Applied Electronics

Teaching plan and Lab plan download for AEL (22329)

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*** All Differences of Basic electronics and Applied Electronics***

Applied Electronics - 22329 syllabus and model answer

Syllabus	Download syllabus
Model Answer	22329-2018-Winter-model answer	22329-2019 Summer model answer
	22329-2019 Winter model answer	22329-2022 Summer question paper
	17319-2014 Winter	17319-2014 Summer
	17319-2015 Winter	17319-2015 Summer
	17319-2016 Winter	17319-2016 Summer
		17319-2017 Summer

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• Chapter 1: Low Power Amplifiers

Sub point 1.1	Classification of Amplifiers, BJT as an amplifier.
Sub point 1.2	Single stage CE amplifier, frequency response, gain, bandwidth.
Sub point 1.3	Multistage amplifiers: General Multistage amplifier BJT based.
Sub point 1.4	Type of BJT amplifier coupling: Circuit diagram, operation, frequency response and applications of RC, transformer and direct coupling.
Sub point 1.5	FET Amplifier: Common Source amplifier, working principle and applications
Sub point 1.6	Tuned Amplifier: Need of tuned amplifier, basic tuned circuit, circuit diagram, operating principle and frequency response of Single, double & stagger tuned amplifiers Video Lecture Link on Tuned amplifier

• Chapter 2: High Power Amplifiers

Sub point 2.1	Power  Amplifier:  Comparison  between small  signal  amplifier  and  power amplifier,  performance  parameter  of power  amplifier  like  :  bandwidth,  gain, frequency  band,  efficiency
Sub point 2.2	Classification:  Class  A;  Class  B,  Class AB  and  Class  C
Sub point 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

Sub point 3.1	Principle  of  feedback  Amplifier
Sub point 3.2	Types  of  feedback:  negative  and positive  feedback,  advantages  and disadvantages  of  negative  feedback
Sub point 3.3	Types  of  feedback  connections,  voltage shunt,  voltage  series,  current  series  and current  shunt:  block  diagram,  circuit diagram,  and  operation

 

• Chapter 4: Waveform Generators

Sub point 4.1	Oscillators:  Need,  oscillator  and amplifier
Sub point 4.2	Condition  for  oscillation  (Barkhausen's criteria),  classification  of  oscillators
Sub point 4.3	Sine  wave  Oscillator  :  RC  Phase  shift oscillator  and   crystal  oscillator, concept, working  and  applications ***Extras*** (Hartely oscillator) (Colpitts oscillator)
Sub point 4.4	Sweep  generator:  Miller  sweep, Bootstrap  circuit,  current  time  base generator

 

• Chapter 5: Voltage Regulators and SMPS

Sub point 5.1	*Types  of  IC  Voltage  Regulator:  Fixed and  variable:  78XX,  79XX,   *LM723, LM3l7,   *line  and  load  regulation.
Sub point 5.2	SMPS:  Block diagram, working principle, specifications, special features, advantages, disadvantages and applications.
Sub point 5.3	Use of heat sink for regulated power supply.

• List of Experiments (Updating as per convenience)

Expt. 1	Build/test the performance of single stage CE emitter amplifier.
Expt. 2	Simulate/test output Wave form of single stage common emitter (CE) amplifier using simulation software
Expt. 3	Simulate/test output waveform of single stage CS FET amplifier using simulation  software
Expt. 4	Build/test  the  performance  of  single  stage  Common source  FET amplifier.
Expt. 5	Build/test  the  performance of  two  stage  RC  Coupled  common emitter  amplifier  using  transistor
Expt. 6	Build/test  the  performance  of  two  stage  direct  Coupled amplifier using  transistor
Expt. 7	Build/Test the performance of TC amplifier (part-1)
Expt. 8	Build/Test the performance of TC amplifier (part-2)
Expt. 9	Build/test the performance of single tuned amplifier using transistor
Expt. 10	Build/test performance of double tuned CE amplifier part-1
Expt. 11	Build/test performance of double tuned common Emitter amplifier (part-2)
Expt. 12	Build/test  performance  parameters  of  single  stage  class  A  power amplifier
Expt. 13	Build/test performance parameters  of  class  B  Push  pull amplifier
Expt. 14	Build/test performance of Audio Power amplifier.
Expt. 15	Use  transistor  to  build/  test  voltage  series  Feedback  amplifier parameters  with  and  without  feedback.
Expt. 16	Use transistor to built/test voltage shunt Feedback  amplifier parameters with and without feedback.
Expt. 17	Test the effect of positive & negative feedback on given amplifier Part-I
Expt. 18	Test the effect of positive & negative feedback on given amplifier Part-II
Expt. 19	Build  RC  phase  shift  oscillator  and  measure  the  generated frequency  using  CRO
Expt. 20	Build Crystal oscillator & measure generated freq. using CRO
Expt. 21	Simulate Hartley oscillator using relevant simulation software.
Expt. 22	Generate a waveform using Miller's sweep generator and measure sweep time & retrace time.
Expt. 23	Simulate dual voltage regulator using IC78XXand  79XX for the specified regulated output voltage
Expt. 24	Build dual voltage regulator for specified Regulated output voltage.
Expt. 25	Build low voltage regulator using IC723 for given regulated output voltage. (2V  to7V )
Expt. 26	Build high voltage regulator using IC723 for the given regulated output  voltage.(7V to 37V)
Expt. 27	Test  the  performance  parameters  of  voltage  regulator  using  IC LM317