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| TRICONEX 2351 |
Property Short Name Description Analog Input»Temperature» Thermocouple»Type AI.Thrmcpl.Type Specifies the type of thermocouple connected to the channel. Analog Input»Temperature» Thermocouple»ScaleType AI.Thrmcpl.ScaleType Specifies the method or equation form that the thermocouple scale uses. Table 5-1. NI-DAQmx Voltage Measurement Properties (Continued) Property Short Name Description Chapter 5 Using the SCXI-1141/1142/1143 Module SCXI-1141/1142/1143 User Manual 5-6 Table 5-3. NI-DAQmx RTD Measurement Properties Property Short Name Description Analog Input»Temperature» RTD»Type AI.RTD.Type Specifies the type of RTD connected to the channel. Analog Input»Temperature» RTD»R0 AI.RTD.R0 Specifies the resistance in ohms of the sensor at 0 °C. Analog Input»Temperature» RTD»Custom»A, B, C AI.RTD.A AI.RTD.B AI.RTD.C Specifies the A, B, or C constant of the Callendar-Van Dusen equation when using a custom RTD type. Analog Input»General Properties» Signal Conditioning»Resistance Configuration AI.Resistance.Cfg Specifies the resistance configuration for the channel, such as 2-wire, 3-wire, or 4-wire. Table 5-4. NI-DAQmx Thermistor Measurement Properties Property Short Name Description Analog Input»Temperature» Thermistor»R1 AI.Thrmistr.R1 Specifies the resistance in ohms of the sensor at 0 °C. Analog Input»Temperature» Thermistor»Custom»A, B, C AI.Thrmistr.A AI.Thrmistr.B AI.Thrmistr.C Specifies the A, B, or C constant of the Steinhart-Hart thermistor equation, which NI-DAQmx uses to scale thermistors. Table 5-5. NI-DAQmx Current Measurement Properties Property Short Name Description Analog Input»General Properties» Signal Conditioning»Current Shunt Resistors»Location AI.CurrentShunt.Loc Specifies whether the shunt resistance location is internal or external. Analog Input»General Properties» Signal Conditioning»Current Shunt Resistor»Value AI.CurrentShunt.Resistance Specifies the resistance, in ohms, of the external shunt resistance. Chapter 5 Using the SCXI-1141/1142/1143 Module © National Instruments Corporation 5-7 SCXI-1141/1142/1143 User Manual Note This is not a complete list of NI-DAQmx properties and does not include every property you may need to configure your application. It is a representative sample of important properties to configure for voltage measurements. For a complete list of NI-DAQmx properties and more information about NI-DAQmx properties, refer to your ADE help file. Acquiring, Analyzing, and Presenting After configuring the task and channels, you can start the acquisition, read measurements, analyze the data returned, and display it according to the needs of your application. Typical methods of analysis include digital filtering, averaging data, performing harmonic analysis, applying a custom scale, or adjusting measurements mathematically. NI provides powerful analysis toolsets for each NI ADE to help you perform advanced analysis on the data without requiring you to have a programming background. After you acquire the data and perform any required analysis, it is useful to display the data in a graphical form or log it to a file. NI ADEs provide easy-to-use tools for graphical display, such as charts, graphs, slide controls, and gauge indicators. NI ADEs have tools that allow you to easily save the data to files such as spread sheets for easy viewing, ASCII files for universality, or binary files for smaller file sizes. Completing the Application After you have completed the measurement, analysis, and presentation of the data, it is important to stop and clear the task. This releases any memory used by the task and frees up the DAQ hardware for use in another task. Note In LabVIEW, tasks are automatically cleared.
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