Everyone

Arvind Kumar

Ice Cream Sandwich

It is swipe base design for bio technology students to learn basics of electronics . It almost cover important topics with their graphics chapter wise which are given below

Chapter 1. Semi conductor diodes		

1.	Introduction to circuit elements R,L,C and their characteristics		

2.	current sources controlled		

3.	uncontrolled sources KCL and KVL analysis		

4.	Nodal & mesh analysis		

5.	analysis of magnetically coupled circuits		

6.	Transients in RL Circuits		

7.	Transients in RC Circuits		

8.	Concept of phasor & vector

9.	Network topology		

10.	concept of Network graph		

11.	Tree and Tree branch & link		

12.	Incidence matrix		

13.	dual networks		

14.	Dot convention		

15.	tuned circuits		

16.	Series & parallel resonance

Chapter 2. Transistor	

1.	Transistor		

2.	Characteristic		

3.	Transport phenomenon		

4.	DC load line		

5.	Biasing		

6.	Switching Circuits		

7.	h - Parameter		

8.	Voltage, Current and Power Gain

9.	JEFT		

10.	Transfer characteristics MOSFET		

11.	Types of MOSFET		

12.	RC Coupled Amplifier		

13.	Noise in BJT	

Chapter 3. Feedback amplifiers & oscillators	

1.	Negative and positive feedback		

2.	Gain and sensitivity		

3.	BANDWIDTH		

4.	Types of feedback		

5.	Oscillator			

6.	Types of oscillator and application		

7.	UJT characteristics and application		

8.	Multi vibrator circuits and their applications.

 

Chapter 4. Power amplifier and Regulators Classification		

1.	Types of power amplifier circuits		

2.	Amplifier Applications		

3.	Complementary symmetry circuits		

4.	Push pull amplifier		

5.	Crossover Distortion		

6.	Biasing of power amplifier		

7.	Heat sink		

8.	Voltage regulator	

9.	Current initiating circuits		

10.	Adjustable Voltage Regulator		

11.	3 terminal positive series regulators		

12.	Dual IC power supply SMPS

Chapter 5. Design and application of electronic circuits

1.	Design and application of passive filter		

2.	Designing of clipper and clamper		

3.	Circuit		

4.	Designing of power amplifiers		

5.	Feedback amplifier		

6.	Oscillators and DC coupled amplifier circuits		

7.	Designing of multivibrators circuits.

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