DAQWare for NI DAQmx Education Edition EDU 2024

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!

Analyzing the NI USB-600x Data Acquisition Card

NI USB-6009Multi-function data acquisition card belongs to NI-B series data acquisition card, B series is categorized as NI cheap series. Can provide analog signal input and output, digital signal input and output, counter functions. At the same time, NI USB-6009 also includes a series of models USB-6008, USB-6000, USB-6001, USB-6002, USB-6003.

Rainbead s Virtual Instruments "Principles of Circuits" Application Guide

Raindrop SIt is an intelligent on-chip virtual instrument development platform based on "China Chip's independently programmable chip" and independently controlled open-source software framework, which allows users to conveniently measure, read, generate, record, and control a variety of mixed signals. Taking the meaning of "turning clouds into rain", "Yuzhu S" is dedicated to bringing the industry's advanced "instrument-on-chip" technology and "cloud compilation" and other cloud-based technologies to the market. We are committed to delivering the industry's advanced "instrument-on-chip" technology and "cloud compilation" and other cloud-based technologies to more engineers, scientists, teachers and students in a silent way.

The Raindrop S is small enough to easily fit into the weight of an ordinary briefcase/book bag, but powerful enough to replace a bunch of lab equipment. Whether in the lab or outside the lab in any environment, Raindrop YuZhu | Raindrop | S can provide engineers, scientists, engineering students and faculty, hobbyists or electronics enthusiasts to carry out custom test and measurement based on analog + digital I/O as you wish, hardware innovation projects, "Portable Virtual Instrumentation Lab on a Chip! "The

TLA-J Series Experiment Kits

Hardware Applicable: USB-101, USB-61902 from Jenyi Technology

Software: DAQWare for JY USB

TLA-001J Circuit Principles Course Lab Kit

serial numberExperimental ProjectsJY USB101JY USB61902
1Mapping the volt-ampere characteristics of circuit components
2Verification of Kirchhoff's law
3Verification of the superposition principle
4Verification of Davignan's and Norton's theorems
5Experimental study of controlled sources VCVS, VCCS, CCVS, CCCS*
6Response testing of RC first order circuits
7A study of second-order dynamic circuit response
8Study of series resonant circuits of R, L, and C
9RC frequency selective network characterization
10Measurement of impedance characteristics of R, L and C components

TLA-002J Analog Circuit Course Experiment Kit

serial numberExperimental ProjectsJY USB101JY USB61902
1Transistor Single-Stage Amplifier Circuit
2Transistor two-stage amplifier circuit
3Transistor Negative Feedback Amplifier Circuit
4Transistor emitter follower
5Transistor Differential Amplifier Circuit
6Operational Amplifier Proportional Summing Operational Circuit
7Integral and Differential Circuits
8Waveform generation circuit
9active filter
10voltage comparator
11IC RC Sine Wave Oscillator
12Integrated Voltage Regulator Experiment
13Waveform converter circuit
14Field Effect Transistor Amplifier Circuit

TLA-003J Digital Circuit Course Experiment Kit

serial numberExperimental ProjectsJY USB101JY USB61902
1Gate Logic Functions and Tests
2Combinatorial logic circuits Ⅰ (half adder, full adder)
3Combination Circuit II (Decoder and Data Selector)
4flip-flop (electronics)
5Timing circuits (counters, shift registers)
6Design and logic function verification of combinational logic circuits
7D/A, A/D converter
8Application of 555 time base circuits
9Integrated Circuits Multiple Counters Combined Application

TLA-004J Sensor Course Lab Kit

serial numberExperimental ProjectsJY USB101JY USB61902
1Photoresistor Characterization Experiment
2Silicon photovoltaic cell characterization experiment
3Photodiode Characterization Experiment
4Phototransistor Characterization Experiment
5PIN diode characterization experiment*
6Experiments on the Characterization of Pyroelectric Infrared Sensors
7DC motor speed measurement experiment based on slot photocoupler
8Hall IC-based DC motor speed measurement and speed control experiment
9Thermistor temperature measurement experiment
10LM35 temperature measurement experiment
11Thermocouple temperature measurement experiment
12Relative Humidity Measurement Experiment
13AD592 temperature measurement experiment
14Experiments on the Characterization of Metal Foil Strain Gauges
15Electret microphone audio measurement experiment

