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LabVIEW Data Acquisition fritzing.0.8.7b environment and example of accompanying book

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welcome visitLabVIEW Data Acquisition.This is the official download area for the Fritzing example files that accompany the book. The .fzz and .fzpz files provided on this page are designed to help readers better understand the hardware circuit connections covered in the book. By using these Fritzing examples, you can:

  • Intuitive visualization: Clearly see how various sensors and modules are wired to data acquisition devices such as NI DAQ cards or compatible platforms such as Arduino.
  • Deeper understanding: Interactive circuit diagrams against book content to deepen understanding of the hardware components of a data acquisition system.
  • Quick Practice: Use these examples directly as the basis for your LabVIEW data acquisition experiments and save time by drawing your own circuit diagrams.

These documents are all recommended to be found in the Fritzing 0.8.7b or higher compatible version environment to open and use.

The following list containsLabVIEW Data Acquisition.Examples of Fritzing circuit diagrams for many of the common sensors and modules mentioned in the book.

Sensor ModulesDevice Nameclarificationfilename
Hall IC SensorsA1102magneto-electric signal conversionOK_A1102.fzz
Integrated temperature sensorAD592Temperature to electrical signal conversionOK_AD592.fzz
Integrated ultrasonic sensorsHC-SR04Ultrasonic-Electrical Signal ConversionOK_SR04.fzz
Slot PhotocouplerITR9606Optical-to-Electrical Signal ConversionOK_ITR9606.fzz
Integrated Precision Constant Current SourcesLM334OK_LM334.fzz
Triaxial Acceleration SensorMMA7361OK_MMA7361.fzz
gas sensorMQ3Gas Concentration - Electrical Signal ConversionOK_MQ3.fzz
Negative Temperature Coefficient ThermistorsNTCTemperature to electrical signal conversionOK_NTC.fzz
pH meterpH Integration ModulepH-Electric Signal ConversionOK_pH meter.fzz
Human Pyroelectric Infrared SensorPIRPyroelectric infrared-electric signal conversionOK_PIR.fzz
Fully Differential Instrumentation Amplifier ModuleAD620OK_TC+AD620.fzz
Capacitive Moisture SensorsHS1101Relative Humidity - Electrical Signal ConversionOK_HS1101.fzz
Photoelectric Level SensorOptical-to-Electrical Signal ConversionOK_Photoelectric Level.fzz
Piezoelectric Acceleration SensorsAcceleration-Electric Signal ConversionOK_Piezoelectric_Acceleration_Sensor.fzz
Electret Microphone SensorAcoustic-to-Electrical Signal ConversionOK_Electret.fzz
Liquid Turbidity SensorOptical-to-Electrical Signal ConversionOK_Turbidity_Sensor.fzz

Click on this link to download all the Fritzing exercises at once!

DAQWare for NI DAQmx Education Edition EDU 2024

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Empowering the Engineers of Tomorrow: Teaching Tools to Simplify NI DAQmx Data Acquisition

TLA is proud to introduce DAQWare for NI DAQmx Education Edition EDU 2024! This software tool for education is designed to simplify the data acquisition process based on the National Instruments (NI) DAQmx driver, making it easier for students and instructors to put their theoretical knowledge into hands-on practice. Whether you are a student new to the concepts of data acquisition or an educator looking for an effective teaching tool, DAQWare EDU 2024 offers an intuitive, easy-to-use solution.

(Core Value/Why Choose - Why Choose DAQWare For NI DAQmx EDU?)

Why choose DAQWare EDU 2024?

In an instructional environment, it is critical for students to quickly grasp the core concepts of data acquisition. the DAQWare EDU 2024 simplifies the learning process by..:

  • No complex programming is required: With an intuitive graphical user interface (GUI), students can configure and perform data collection tasks without writing complex code.
  • Focus on core concepts: Shielding the complexity of the underlying drivers allows students to focus more on understanding the core principles of signals, sensors, data conversion and analysis.
  • Quick build experiments: Preset configuration options and a concise operating procedure make building common data acquisition experiments (e.g., temperature measurement, voltage reading, signal monitoring, etc.) quick and easy.
  • Enhance the effectiveness of teaching and learning: Teachers can more efficiently demonstrate the data collection process, design lab projects, and assess student learning outcomes.

