Teaching plan and lab plan of MSBTE subjects Applied Electronics - 22329
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RATIONALE
Enhanced use
of electronic gadgets
has made electronics
engineers to deal
with the various types of
electronic circuits which
generate the required
analog/digital output. Transistor
has remarkably expanded
the utility of
electronic equipment. Discrete
components are widely used in
amplifiers and other
electronic systems which
the engineering diploma
holders (also called
as technologist) have
to use or
maintain. The learning
of basic operating
principles of electronic circuits
will help the
students to use
the basic electronic
equipment. This course
is developed in
such a way
that, students will
be able to
apply the knowledge
of basic electronic circuit working
to solve broad
based electronic engineering
application problems.
COURSE
OUTCOMES (COs)
a. Use
transistor as low
Power amplifier.
b. Use
BJT as high
Power amplifier.
c. Use
BJT as feedback
amplifier.
d. Use
BJT as waveform
generator.
e. Maintain
IC voltage regulator
and SMPS.
Chapter 1: Low Power Amplifiers
Unit outcome
la. Explain with sketches the Low Power working principle of the given Amplifiers type of amplifier.
lb. Calculate gain and bandwidth of the given low power amplifier.
lc. Compare performance parameters of the given types of amplifier coupling.
ld. Select relevant tuned amplifier for the given frequency band with justification.
le. Describe the environment employed for the given simulation work with
justification.
Topics and
Sub-topics
1.1 Classification of Amplifiers, BJT as an amplifier.
1.2 Single stage CE
amplifier, frequency response, gain, bandwidth
1.3 Multistage amplifier: General Multistage amplifier BJT based.
1.4
Type of BJT
amplifier coupling: Circuit diagram, operation, frequency response
and applications of RC, transformer and
direct coupling
1.5 FET Amplifier:
Common Source amplifier, working principle and applications
1.6 Tuned Amplifier: Need of tuned amplifier, basic tuned circuit, circuit diagram, operating principle
and frequency response of Single, double & stagger tuned amplifiers
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Chapter 2: High
Power Amplifiers
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Unit outcome
2a. Explain with
sketches the working of
the given type
of power amplifier.
2b. Select
the relevant power amplifier for
the given application with
justification.
2c. Calculate efficiency
of the given power
amplifier.
2d. Compare the performance parameters of
the given types of power
amplifiers.
2e. Prepare the
specifications of the given
type of amplifier.
Topics and
Sub-topics
2.1 Power
Amplifier: Comparison between small signal amplifier
and power amplifier,
performance parameter
of power amplifier
like : bandwidth,
gain, frequency band,
efficiency
2.2 Classification: Class A; Class B, Class AB and Class C
2.3 Circuit, operation, input/output waveforms,
efficiency and Power equations of Single
Stage Class A,
Class B, Class AB and Class C Power amplifier.
Chapter 3: Feedback Amplifiers
Unit outcome
3a. Calculate the
gain of the amplifier for
the given type of feedback
amplifier.
3b. Explain effect
of negative feedback on
the given type
of amplifier performance.
3c. Calculate Gain, Bandwidth, Input and
Output resistance of the
given feedback
amplifier.
3d. Compare the
performance of given types
of negative feedback amplifiers
Topics and
Sub-topics
Chapter 4: Wave
form Generators
Unit outcome
4a. Calculate
frequency of oscillation for
the given type of oscillator
circuit.
4b.
Select
the relevant oscillator to
obtain the given
range of frequency with
justification.
4c.
Choose the relevant
sweep generator to
obtain the specified saw
tooth waveform with
justification.
4d. Prepare the specifications of the given oscillator
Topics and
Sub-topics
Chapter 5: IC Voltage Regulators
IC and
SMPS
Unit outcome
5a. Explain with
sketches the working principle
of given type of
voltage regulator IC.
5b. Compare
the working of the given
types of regulators.
5c. Design voltage
regulator for the specified output voltage.
5d.
Interpret the working
of given block
Topics and
Sub-topics
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Name of Experiment/ Assignment/Sheet/Job/Project Activity
Build/test the performance of single stage CE emitter amplifier.
Simulate/test output Wave form of single stage common emitter (CE) amplifier using simulation software
Simulate/test output waveform of single stage CS FET amplifier using simulation software
Build/test the performance of single stage Common source FET amplifier.
Build/test the performance of two stage RC Coupled common emitter amplifier using transistor
Build and/or test the transistorized two stage DC coupled amplifiers performance
Build/Test the performance of TC amplifier (part-1
Build/Test the performance of TC amplifier (part-2)
Build and/or test the transistor based single tuned amplifier performance
Build/test performance of double tuned CE amplifier part-1
Build/test performance of double tuned common Emitter amplifier (part-2)
Build/test performance parameters of single stage class A power amplifier
Build/test performance parameters of class B Push pull amplifier
Build/test performance of Audio Power amplifier.
Use transistor to build/ test voltage series Feedback amplifier parameters with and without feedback.
Use transistor to built/test voltage shunt Feedback amplifier parameters with and without feedback.
Test the effect of positive & negative feedback on given amplifier Part-I
Test the effect of positive & negative feedback on given amplifier Part-II
Build RC phase shift oscillator and measure the generated frequency using CRO
Build Crystal oscillator & measure generated freq. using CRO
Simulate Hartley oscillator using relevant simulation software.
Simulate dual voltage regulator using IC78XXand 79XX for the specified regulated output voltage
Build low voltage regulator using IC723 for given regulated output voltage. (2V to7V )
Build high voltage regulator using IC723 for the given regulated output voltage.(7V to 37V)
Test the performance parameters of voltage regulator using IC LM317
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Applied
Electronics 22329 Teaching plan
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Applied
Electronics 22329 Teaching plan
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