Everyone

Arvind Kumar

Ice Cream Sandwich

Notes of electronic devices for electronics engineering.It almost cover all important topics with their graphics chapter wise which are given below

Chapter 1. Semiconductor device		

1.	Semiconductor device		

2.	Theory of P-N junction		

3.	Temperature dependence and break down characteristics		

4.	Junction capacitances		

5.	Zener Diode		

6.	Varactor diode		

7.	PIN diode		

8.	LED	

9.	Photo diode		

10.	Transistors BJT		

11.	Field-effect transistor		

12.	MOSFET		

13.	Common-emitter Amplifier		

14.	The Transistor Amplifier

Chapter 2. Feedback Amplifiers		

1.	Feedback amplifier		

2.	Negative Feedback Amplifier		

3.	Voltage-series		

4.	Voltage shunt		

5.	Current series and current shunt feedback		

6.	Sinusoidal oscillators		

7.	L-C (Hartley-Colpitts) oscillators		

8.	RC phase shift	

9.	Wien bridge		

10.	Crystal oscillators		

11.	Power Amplifiers	

Chapter 3. Switching characteristics	

	

1.	Switching characteristics of diode and transistor		

2.	Multivibrators		

3.	Bistable Multivibrator		

4.	Astable multivibarators		

5.	Clippers and clampers		

6.	Differential amplifier		

7.	Darlington pair		

8.	Boot strapping technique

9.	Cascade and cascode amplifier

	

Chapter 4. Operational amplifier	

1.	Operational amplifier characteristics		

2.	Bias Current		

3.	Inverting Amplifier		

4.	non inverting amplifier		

5.	Differential amplifier		

6.	Instrumentation Amplifier		

7.	Log and antilog amplifier		

8.	Voltage to current and current to voltage converters

9.	Comparators Schmitt trigger		

10.	Active filters		

11.	555 timer and its application

		

Chapter 5. Regulated power supplies

1.	Regulated power supplies		

2.	Series and shunt regulators		

3.	Current limiting circuits		

4.	Introduction to IC voltage regulators		

5.	Fixed and adjustable switching regulators		

6.	Switching Regulators		

7.	SMPS		

8.	UPS

</div> <div jsname="WJz9Hc" style="display:none">对于电子电子设备的注意事项engineering.It几乎囊括了其图形章明智的所有重要议题将在下面给出

第1章半导体器件

1.半导体器件

2. P-N结的理论

3.温度依赖性和分解特性

4.结电容

5.齐纳二极管

6.变容二极管

7. PIN二极管

8. LED

9.光电二极管

10晶体管BJT

11.场效应晶体管

12. MOSFET

13.共射放大

14.晶体管放大器

第2章反馈放大器

1.反馈放大器

2.负反馈放大器

3.电压系列

4.电压分流

5.电流串联和并联电流反馈

6.正弦波振荡器

7. L-C（哈特利-的Colpitts）振荡器

8. RC相移

9.维也纳桥

10.晶体振荡器

11.功率放大器

第3章开关特性

1.二极管和晶体管的开关特性

2.多谐振荡器

3.双稳态多谐振荡器

4.非稳态multivibarators

5.快船和夹持

6.差分放大器

7.达林顿对

8.引导捆扎技术

9. Cascade和级联放大器

第4章运算放大器

1.运算放大器的特性

2.偏置电流

3.反相放大器

4.非反相放大器

5.差分放大器

6.仪表放大器

7.日志和反对数放大器

8.电压到电流和电流电压转换器

9.比较施密特触发器

10.有源滤波器

11. 555定时器及其应用

第5章稳压电源

1.稳压电源

2.串联和并联稳压器

3.限流电路

4.介绍IC稳压器

5.固定和可调开关稳压器

6.开关稳压器

7. SMPS

8. UPS</div> <div class="show-more-end">

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