(Key Features)

DAQWare EDU 2024 Key Features

  • Graphical task configuration: Physical channels, sample rates, trigger conditions, and other parameters can be easily configured with a click and select.
  • Seamless integration with NI DAQmx: Based on the proven and reliable NI DAQmx driver, ensuring stable compatibility with NI data acquisition hardware.
  • Multi-type signal acquisition: Supports common Analog Input (AI), Analog Output (AO), Digital Input/Output (DIO) and Counter tasks.
  • Real-time data visualization: Built-in waveform graphs, digital dashboards and other display controls to observe the collected data in real time.
  • Convenient data logging: Collected data can be easily recorded to a file (e.g., txt format), which is convenient for subsequent analysis and processing using tools such as MATLAB and Excel.
  • Education-friendly design: The interface and features are optimized for educational scenarios and are easy to understand and get started with.
  • (Optional, if applicable) Rich teaching examples: May contain pre-configured examples or templates for typical circuits, sensor applications.

(Compatibility & Requirements)

System requirements and hardware compatibility

  • Required: The National Instruments NI DAQmx driver has been properly installed.
  • Hardware Support: Compatible with most NI data acquisition hardware that supports the NI DAQmx driver, including, but not limited to, the USB family (e.g., USB-600x), the PCIe family, CompactDAQ (cDAQ), and other modular or board-based devices.
  • Operating System: Support mainstream Windows operating systems (please fill in according to the specific requirements of the software, such as Windows 10/11).

(Target Users)

service user

  • Teachers and students of higher education institutions and vocational and technical colleges
  • Students majoring in Electronics and Information Engineering, Automation, Measurement and Control Technology and Instrumentation, Mechanical Engineering, Physics and other related disciplines
  • Laboratories and individuals who need to teach or learn basic data collection experiments
  • Beginners who want to simplify the use of NI DAQ devices

About EDU 2024 Edition

DAQWare EDU 2024 is our latest release for the education sector, dedicated to providing a stable, easy-to-use data acquisition software experience that meets the needs of teaching and learning.

(Call to Action)

Start your data collection journey today!

DAQWare for NI DAQmx Lite Edition

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DAQmx for NI DAQmx was developed by TLASE and is now publicly available.NI DAQmxDriver-enhanced data acquisition software, specifically supporting functional enhancements to the analog input function and analog output function of all DAQmx-driven data acquisition cards from NI.

In order to support the readers and friends of "LabVIEW Data Acquisition" as well as teachers and students who have long been concerned about the support of the TLA series of course lab kits, to facilitate the study, reference, application, TLA virtual instrumentation teaching resource station since 2024/03/23 to provide DAQWare for NI DAQmx Lite version of the free download.

DAQmx for NI DAQmxNormally distributed with the TLA series of course lab kits, the Lite version is not subject to this restriction.

Lite version only supports NI institutional products, specific models: NI ELVIS II/NI ELVIS II+/NI myDAQ. non-NI institutional product models, you need to use the full-featured version of DAQWare for NI DAQmx version. lite version is not open to the use of [Experiment Details] function at the moment.

DAQWare

DAQWare for NI DAQmx Lite version download link(Click here to download)

Scan the QR code to download

LabVIEW Data Acquisition sample program VI file

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courtesy of this articleData Acquisition with LabVIEW (2nd Edition)Example program VI files for hardware experiments in the companion book.

The hardware experiments of LabVIEW Data Acquisition (2nd Edition) are based on the NI USB-6009 multifunctional data acquisition card as the blueprint model. Meanwhile, the TLA-004U6 Sensor Course Experiment Kit accompanies the hardware experiments of LabVIEW Data Acquisition (2nd Edition).

Labview Data Acquisition
labview data acquisition (2nd edition)

Special Tip:

1, "LabVIEW Data Acquisition" (2nd Edition) with the book's sample program VI file, you can use the png picture function to import LabVIEW.

2. The minimum version requirement for LabVIEW to open the sample program VI file is LabVIEW 2015.

3, run the example program VI file, you need and "LabVIEW Data Acquisition" (2nd Edition) book content and TLA-004U6 sensor course experiment kit hardware resources to run normally, and then obtain the correct measurement data.

