAlertConfigMaskEnable

◆ kAlertConfigMaskIntClear

◆ kAlertConfigMaskJuncHot

◆ kAlertConfigMaskRising

◆ kAlertConfigShiftActiveHigh

◆ kAlertConfigShiftCompIntMode

◆ kAlertConfigShiftEnable

◆ kAlertConfigShiftIntClear

◆ kAlertConfigShiftJuncHot

◆ kAlertConfigShiftRising

◆ kAlertLimitMaskSignBit

◆ kAlertLimitShiftSignBit

◆ kAmbientResolutionZeroPoint0625

◆ kAmbientResolutionZeroPoint25

◆ kBurstSample1

◆ kBurstSample128

◆ kBurstSample16

◆ kBurstSample2

◆ kBurstSample32

◆ kBurstSample4

◆ kBurstSample64

◆ kBurstSample8

◆ kConfigMaskADCResolution

◆ kConfigMaskBurstModeSample

◆ kConfigMaskColdJuncRes

◆ kConfigMaskShutdownMode

◆ kConfigShiftADCResolution

◆ kConfigShiftBurstModeSample

◆ kConfigShiftColdJuncRes

◆ kConfigShiftShutdownMode

◆ kDeviceIdUpper

◆ kDeviceResolution

◆ init()