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-007Y Automatic Control Principle Course Experiment Kit

serial numberExperimental Projectsnote
1Typical link circuit simulation experimentRaindrop S
2Dynamic performance and stability analysis of typical systemsRaindrop S
3Typical Link Frequency Characteristics MeasurementsRaindrop S
4Linear system series correctionRaindrop S
5Static characteristics of a typical nonlinear linkRaindrop S
6Phase plane method for analyzing nonlinear systemsRaindrop S
7Functional description of nonlinear systemsRaindrop S
8Arbitrary configuration of control system polesRaindrop S
9Sampling system analysisRaindrop S
10Analog PID control experimentRaindrop S
11DC motor speed measurement and PID control experimentRaindrop S

TLA-005Y Signal and System Course Experiment Kit

serial numberExperimental Projectsnote
1Zero Input Response and Zero State ResponseRaindrop S
2Synthesis and decomposition of signalsRaindrop S
3Second order series resonance and parallel resonanceRaindrop S
4First Order Network Characterization MeasurementsRaindrop S
5Second-order network characterization measurementsRaindrop S
6Feedback systems and system frequency response characteristicsRaindrop S
7Experiments with second-order Butterworth filtersRaindrop S
8Signal Sampling and RecoveryRaindrop S
9RC Oscillator CharacteristicsRaindrop S

TLA-004Y Sensor Course Lab Kit

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

TLA-003Y Digital Circuit Course Experiment Kit

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

TLA-002Y Analog Circuit Course Experiment Kit

serial numberExperimental Projectsnote
1Transistor Single-Stage Amplifier CircuitRaindrop S
2Transistor two-stage amplifier circuitRaindrop S
3Transistor Negative Feedback Amplifier CircuitRaindrop S
4Transistor emitter followerRaindrop S
5Transistor Differential Amplifier CircuitRaindrop S
6Operational Amplifier Proportional Summing Operational CircuitRaindrop S
7Integral and Differential CircuitsRaindrop S
8Waveform generation circuitRaindrop S
9active filterRaindrop S
10voltage comparatorRaindrop S
11IC RC Sine Wave OscillatorRaindrop S
12Integrated Voltage Regulator ExperimentRaindrop S
13Waveform converter circuitRaindrop S
14Field Effect Transistor Amplifier CircuitRaindrop S

TLA-001Y Circuit Principles Course Lab Kit

serial numberExperimental Projectsnote
1Mapping the volt-ampere characteristics of circuit componentsRaindrop S
2Verification of Kirchhoff's lawRaindrop S
3Verification of the superposition principleRaindrop S
4Verification of Davignan's and Norton's theoremsRaindrop S
5Experimental study of controlled sources VCVS, VCCS, CCVS, CCCS*Raindrop S
6Response testing of RC first order circuitsRaindrop S
7A study of second-order dynamic circuit responseRaindrop S
8Study of series resonant circuits of R, L, and CRaindrop S
9RC frequency selective network characterizationRaindrop S
10Measurement of impedance characteristics of R, L and C componentsRaindrop S
*Requires the use of a 2nd lab kit
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