NI ELVIS Experiments Archive

NI ELVIS Sensor Course Lab Kit Application Guide

April 14, 2024January 10, 2024 by admin

NI Engineering Lab Virtual Instrumentation Suite(NI ELVIS) II is a modular engineering teaching lab platform developed specifically for institutions. The platform provides a hands-on learning approach that helps students acquire the skills they need through hands-on experimentation.NI ELVIS II integrates 12 of the lab's most common instruments in a single compact package, including oscilloscopes with extended functionality, a digital multimeter, a function generator, and a variety of power supplies and baud analyzers. You can connect your PC to a variety of measurements and build circuits on a removable prototyping board via USB's plug-and-play capability.

NI ELVIS III Principles of Automatic Control Course Lab Application Video

April 14, 2024December 3, 2023 by admin

NI ELVIS IIINI ELVIS is an Internet-based interdisciplinary engineering teaching experimental solution that integrates all-in-one intelligent measurement instruments, embedded design, and Internet distance learning technology to serve the teaching of engineering fundamentals and integrated system design.NI ELVIS provides a complete engineering teaching solution that integrates hardware, software, and experimental resources. Based on the open hardware platform, with the help of LabVIEW programming environment, whether it is a basic course, or complex project engineering development, can be easily dealt with.

NI ELVIS Secrets You Didn't Know About Sensor Course Labs

April 14, 2024December 3, 2023 by admin

NI ELVISNI ELVIS is an Internet-based interdisciplinary engineering teaching experimental solution that integrates all-in-one intelligent measurement instruments, embedded design, and Internet distance learning technology to serve the teaching of engineering fundamentals and integrated system design.NI ELVIS provides a complete engineering teaching solution that integrates hardware, software, and experimental resources. Based on the open hardware platform, with the help of LabVIEW programming environment, whether it is a basic course, or complex project engineering development, can be easily dealt with.

Hardware applicable: NI ELVIS III

Software: DAQWare for ELVIS III

TLA-001R Circuit Principles Course Lab Kit

serial number	Experimental Projects	ELVIS III
1	Mapping the volt-ampere characteristics of circuit components	√
2	Verification of Kirchhoff's law	√
3	Verification of the superposition principle	√
4	Verification of Davignan's and Norton's theorems	√
5	Experimental study of controlled sources VCVS, VCCS, CCVS, CCCS*	√
6	Response testing of RC first order circuits	√
7	A study of second-order dynamic circuit response	√
8	Study of series resonant circuits of R, L, and C	√
9	RC frequency selective network characterization	√
10	Measurement 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 number	Experimental Projects	ELVIS III
1	Transistor Single-Stage Amplifier Circuit	√
2	Transistor two-stage amplifier circuit	√
3	Transistor Negative Feedback Amplifier Circuit	√
4	Transistor emitter follower	√
5	Transistor Differential Amplifier Circuit	√
6	Operational Amplifier Proportional Summing Operational Circuit	√
7	Integral and Differential Circuits	√
8	Waveform generation circuit	√
9	active filter	√
10	voltage comparator	√
11	IC RC Sine Wave Oscillator	√
12	Integrated Voltage Regulator Experiment	√
13	Waveform converter circuit	√
14	Field Effect Transistor Amplifier Circuit	√

TLA-003R Digital Circuit Course Experiment Kit

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

TLA-004R Sensor Course Lab Kit

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

TLA-005R Signal and System Course Lab Kit

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

TLA-007I Principles of Automatic Control Course Experiment Kit

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

TLA-E series course experiment kit

December 4, 2023December 2, 2023 by admin

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 number	Experimental Projects	ELVIS I	ELVIS II	ELVIS II+
1	Mapping the volt-ampere characteristics of circuit components	√	√	√
2	Verification of Kirchhoff's law	√	√	√
3	Verification of the superposition principle	√	√	√
4	Verification of Davignan's and Norton's theorems	√	√	√
5	Experimental study of controlled sources VCVS, VCCS, CCVS, CCCS*	√	√	√
6	Response testing of RC first order circuits	√	√	√
7	A study of second-order dynamic circuit response	√	√	√
8	Study of series resonant circuits of R, L, and C	√	√	√
9	RC frequency selective network characterization	√	√	√
10	Measurement 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 number	Experimental Projects	ELVIS I	ELVIS II	ELVIS II+
1	Transistor Single-Stage Amplifier Circuit	√	√	√
2	Transistor two-stage amplifier circuit	√	√	√
3	Transistor Negative Feedback Amplifier Circuit	√	√	√
4	Transistor emitter follower	√	√	√
5	Transistor Differential Amplifier Circuit	√	√	√
6	Operational Amplifier Proportional Summing Operational Circuit	√	√	√
7	Integral and Differential Circuits	√	√	√
8	Waveform generation circuit	√	√	√
9	active filter	√	√	√
10	voltage comparator	√	√	√
11	IC RC Sine Wave Oscillator	√	√	√
12	Integrated Voltage Regulator Experiment	√	√	√
13	Waveform converter circuit	√	√	√
14	Field Effect Transistor Amplifier Circuit	√	√	√

TLA-003E Digital Circuit Course Experiment Kit

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

TLA-004E Sensor Course Lab Kit

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

TLA-005E Signal and System Course Lab Kit

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

TLA-007E Automatic Control Principles Course Experiment Kit

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

NI ELVIS Sensor Course Lab Kit Application Guide

NI ELVIS III Principles of Automatic Control Course Lab Application Video

NI ELVIS Secrets You Didn't Know About Sensor Course Labs

Episode 4: TLA-E Series Video_Automatic Control Principle_Typical Link Frequency Characteristics Measurement

Episode 3: TLA-E Series Video_Automatic Control Principles_Dynamic Performance and Stability Analysis of Typical Systems

Episode 2: TLA-E Series Video_Automatic Control Principle_Typical Link Simulation

Episode 1: TLA-E Series Video_Experiment Kit Application Guide

TLA-R Series Curriculum Lab Kit

TLA-E series course experiment kit