TLA-005J Signal and System Course Lab Kit

serial numberExperimental ProjectsJY USB101JY USB61902
1Zero Input Response and Zero State Response
2Synthesis and decomposition of signals
3Second order series resonance and parallel resonance
4First Order Network Characterization Measurements
5Second-order network characterization measurements
6Feedback systems and system frequency response characteristics
7Experiments with second-order Butterworth filters
8Signal Sampling and Recovery
9RC Oscillator Characteristics

TLA-007J Automatic Control Principles Course Experiment Kit

serial numberExperimental ProjectsJY USB101JY USB61902
1Typical link circuit simulation experiment
2Dynamic performance and stability analysis of typical systems
3Typical Link Frequency Characteristics Measurements
4Linear system series correction
5Static characteristics of a typical nonlinear link
6Phase plane method for analyzing nonlinear systems
7Functional description of nonlinear systems
8Arbitrary configuration of control system poles
9Sampling system analysis
10Analog PID control experiment
11DC motor speed measurement and PID control experiment
Click here to downloadDAQWare for JY USB-101 1.0.3

TLA-R Series Curriculum Lab Kit

The TLA-R series of course lab kits are used for NI ELVIS III and the lab software uses DAQWare for NI ELVIS III.

Hardware applicable: NI ELVIS III

Software: DAQWare for ELVIS III

TLA-001R Circuit Principles Course Lab Kit

serial numberExperimental ProjectsELVIS III
1Mapping the volt-ampere characteristics of circuit components
2Verification of Kirchhoff's law
3Verification of the superposition principle
4Verification of Davignan's and Norton's theorems
5Experimental study of controlled sources VCVS, VCCS, CCVS, CCCS*
6Response testing of RC first order circuits
7A study of second-order dynamic circuit response
8Study of series resonant circuits of R, L, and C
9RC frequency selective network characterization
10Measurement of impedance characteristics of R, L and C components
*Requires the use of a 2nd lab kit

TLA-002R Analog Circuit Course Experiment Kit

serial numberExperimental ProjectsELVIS III
1Transistor Single-Stage Amplifier Circuit
2Transistor two-stage amplifier circuit
3Transistor Negative Feedback Amplifier Circuit
4Transistor emitter follower
5Transistor Differential Amplifier Circuit
6Operational Amplifier Proportional Summing Operational Circuit
7Integral and Differential Circuits
8Waveform generation circuit
9active filter
10voltage comparator
11IC RC Sine Wave Oscillator
12Integrated Voltage Regulator Experiment
13Waveform converter circuit
14Field Effect Transistor Amplifier Circuit

TLA-003R Digital Circuit Course Experiment Kit

serial numberExperimental ProjectsELVIS III
1Gate Logic Functions and Tests
2Combinatorial logic circuits Ⅰ (half adder, full adder)
3Combination Circuit II (Decoder and Data Selector)
4flip-flop (electronics)
5Timing circuits (counters, shift registers)
6Design and logic function verification of combinational logic circuits
7D/A, A/D converter
8Application of 555 time base circuits
9Integrated Circuits Multiple Counters Combined Application

TLA-004R Sensor Course Lab Kit

serial numberExperimental ProjectsELVIS III
1Photoresistor Characterization Experiment
2Silicon photovoltaic cell characterization experiment
3Photodiode Characterization Experiment
4Phototransistor Characterization Experiment
5PIN diode characterization experiment*
6Experiments on the Characterization of Pyroelectric Infrared Sensors
7DC motor speed measurement experiment based on slot photocoupler
8Hall IC-based DC motor speed measurement and speed control experiment
9Thermistor temperature measurement experiment
10LM35 temperature measurement experiment
11Thermocouple temperature measurement experiment
12Relative Humidity Measurement Experiment
13AD592 temperature measurement experiment
14Experiments on the Characterization of Metal Foil Strain Gauges
15Electret microphone audio measurement experiment
16Platinum resistance temperature measurement experiment

