CHAPTER 1
PRINCIPLES OF MEASUREMENT AND INSTRUMENT
1 a
1.1 Introduction
1.2 SI Units & Dimension
1.3 Standards of Measurements
1.4 Standards of Elecrical Measurements
1.5 Performance characteristics
1.6 Performance characteristic - Static
1.7 Error in measurement
1.8 Types of errors
1.9 Performance characteristics - Dynamic
1.10 Statistical analysis
1.11 Limiting Error
1.12 Summation of Error
1.13 Calibration
1.14 Potentiometer
1.15 Noise
1 b
.
CHAPTER 2
DIRECT CURRENT METER
2 a
2.1 Introduction
2.2 Permanent Magnet
2.3 DC Ammeter
2.4 DC Voltmeter
2.5 DC Meter Effect
2.6 Ohmmeter
2 b
2.2 PMMC
CHAPTER 3
ALTERNATING CURRENT
3a
3.1 Introduction
3.2 D'Arsonval Meter Movement in Half-Wave Rectifier
3.3 D'Arsonval Meter Movement in Full-Wave Rectifier
3.4 AC Voltmeter
3.5 Other AC Meter Movement
3b
3.2 D’Arsonval Meter Movement with half-wave rectifier
3.3 D’Arsonval Meter Movement with full-wave rectifier
CHAPTER 4
OSCILLOSCOPE
4a
4.1 Introduction
4.2 Cathode Ray Tube (CRT)
4.3 Basic Operation of Oscilloscope
4.4 Overview of Digital Storage Oscilloscope
4.5 Measurement Using Oscilloscope CRT and Digital Storage Osiloscope
4.6 Voltage Measurement
4.7 Frequency & Phase Measurement
4.8 Lissajous Figures & Applications
4b
4.2 CRO Components
4.3 CRO Working Principles
4.4 Cathode Ray Tube (CRT)
4.5 Vertical Amplifier
4.6 Trigger Circuit
4.7 Sweep Generator
4.8 Horizontal Amplifier
4.9Delay Line
4.10Probes
4.11 Lissajous Patterns
4.12 Overview Digital Storage Oscilloscope
CHAPTER 5
DC BRIDGE
5a
5.1 Introduction
5.2 Wheatstone Bridge
5.3 Kelvin Bridge
5b
CHAPTER 6
AC BRIDGE
6a
6.1 Introduction
6.2 Maxwell's Bridge
6.3 Hay's Bridge
6.4 Schering's Bridge
6.5 Wien's Bridge
6b
CHAPTER 7
SENSORS
7a
7.1 Transducer
7.2 Thermal Energy
7.3 Temperature
7.4 Diodes
7b
7.1 Intoduction
7.2 Resistive Transducer
7.3 Capacitive Transducer
7.4 Inductive Transducer
7.5 Piezoelectric Transducer
7.6 Temperature Transducer
7.7 Photodiode
7.8 Phototransistor