rminstr_specs.Fluke_1620A¶
Classes¶
Data sheet temperature accuracy spec class for Fluke 1620A. |
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Data sheet temperature accuracy spec class for Fluke 1620A. |
Package Contents¶
- class rminstr_specs.Fluke_1620A.DatasheetHumidity(name: str, serial: str, calibrated: bool = None, days_since_cal: float = None, time_zero: float = None)¶
Bases:
rminstr_specs.SpecificationData sheet temperature accuracy spec class for Fluke 1620A.
Attributes¶
- calibratedbool
If the instrument is calibrated or not.
- days_since_calflaot
The names since the last calibration.
- unitsstr
The units to use for humidity. Shouldnt change.
Create a datasheet model of a Fluke 1620A temperature reading.
- Parameters:
- namestr
Name to give datasheet model. For ID purposes.
- serialstr
Serial of instrument, used to look up calibration dates.
- calibratedbool, optional
If not provided, will attempt to be inferred from either days_since_cal or looking up the calibration logbook with the serial. The default is None.
- days_since_calfloat, optional
Days since the last calibration, if provided used to determine if instrument is in spec. The default is None.
- time_zerofloat, optional
Time of readings taken (initial time). If neither days_since_cal or calibrated are provided, this must be provided to infer the calibration date. The default is None.
- Returns:
- None.
- name¶
- serial¶
- calibrated = None¶
- units = 'RH %'¶
- all_manufacturer_errors(readings: numpy.ndarray, addition_method: str = 'spec')¶
Calculate all manufacturer errors and add them together.
Returns the uncertainty on the readings as 1 standard uncertianty, suitable for use in a standard uncertainty analysis.
Add together all the manufacture errors using rules given by the datasheet.
- Parameters:
- readings_np.ndarray
Readings to get errors for.
- addition_methodstr, optional
Does nothing, provided for compataibility.
- Returns:
- np.ndarray
Total manufacturer uncertainty.
- humidity_accuracy(humidity)¶
Get uncertainty associated with humidity readings.
- Parameters:
- humidity
Humidity readings.
- Returns:
- np.ndarray
Humidity accuracy.
- class rminstr_specs.Fluke_1620A.DatasheetTemperature(name: str, serial: str, units: str = 'C', calibrated: bool = None, days_since_cal: float = None, time_zero: float = None)¶
Bases:
rminstr_specs.SpecificationData sheet temperature accuracy spec class for Fluke 1620A.
Attributes¶
- calibratedbool
If the instrument is calibrated or not.
- days_since_calflaot
The names since the last calibration.
- unitsstr
The units to use for temperature.
Create a datasheet model of a Fluke 1620A temperature reading.
- Parameters:
- namestr
Name to give datasheet model. For ID purposes.
- serialstr
Serial of instrument, used to look up calibration dates.
- unitsstr, optional
‘C’ or ‘F’. Units of temperature readings. The default is ‘C’.
- calibratedbool, optional
If not provided, will attempt to be inferred from either days_since_cal or looking up the calibration logbook with the serial. The default is None.
- days_since_calfloat, optional
Days since the last calibration, if provided used to determine if instrument is in spec. The default is None.
- time_zerofloat, optional
Time of readings taken (initial time). If neither days_since_cal or calibrated are provided, this must be provided to infer the calibration date. The default is None.
- Returns:
- None.
- name¶
- serial¶
- calibrated = None¶
- units = 'C'¶
- all_manufacturer_errors(readings: numpy.ndarray, addition_method: str = 'spec')¶
Calculate all manufacturer errors and add them together.
Returns the uncertainty on the readings as 1 standard uncertianty, suitable for use in a standard uncertainty analysis.
Add together all the manufacture errors using rules given by the datasheet.
- Parameters:
- readings_np.ndarray
Readings to get errors for.
- addition_methodstr, optional
Does nothing, provided for compataibility.
- Returns:
- errnp.ndarray
Total manufacturer uncertainty.
- temperature_accuracy(temperature)¶
Get uncertainty associated with the temperature reading.
- Parameters:
- temperature
The readings.
- Returns:
- np.ndarray
Temperature accuracy.