TLA-005R Signal and System Course Lab Kit

serial numberExperimental ProjectsELVIS III
1Zero Input Response and Zero State Response
2Synthesis and decomposition of signals
3Second order series resonance and parallel resonance
4First Order Network Characterization Measurements
5Second-order network characterization measurements
6Feedback systems and system frequency response characteristics
7Experiments with second-order Butterworth filters
8Signal Sampling and Recovery
9RC Oscillator Characteristics

TLA-007I Principles of Automatic Control Course Experiment Kit

serial numberExperimental ProjectsELVIS III
1Typical link circuit simulation experiment
2Dynamic performance and stability analysis of typical systems
3Typical Link Frequency Characteristics Measurements
4Linear system series correction
5Static characteristics of a typical nonlinear link
6Phase plane method for analyzing nonlinear systems
7Functional description of nonlinear systems
8Arbitrary configuration of control system poles
9Sampling system analysis
10Analog PID control experiment
11DC motor speed measurement and PID control experiment
12Temperature measurement and PID control experiment

TLA-U6 series course experiment kit

Hardware applicable: NI USB-6001\ USB-6002\ USB-6003\ USB-6009

Software: DAQWare for NI DAQmx

TLA-001U Circuit Principles Course Lab Kit

serial numberExperimental ProjectsUSB-6001USB-6002USB-6003USB-6009
1Mapping the volt-ampere characteristics of circuit components
2Verification of Kirchhoff's law
3Verification of the superposition principle
4Verification of Davignan's and Norton's theorems
5Experimental study of controlled sources VCVS, VCCS, CCVS, CCCS*
6Response testing of RC first order circuits
7A study of second-order dynamic circuit response
8Study of series resonant circuits of R, L, and C
9RC frequency selective network characterization
10Measurement of impedance characteristics of R, L and C components
*Requires the use of a 2nd lab kit

TLA-002U Analog Circuit Course Experiment Kit

serial numberExperimental ProjectsUSB-6001USB-6002USB-6003USB-6009
1Transistor Single-Stage Amplifier Circuit
2Transistor two-stage amplifier circuit
3Transistor Negative Feedback Amplifier Circuit
4Transistor emitter follower
5Transistor Differential Amplifier Circuit
6Operational Amplifier Proportional Summing Operational Circuit
7Integral and Differential Circuits
8Waveform generation circuit
9active filter
10voltage comparator
11IC RC Sine Wave Oscillator
12Integrated Voltage Regulator Experiment
13Waveform converter circuit
14Field Effect Transistor Amplifier Circuit

TLA-003U Digital Circuit Course Experiment Kit

serial numberExperimental ProjectsUSB-6001USB-6002USB-6003USB-6009
1Gate Logic Functions and Tests
2Combinatorial logic circuits Ⅰ (half adder, full adder)
3Combination Circuit II (Decoder and Data Selector)
4flip-flop (electronics)
5Timing circuits (counters, shift registers)
6Design and logic function verification of combinational logic circuits
7D/A, A/D converter
8Application of 555 time base circuits
9Integrated Circuits Multiple Counters Combined Application

TLA-004U Sensor Course Lab Kit

serial numberExperimental ProjectsUSB-6001USB-6002USB-6003USB-6009
1Photoresistor Characterization Experiment
2Silicon photovoltaic cell characterization experiment
3Photodiode Characterization Experiment
4Phototransistor Characterization Experiment
5PIN diode characterization experiment*
6Experiments on the Characterization of Pyroelectric Infrared Sensors
7DC motor speed measurement experiment based on slot photocoupler
8Hall IC-based DC motor speed measurement and speed control experiment
9Thermistor temperature measurement experiment
10LM35 temperature measurement experiment
11Thermocouple temperature measurement experiment
12Relative Humidity Measurement Experiment
13AD592 temperature measurement experiment
14Experiments on the Characterization of Metal Foil Strain Gauges
15Electret microphone audio measurement experiment
16Platinum resistance temperature measurement experiment*