TLA-004U6 Sensor Course Lab Kit
TLA-004U6 Sensor Course Lab Kit
Electret microphone sound acquisition
Electret microphone sound acquisition
Relative Humidity Sensor Data Acquisition
Relative Humidity Sensor Data Acquisition
Pyroelectric Infrared Sensor Data Acquisition
Pyroelectric Infrared Sensor Data Acquisition
Thermocouple temperature measurement data acquisition
Thermocouple temperature measurement data acquisition
Gas Sensor Data Acquisition
Gas Sensor Data Acquisition
Acceleration Sensor Data Acquisition
Acceleration Sensor Data Acquisition
Hall IC Sensor Data Acquisition
Hall IC Sensor Data Acquisition
Hall IC Sensor Data Acquisition
Hall IC Sensor Data Acquisition
Hall IC Sensor Data Acquisition
Hall IC Sensor Data Acquisition
Photoelectric Level Sensor Data Acquisition
Photoelectric Level Sensor Data Acquisition
Optical Liquid Turbidity Sensor Data Acquisition
Optical Liquid Turbidity Sensor Data Acquisition
Ultrasonic Sensor Ranging Data Acquisition
Ultrasonic Sensor Ranging Data Acquisition
Slotted Optocoupler Sensor Velocimetry Data Acquisition
Slotted Optocoupler Sensor Velocimetry Data Acquisition
Slotted Optocoupler Sensor Data Acquisition
Slotted Optocoupler Sensor Data Acquisition
Slotted Optocoupler Sensor Data Acquisition
Slotted Optocoupler Sensor Data Acquisition
RTD RTD sensor temperature measurement data acquisition
RTD RTD sensor temperature measurement data acquisition
pH meter sensor measurement data acquisition
pH meter sensor measurement data acquisition
NTC Thermistor Sensor Data Acquisition
NTC Thermistor Sensor Data Acquisition
LM35 Temperature Sensor Data Acquisition
LM35 Temperature Sensor Data Acquisition
AD592 Temperature Sensor Data Acquisition
AD592 Temperature Sensor Data Acquisition
3-axis accelerometer data acquisition
3-axis accelerometer data acquisition
Characterization of pyroelectric infrared sensorsdownloading
Slot Optocoupler Velocimetry Only_ELVIS IIdownloading
Slot Optocoupler Only_USB600xdownloading
Slot Photocoupler Speed Measurement + PID_USB600xdownloading
Hall IC Velocity Only_ELVIS IIdownloading
Hall IC speed measurement only_USB600xdownloading
Hall IC speed measurement + PID_USB600xdownloading
RTD temperature measurementdownloading
Thermocouple Temperature Measurementdownloading
NTC temperature measurementdownloading
NTC_VtoRdownloading
NTC Convert R-Tdownloading
LM35 temperature measurementdownloading
AD592 Temperature Measurementdownloading
Optical Level Measurementdownloading
Optical Liquid Turbidity Sensor Measurementdownloading
Ultrasonic Sensor Distance Measurementdownloading
Electret microphone sound measurementdownloading
Relative Humidity Sensor Measurementdownloading
Gas Sensor Measurementdownloading
pH meter sensor measurementdownloading
Acceleration sensor measurementdownloading
3-axis accelerometer measurementdownloading

DAQWare for NI DAQmx Features Overview

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TLA has developed a series of course lab kits, all of which provideDAQWareExperimental software is used for experimental measurements, recording, and analysis.

TLA for different brands of data acquisition cards supporting DAQWare experimental software, software interface as far as possible to maintain consistency, the operating logic to follow the TLA series of courses experimental suite operating characteristics.

DAQmxis a collection of drivers for NI data acquisition cards, copyrighted by NI (NI has now been acquired by Emerson).DAQWare for NI DAQmx is TLA's enhanced data acquisition application software based on the NI DAQmx driver.

DAQWare for NI DAQmx is lab software for all NI DAQmx data acquisition cards. Example:NI ELVIS Traditional,ELVIS II/II+,NI myDAQ,NI USB-6001,NI USB-6002,NI USB-6003,NI USB-6009,NI 6221(PCI, USB, PCIe, PXI, PXIe),NI 6251 (PCI, USB, PCIe, PXI, PXIe),NI MSeries, etc.

Figure 1 DAQWare for NI DAQmx
Figure 2 DAQWare for NI DAQmx

The NIDAQmx driver cannot be used with multifunction data acquisition cards not manufactured by NI. That is, the DAQWare for NI DAQmx application software is not available for multifunction data acquisition cards manufactured by third parties.

