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 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	√	√	√