TLA-007U Automatic Control Principles Course Experiment Kit

serial numberExperimental ProjectsUSB-6001USB-6002USB-6003USB-6009
1Typical link circuit simulation experiment
2Dynamic performance and stability analysis of typical systems
3Typical Link Frequency Characteristics Measurements
4Linear system series correction
5Static characteristics of a typical nonlinear link
6Phase plane method for analyzing nonlinear systems
7Functional description of nonlinear systems
8Arbitrary configuration of control system poles
9Sampling system analysis
10Analog PID control experiment
11DC motor speed measurement and PID control experiment
12Temperature measurement and PID control experiment

TLA-M series course experiment kit

TLA-M series course lab kit for NI myDAQ/myRIO, lab software using DAQWare for NI DAQmx* for myDAQ.

Hardware applicable: NI myDAQ

Software: DAQWare for NI DAQmx

TLA-001M Circuit Principles Course Lab Kit

serial numberExperimental ProjectsNI myDAQNI myRIO
1Mapping the volt-ampere characteristics of circuit components
2Verification of Kirchhoff's law
3Verification of the superposition principle
4Verification of Davignan's and Norton's theorems
5Experimental study of controlled sources VCVS, VCCS, CCVS, CCCS*
6Response testing of RC first order circuits
7A study of second-order dynamic circuit response
8Study of series resonant circuits of R, L, and C
9RC frequency selective network characterization
10Measurement of impedance characteristics of R, L and C components
*Requires the use of a 2nd lab kit

TLA-002M Analog Circuit Course Lab Kit

serial numberExperimental ProjectsNI myDAQNI myRIO
1Transistor Single-Stage Amplifier Circuit
2Transistor two-stage amplifier circuit
3Transistor Negative Feedback Amplifier Circuit
4Transistor emitter follower
5Transistor Differential Amplifier Circuit
6Operational Amplifier Proportional Summing Operational Circuit
7Integral and Differential Circuits
8Waveform generation circuit
9active filter
10voltage comparator
11IC RC Sine Wave Oscillator
12Integrated Voltage Regulator Experiment
13Waveform converter circuit
14Field Effect Transistor Amplifier Circuit

TLA-003M Digital Circuit Course Experiment Kit

serial numberExperimental ProjectsNI myDAQNI myRIO
1Gate Logic Functions and Tests
2Combinatorial logic circuits Ⅰ (half adder, full adder)
3Combination Circuit II (Decoder and Data Selector)
4flip-flop (electronics)
5Timing circuits (counters, shift registers)
6Design and logic function verification of combinational logic circuits
7D/A, A/D converter
8Application of 555 time base circuits
9Integrated Circuits Multiple Counters Combined Application

TLA-004M Sensor Course Lab Kit

serial numberExperimental ProjectsmyDAQmyRIO
1Photoresistor Characterization Experiment
2Silicon photovoltaic cell characterization experiment
3Photodiode Characterization Experiment
4Phototransistor Characterization Experiment
5PIN diode characterization experiment*
6Experiments on the Characterization of Pyroelectric Infrared Sensors
7DC motor speed measurement experiment based on slot photocoupler
8Hall IC-based DC motor speed measurement and speed control experiment
9Thermistor temperature measurement experiment
10LM35 temperature measurement experiment
11Thermocouple temperature measurement experiment
12Relative Humidity Measurement Experiment
13AD592 temperature measurement experiment
14Experiments on the Characterization of Metal Foil Strain Gauges
15Electret microphone audio measurement experiment
,

TLA-005M Signal and System Course Lab Kit

serial numberExperimental ProjectsNI myDAQNI myRIO
1Zero Input Response and Zero State Response
2Synthesis and decomposition of signals
3Second order series resonance and parallel resonance
4First Order Network Characterization Measurements
5Second-order network characterization measurements
6Feedback systems and system frequency response characteristics
7Experiments with second-order Butterworth filters
8Signal Sampling and Recovery
9RC Oscillator Characteristics