DAQWare for NI DAQmx typically supports functions involving analog input channels (Analog Input), analog output channels (Analog Out), and counters (Couter). These data acquisition functions are enhanced by DAQWare for laboratory desktop applications, covering the instrument functions of traditional desktop instruments, such as: oscilloscopes, signal generators, programmable power supplies, multimeters, baud plotters, spectrum analyzers, etc.. It also provides practical functions beyond traditional desktop instruments such as data logging, collaborative data analysis, and advanced programming. Table 1 lists the specific features of DAQWare for NI DAQmx.

Table 1 List of DAQWare for NI DAQmx features

Analog Signal Outputharvest√ (determined by capture card function)
Analog Signal Inputharvest√ (determined by capture card function)
oscillograph
Analog Input Channelschannel number2
channel connectionAny 2 channels
Terminal ConfigurationRSE, NRSE, differential, pseudo-differential
Input RangeAll supported ranges
sampling modeContinuous sampling, limited sampling
Related Instrument FunctionsOscilloscope, Continuous Collector
Channel CurveVisible|Hidden√
Color settings√
Curve line width√
screenshot (computing)√
horizontal directionSample Rate Display√
time base setting20s/div|10s/div|
5s/div|2s/div|1s/div|
500ms/div|200ms/div|100ms/div|
50ms/div|20ms/div|10ms/div|
5ms/div|2ms/div|1ms/div|
500us/div|200us/div|100us/div|
50us/div|20us/div|10us/div|
vertical directionScale adjustment20V/div|10V/div|
5V/div|2V/div|1V/div|
500mV/div|200mV/div|100mV/div|
50mV/div|20mV/div|10mV/div|
offset adjustment-5V to +5V
trigTrigger TypeImmediate trigger, digital trigger, edge trigger
software trigger sourceTrig|Sorce|Ch 0 Source|Ch1 Source
trigger edgeUp | Down
trigger level-10~+10V
Trigger horizontal position0~100%
Channel information displayfrequency√
Vrms√
Vpp√
Cursor 0√
Cursor 1√
Δt√
Function Signal Generator
Analog Output Channelchannel number2
Timed mode recognition√
channel connectionAny 2 channels
Terminal ConfigurationRSE, NRSE, differential, pseudo-differential
Input RangeAll supported ranges
sampling modecontinuous sampling
Related Instrument FunctionsBasic Function Signal Generator, Frequency Sweeper, AM Signal Generator, FM Signal Generator
Signal Preview√
Basic Function Signal GeneratorSignal TypeSine, Triangle, Square, Ramp Wave
frequency rangeSample Rate Available Range
amplitude-10V~+10V
duty cycle1-100%
offset value-5V~+5V
Square wave → step signal√
Sweep Signal Generatorstarting frequency0Hz
Termination frequencySample Rate Support Range
step frequency1Hz
Step time msconfigurable
Sweep progress visualization√
AM Signal GeneratorSignal TypeSine, Triangle, Square, Ramp Wave
modulation frequency√ (default 100Hz)
carrier frequency√ (default 10kHz)
Modulation Index√ (default 1)
frequency error√ (default 10)
Suppressed Carrier√
FM Signal GeneratorSignal TypeSine, Triangle, Square, Ramp Wave
baseband frequency√ (default 100Hz)
carrier frequency√ (default 100 kHz)
FM deviation√ (default 1kHz)
independent function
data storageSave txt format√
Data playbacktxt format√
visualization√
Horizontal operation√
Programmable DC Voltage Regulatorschannel number2
voltage range0~-10v,0~+10v,0~-5v,0~+5v
digital multimeterfunctionalityDetermined by the function of the capture card
DC V√
AC V√
DC A√
AC A√
Ω√
Experimental ProjectsBasic Photoelectric Sensor Characterization Experiment√
Light source control methodCouter, AO
XY chart generation√
Temperature sensor temperature measurement experiment√
NTC temperature measurement√
AD592 Temperature Measurement√
LM35 temperature measurement√
Thermocouple Temperature Measurement√
RTD temperature measurement√
PID temperature control√
RPM Sensor Test Experiment√
Slot-type optocoupler to measure rotational speed√
Hall IC Measurement of RPM√
PID speed control√
RPM Frequency Analysis√
FFT analysis√
X-Y Chart Tool√
Nyquist Chart Tool√
Relative Humidity Measurement Experiment√
Electronic version of the guidebookfast open√
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