CONTENTS
CHAPTER I - Basic
Measurements
Upon completion of this
chapter, you will be able
to do the following: 1.
Explain the importance of
performing basic
electronic measurements.
2. Explain the importance
of voltage measurements
in troubleshooting. 3.
Identify the various
methods of performing
voltage measurements. 4.
Identify the various
methods of performing
current measurements. 5.
Identify the various
methods of performing
resistance measurements.
6. Identify the various
methods of performing
capacitance measurements.
7. Identify the various
methods of measuring
inductance.
CHAPTER II - Component
Testing
Upon completion of this
chapter, you will be able
to do the following: 1.
Explain the importance of
testing individual
electronic components. 2.
Identify the various
methods of testing
electron tubes. 3.
Identify the various
methods of testing
semiconductors. 4.
Identify the various
methods of testing
integrated circuits. 5.
Identify the various
types of testing
batteries and their
characteristics. 6.
Identify the various
methods of testing rf
attenuators and resistive
loads. 7. Identify the
various methods of
testing fiber-optic
devices.
CHAPTER III -
Quantitative Measurements
Upon completion of this
chapter, you will be able
to do the following: 1.
Explain the purposes and
benefits of performing
quantitative
measurements. 2. Identify
the various methods of
performing impedance
measurements. 3. Identify
the various methods of
performing power
measurements. 4. Identify
the various methods of
performing frequency
measurements.
CHAPTER IV -
Qualitative Measurements
Upon completion of this
chapter, you will be able
to do the following: 1.
Identify the various
methods of measuring
standing-wave ratios. 2.
Identify the various
methods of determining
electrical losses caused
by deterioration of
transmission lines. 3.
Identify the methods of
measuring intermodulation
distortion.
CHAPTER V - Waveform
Interpretation
Upon completion of this
chapter, you will be able
to do the following: 1.
Explain the use of
waveform interpretation
in testing applications.
2. Identify the different
types of modulation and
methods of measuring
modulation. 3. Explain
the various uses of
spectrum analyzers. 4.
Explain the various uses
of time-domain
reflectometers. 5.
Identify the various
tests that can be
performed with the
swept-frequency
technique.
Glossary INDEX
ASSIGNMENT 1
Chapter I & II
ASSIGNMENT 2
Chapter III
ASSIGNMENT 3
Chapter IV & V
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