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.

</div> <div jsname="WJz9Hc" style="display:none">它是刷卡的底座设计为生物技术的学生学习电子基础知识。它几乎囊括了重要的主题与图形章聪明的将在下面给出

第1章半导体二极管

1.简介电路元件R，L，C和它们的特性

2.电流源控制

3.不受控制的来源KCL和KVL分析

4.节点及网格分析

5.分析磁耦合电路

6.瞬变RL电路

7.瞬变RC电路

8.理念相量和矢量

9.网络拓扑

网络图10.概念

11.树和树枝及链接

12.关联矩阵

13.双网络

14点约定

15.调谐电路

16系列和并联谐振

第2章晶体管

1.晶体管

2.特点

3.运输现象

4.直流负载线

5.偏置

6.开关电路

7. ^ h  - 参数

8.电压，电流和功率增益

9. JEFT

10.传输特性MOSFET

11.类型的MOSFET

12. RC耦合放大器

13.噪声BJT

第3章反馈放大器和振荡器

1.正，负反馈

2.增益和灵敏度

3.带宽

4.类型的反馈

5.振荡器

6.类型振荡器与应用

7. UJT特点及应用

8.多振电路及其应用。

第4章功率放大器和监管分类

1.类型的功率放大电路

2.放大器的应用

3.互补对称电路

4.推挽放大器

5.交越失真

6.偏置功率放大器

7.散热器

8.稳压器

9.目前的起动电路

10.可调稳压器

11. 3端正系列稳压器

12.双IC电源开关电源

第5章设计与应用电子电路

1.设计与应用无源滤波器

2.设计剪和夹持器

3.电路

4.设计功率放大器

5.反馈放大器

6.振荡器和DC耦合放大器电路

7.设计多谐振荡器电路。</div> <div class="show-more-end">

Electronics - I

Electronics - I的最新版本

其他版本