TLA-007E Automatic Control Principles Course Experiment Kit

serial numberExperimental ProjectsNI myDAQNI myRIO
1Typical link circuit simulation experiment
2Dynamic performance and stability analysis of typical systems
3Typical Link Frequency Characteristics Measurements
4Linear system series correction
5Static characteristics of a typical nonlinear link
6Phase plane method for analyzing nonlinear systems
7Functional description of nonlinear systems
8Arbitrary configuration of control system poles
9Sampling system analysis
10Analog PID control experiment
11DC motor speed measurement and PID control experiment
12Temperature measurement and PID control experiment

TLA-D series course experiment kit

Hardware applicable: Digilent Analog Discovery Studio

Software: DAQWare for Digilent AD

TLA-001D Circuit Principles Course Lab Kit

serial numberExperimental ProjectsDigilent Analog Discovery Studio
1Mapping the volt-ampere characteristics of circuit components
2Verification of Kirchhoff's law
3Verification of the superposition principle
4Verification of Davignan's and Norton's theorems
5Experimental study of controlled sources VCVS, VCCS, CCVS, CCCS*
6Response testing of RC first order circuits
7A study of second-order dynamic circuit response
8Study of series resonant circuits of R, L, and C
9RC frequency selective network characterization
10Measurement of impedance characteristics of R, L and C components

TLA-002D Analog Circuit Course Experiment Kit

serial numberExperimental ProjectsDigilent Analog Discovery Studio
1Transistor Single-Stage Amplifier Circuit
2Transistor two-stage amplifier circuit
3Transistor Negative Feedback Amplifier Circuit
4Transistor emitter follower
5Transistor Differential Amplifier Circuit
6Operational Amplifier Proportional Summing Operational Circuit
7Integral and Differential Circuits
8Waveform generation circuit
9active filter
10voltage comparator
11IC RC Sine Wave Oscillator
12Integrated Voltage Regulator Experiment
13Waveform converter circuit
14Field Effect Transistor Amplifier Circuit

TLA-003D Digital Circuit Course Lab Kit

serial numberExperimental ProjectsDigilent Analog Discovery Studio
1Gate Logic Functions and Tests
2Combinatorial logic circuits Ⅰ (half adder, full adder)
3Combination Circuit II (Decoder and Data Selector)
4flip-flop (electronics)
5Timing circuits (counters, shift registers)
6Design and logic function verification of combinational logic circuits
7D/A, A/D converter
8Application of 555 time base circuits
9Integrated Circuits Multiple Counters Combined Application

TLA-004D Sensor Course Lab Kit

serial numberExperimental ProjectsDigilent Analog Discovery Studio
1Photoresistor Characterization Experiment
2Silicon photovoltaic cell characterization experiment
3Photodiode Characterization Experiment
4Phototransistor Characterization Experiment
5PIN diode characterization experiment*
6Experiments on the Characterization of Pyroelectric Infrared Sensors
7DC motor speed measurement experiment based on slot photocoupler
8Hall IC-based DC motor speed measurement and speed control experiment
9Thermistor temperature measurement experiment
10LM35 temperature measurement experiment
11Thermocouple temperature measurement experiment
12Relative Humidity Measurement Experiment
13AD592 temperature measurement experiment
14Experiments on the Characterization of Metal Foil Strain Gauges
15Electret microphone audio measurement experiment

TLA-005D Signal and System Course Experiment Kit

serial numberExperimental ProjectsDigilent Analog Discovery Studio
1Zero Input Response and Zero State Response
2Synthesis and decomposition of signals
3Second order series resonance and parallel resonance
4First Order Network Characterization Measurements
5Second-order network characterization measurements
6Feedback systems and system frequency response characteristics
7Experiments with second-order Butterworth filters
8Signal Sampling and Recovery
9RC Oscillator Characteristics

TLA-007D Automatic Control Principles Course Experiment Kit

serial numberExperimental ProjectsDigilent Analog Discovery Studio
1Typical link circuit simulation experiment
2Dynamic performance and stability analysis of typical systems
3Typical Link Frequency Characteristics Measurements
4Linear system series correction
5Static characteristics of a typical nonlinear link
6Phase plane method for analyzing nonlinear systems
7Functional description of nonlinear systems
8Arbitrary configuration of control system poles
9Sampling system analysis
10Analog PID control experiment
11DC motor speed measurement and PID control experiment

TLA-E series course experiment kit

The TLA-E series of course lab kits are for NI ELVIS I/II/II+, and the lab software uses DAQWare for NI DAQmx.

