Id Name Aspect Definition
MeasurePowerRFSinewave Measure.Power.RF.Sinewave power A test process that measures the RF power of a signal. It can be either direct or monitored by an RF Power measurement device
MeasurePressureDifferentialStatic Measure.Pressure.Differential.Static pressure This test process measures the pneumatic differential pressure between two points generated by the unit under test. The resulting pressure difference will return in the unit of measure as defined in the test point’s data. Note: Although the unit of measure can be read from the test point’s unit of measure it is good practice to pass the Unit of Measure to the test process as a parameter to avoid confusion when synchronizing data between systems. https://en.wikipedia.org/wiki/Pressure_measurement https://www.nxp.com/docs/en/application-note/AN1573.pdf?&srch=1
MeasurePressureHydraulicStatic Measure.Pressure.Hydraulic.Static pressure This test process measures the hydraulic pressure generated by the unit under test. The resulting measured will be in the unit of measure as defined in the test point’s data. Note: Although the unit of measure can be read from the test point’s unit of measure it is good practice to pass the Unit of Measure to the test process as a parameter to avoid confusion when synchronizing data between systems. https://en.wikipedia.org/wiki/Pressure_measurement https://www.nxp.com/docs/en/application-note/AN1573.pdf?&srch=1
MeasurePressurePneumaticAbsoluteStatic Measure.Pressure.Pneumatic.Absolute.Static pressure This test process measures the pneumatic absolute pressure generated by the unit under test. The resulting measured will be in the unit of measure as defined in the test point’s data. Note: Although the unit of measure can be read from the test point’s unit of measure it is good practice to pass the Unit of Measure to the test process as a parameter to avoid confusion when synchronizing data between systems. https://en.wikipedia.org/wiki/Pressure_measurement https://www.nxp.com/docs/en/application-note/AN1573.pdf?&srch=1
MeasurePressurePneumaticGageStatic Measure.Pressure.Pneumatic.Gage.Static pressure This test process measures the pneumatic gage (or relative pressure) generated by the unit under test. The resulting measured will be in the unit of measure as defined in the test point’s data. Note: Although the unit of measure can be read from the test point’s unit of measure it is good practice to pass the Unit of Measure to the test process as a parameter to avoid confusion when synchronizing data between systems. https://en.wikipedia.org/wiki/Pressure_measurement https://www.nxp.com/docs/en/application-note/AN1573.pdf?&srch=1
MeasureRatioAmplitudeModulation Measure.Ratio.AmplitudeModulation catalytic activity concentration The process of measuring the Percent of Modulation of an Amplitude Modulation (AM) Signal.
MeasureRatioDensity-Mass Measure.Ratio.Density-Mass catalytic activity concentration Test Process that measures the relative density, or specific gravity, is the ratio of the density (mass of a unit volume) of a substance to the density of a given reference material. Specific gravity for liquids is nearly always measured with respect to water at its densest (at 4 °C or 39.2 °F); for gases, air at room temperature (20 °C or 68 °F) is the reference. The term “relative density” is often preferred in scientific usage. It is defined as a ratio of the density of a particular substance with that of water.
MeasureRatioHumidityRelative Measure.Ratio.Humidity.Relative catalytic activity concentration Measuring the ratio of the water vapor’s partial pressure divided by the saturation water vapor pressure allowed at a given temperature.
MeasureRatioHumiditySpecific Measure.Ratio.Humidity.Specific catalytic activity concentration Measuring the ratio of the mass of water vapor to the total mass of the dry air. The gravimetric method of calibration determines the specific humidity, with pressure and temperature having no effect on the masses. Also referred to as moisture content
MeasureRatioPowerReflectionFactorRF Measure.Ratio.Power.ReflectionFactor.RF catalytic activity concentration The process of measuring the Reflection Coefficient magnitude of an RF signal that is reflected back to the transmitting port.
MeasureRatioPowerRFSinewaveDeltaFrequency Measure.Ratio.Power.RF.Sinewave.Delta.Frequency power A test process that measures the difference between 2 sinusoidal RF signals at different frequencies while keeping the power levels constant. The two measured values are compared, the results can be expressed as dB or percent of change. These two signals are often used when calibrating flatness of a signal generator or similar device.
MeasureRatioPowerRFSinewaveDeltaPower Measure.Ratio.Power.RF.Sinewave.Delta.Power catalytic activity concentration A test process that measures the difference 2 sinusoidal RF signals at different power levels keeping the frequency constant. The two measured values are compared, the results can be expressed as Delta dB or percent of change. These two signals are often used when calibrating the linearity of a device.
MeasureRatioPowerTransmissionFactor Measure.Ratio.Power.TransmissionFactor catalytic activity concentration The process of measuring the Transmission Coefficient magnitude of an RF signal that transmitted through the device under test. It is represented as a ratio of power received over the transmitted power.
MeasureRatioTorque Measure.Ratio.Torque A ratio of an instrument’s torque output to the torque applied to the input, e.g., a torque multiplier’s output torque divided by its input torque
MeasureRatioVoltageACRippleOnDC Measure.Ratio.Voltage.AC.Ripple.OnDC catalytic activity concentration A test process that measures the ratio between the AC ripple & noise in RMS voltage measured on a DC signal then divided by the DC voltage level creating a ratio between the two voltages.
MeasureRatioVoltageACSinewaveDeltaFrequency Measure.Ratio.Voltage.AC.Sinewave.Delta.Frequency electric potential difference A test process that measures the difference 2 sinusoidal AC sinewave signals at different frequencies while keeping the voltage level constant. The two measured values are compared, the results can be expressed as delta volts, dB or percent of change. These two signals are often used when calibrating flatness of a device.
MeasureRatioVoltageACSinewaveDeltaVoltage Measure.Ratio.Voltage.AC.Sinewave.Delta.Voltage catalytic activity concentration A test process that measures the difference 2 sinusoidal AC sinewave signals at different voltage levels keeping the frequency constant. The two measured values are compared, the results can be expressed as delta volts, dB or percent of change. These two signals are often used when calibrating linearity of a device.
MeasureRelative-Humidity Measure.Relative-Humidity Measuring the ratio of the total mass of the water vapor divided by the total volume of air. This is also called volumetric humidity.
MeasureResistance Measure.Resistance electric resistance The process of measuring the resistance of a resister or other device.
MeasureTemperature Measure.Temperature thermodynamic temperature The process of measuring the physical temperature of a device.