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Chapter 1 Introduction
1£®1 Purpose and significance of lab course
1£®2 Request of lab course
1£®3 Laboratory safe electricity notice

Chapter 2 Electronic Components£¬ Instruments£¬ and Measurement Basis
2£®1 Electronic components
2£®1£®1 Resistors
2£®1£®2 Capacitors
2£®1£®3 Inductors
2£®1£®4 Diodes
2£®1£®5 Bipolar junction transistors
2£®1£®6 Relays
2£®1£®7 Field effect transistors
2£®1£®8 Thyristors
2£®2 Basic instruments
2£®2£®1 Oscilloscopes
2£®2£®2 Function generators
2£®2£®3 Digital multimeters
2£®2£®4 Electrodynamo watt meters
2£®2£®5 Spectrum analyzers
2£®2£®6 AC voltmeters
2£®3 Measurement basis
2£®3£®1 Significant figures
2£®3£®2 Measurement
2£®3£®3 Measurement error types
2£®3£®4 AD converters
2£®3£®5 DA converters

Chapter 3 Electrical Engineering Lab Parts
3£®1 Voltage-current characteristic
3£®2 Kirchhoff's law and superposition principle
3£®3 Thevenin's theorem
3£®4 Impedance and power factor improvement
3£®5 Series RLC resonance circuits
3£®6 Transient response in a first-order RC circuit
3£®7 Measure voltage and current in 3-phase AC circuits
3£®8 Power measurement in 3-phase AC circuits
3£®9 Single-phase voltage transformers
3£®10 Start 3-phase induction motors
3£®11 Jog and continuous control of motors
3£®12 Forward and reverse rotation of motors
3£®13 Test dependent sources
3£®14 The response of second order circuits
3£®15 Negative impedance converters
3£®16 PLC program for star-delta motor starter
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Chapter 4 Electronics Lab Parts
Chapter 5 NI ELVISmx Introduction

Appendix
Reference