Hardware applicable: NI ELVIS I (Traditional), ELVIS II|ELVIS II+

Software: DAQWare for NI DAQmx

TLA-001E Circuit Principles Course Lab Kit

serial numberExperimental ProjectsELVIS IELVIS IIELVIS II+
1Mapping the volt-ampere characteristics of circuit components
2Verification of Kirchhoff's law
3Verification of the superposition principle
4Verification of Davignan's and Norton's theorems
5Experimental study of controlled sources VCVS, VCCS, CCVS, CCCS*
6Response testing of RC first order circuits
7A study of second-order dynamic circuit response
8Study of series resonant circuits of R, L, and C
9RC frequency selective network characterization
10Measurement of impedance characteristics of R, L and C components
*Requires the use of a 2nd lab kit

TLA-002E Analog Circuit Course Experiment Kit

serial numberExperimental ProjectsELVIS IELVIS IIELVIS II+
1Transistor Single-Stage Amplifier Circuit
2Transistor two-stage amplifier circuit
3Transistor Negative Feedback Amplifier Circuit
4Transistor emitter follower
5Transistor Differential Amplifier Circuit
6Operational Amplifier Proportional Summing Operational Circuit
7Integral and Differential Circuits
8Waveform generation circuit
9active filter
10voltage comparator
11IC RC Sine Wave Oscillator
12Integrated Voltage Regulator Experiment
13Waveform converter circuit
14Field Effect Transistor Amplifier Circuit

TLA-003E Digital Circuit Course Experiment Kit

serial numberExperimental ProjectsELVIS IELVIS IIELVIS II+
1Gate Logic Functions and Tests
2Combinatorial logic circuits Ⅰ (half adder, full adder)
3Combination Circuit II (Decoder and Data Selector)
4flip-flop (electronics)
5Timing circuits (counters, shift registers)
6Design and logic function verification of combinational logic circuits
7D/A, A/D converter
8Application of 555 time base circuits
9Integrated Circuits Multiple Counters Combined Application

TLA-004E Sensor Course Lab Kit

serial numberExperimental ProjectsELVIS IELVIS IIELVIS II+
1Photoresistor Characterization Experiment
2Silicon photovoltaic cell characterization experiment
3Photodiode Characterization Experiment
4Phototransistor Characterization Experiment
5PIN diode characterization experiment*
6Experiments on the Characterization of Pyroelectric Infrared Sensors
7DC motor speed measurement experiment based on slot photocoupler
8Hall IC-based DC motor speed measurement and speed control experiment
9Thermistor temperature measurement experiment
10LM35 temperature measurement experiment
11Thermocouple temperature measurement experiment
12Relative Humidity Measurement Experiment
13AD592 temperature measurement experiment
14Experiments on the Characterization of Metal Foil Strain Gauges
15Electret microphone audio measurement experiment
16Platinum resistance temperature measurement experiment

TLA-005E Signal and System Course Lab Kit

serial numberExperimental ProjectsELVIS IELVIS IIELVIS II+
1Zero Input Response and Zero State Response
2Synthesis and decomposition of signals
3Second order series resonance and parallel resonance
4First Order Network Characterization Measurements
5Second-order network characterization measurements
6Feedback systems and system frequency response characteristics
7Experiments with second-order Butterworth filters
8Signal Sampling and Recovery
9RC Oscillator Characteristics

TLA-007E Automatic Control Principles Course Experiment Kit

serial numberExperimental ProjectsELVIS IELVIS IIELVIS II+
1Typical link circuit simulation experiment
2Dynamic performance and stability analysis of typical systems
3Typical Link Frequency Characteristics Measurements
4Linear system series correction
5Static characteristics of a typical nonlinear link
6Phase plane method for analyzing nonlinear systems
7Functional description of nonlinear systems
8Arbitrary configuration of control system poles
9Sampling system analysis
10Analog PID control experiment
11DC motor speed measurement and PID control experiment
12Temperature measurement and PID control experiment
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