Electronic Measurement and Testing

The Electronic Measurement and Testing course covers a comprehensive range of topics, from basic voltage and resistance measurements to advanced signal analysis and quantum electronics measurements. Upon completing the 100 lessons, learners will be able to design, implement, and analyze various electronic measurement systems, as well as perform complex testing procedures. For example, they will be able to use an oscilloscope to measure and analyze the voltage signals of a simple DC-DC converter circuit, identifying potential issues and optimizing its performance. By mastering these skills, learners will be well-prepared to work in a variety of fields, including electronics engineering, test and measurement, and research and development.

Qisqa dars rejasi · 100 ta dars

Boshlang'ich · 1–25-darslar

Measure Voltage with Voltmeter
Use Multimeter for Resistance
Identify Basic Electronic Components
Measure Current in Simple Circuits
Understand Ohm’s Law Applications
Use Continuity Testing Techniques
Read Analog Meter Scales
Set Up Basic Circuit Measurements
Measure Voltage in Series Circuits
Measure Voltage in Parallel Circuits
Use Digital Multimeter Functions
Measure Resistance in Circuits
Test Diodes with Multimeter
Measure Capacitance with Meter
Use Oscilloscope for Voltage Signals
Identify Signal Waveforms on Oscilloscope
Measure Frequency with Frequency Counter
Use Function Generator for Test Signals
Measure Temperature with Thermocouples
Understand Measurement Units and Prefixes
Use Test Leads and Probes Safely
Calibrate Basic Measuring Instruments
Measure Power in DC Circuits
Use Clamp Meter for Current Measurement
Record Measurement Data Accurately

O'rta · 26–50-darslar

Analyze AC Voltage Measurements
Measure RMS Voltage Accurately
Use LCR Meter for Inductance
Test Transistors with Multimeter
Measure Phase Angle in AC Circuits
Use Bridge Circuits for Resistance
Apply Wheatstone Bridge Principles
Measure Capacitance in Circuit
Use Signal Generators for Testing
Interpret Oscilloscope Time Base
Measure Pulse Width and Period
Use Spectrum Analyzer Basics
Perform Frequency Response Measurements
Use Differential Probes Safely
Measure Impedance in Circuits
Use Data Acquisition Systems
Understand Noise in Measurements
Perform Basic Signal Filtering
Use Digital Storage Oscilloscope
Measure Harmonics in Signals
Use Logic Analyzer for Digital Signals
Perform Continuity Testing on PCBs
Measure Temperature with RTDs
Use Calibration Standards Effectively
Document Measurement Procedures

Yuqori · 51–75-darslar

Perform Time Domain Reflectometry
Use Network Analyzer for S-Parameters
Measure High Frequency Signals
Analyze Signal Integrity Issues
Use Vector Signal Analyzers
Perform Impedance Matching Measurements
Use Advanced Oscilloscope Features
Measure Jitter in Digital Signals
Perform Noise Figure Measurements
Use Spectrum Analyzer for EMI Testing
Perform Power Quality Analysis
Use Thermal Imaging for Testing
Perform Transient Response Measurements
Use Automated Test Equipment
Perform Calibration of Complex Instruments
Analyze Nonlinear Device Characteristics
Use Arbitrary Waveform Generators
Perform High Voltage Testing Safely
Measure Dielectric Properties
Use Time Interval Analyzers
Perform Signal Modulation Measurements
Use Phase Noise Measurement Techniques
Perform Reliability Testing Procedures
Use Environmental Chambers for Testing
Analyze Measurement Uncertainty Sources

Mutaxassis (already in the field) · 76–100-darslar

Develop Custom Measurement Systems
Implement Advanced Signal Processing
Perform Quantum Electronics Measurements
Use Cryogenic Measurement Techniques
Design Precision Calibration Equipment
Perform Metrology in Nanotechnology
Use Terahertz Measurement Methods
Implement Real-Time Data Analysis
Perform Electromagnetic Compatibility Testing
Use Machine Learning for Data Analysis
Develop Automated Fault Detection
Perform High-Speed Digital Testing
Use Optical Measurement Techniques
Perform MEMS Device Characterization
Implement Wireless Measurement Systems
Perform Advanced Thermal Analysis
Use Non-Destructive Testing Methods
Develop Sensor Fusion Techniques
Perform Bioelectronic Measurements
Use FPGA-Based Measurement Systems
Perform High-Precision Time Measurements
Develop Custom Calibration Protocols
Perform Advanced Signal Reconstruction
Use AI for Predictive Maintenance
Design Measurement Systems for IoT

Electronic Measurement and Testing

Qisqa dars rejasi · 100 ta dars

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