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Course Content

CHAPTER 2 Diode Applications

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2.2 Load-Line Analysis | Example 1

2.2 Load-Line Analysis | Example 2

2.2 Load-Line Analysis | Example 3

2.3 Series Diode Configurations | Example 4

2.3 Series Diode Configurations | Example 6

2.3 Series Diode Configurations | Example 7

2.3 Series Diode Configurations | Example 8

2.3 Series Diode Configurations | Example 9

2.4 parallel and series–parallel Configurations | Example 10

2.4 parallel and series–parallel Configurations | Example 13

2.5 AND – OR gates (a) OR gate + Example 14

2.5 AND- OR gates (b) AND gate + Example 15

2.6 Basic DC Power Supply and Rectifiers

2.6 Half-Wave Rectification

2.7 Full-Wave Rectification (a) Center-Tapped Full-Wave Rectifier

2.7 Full-Wave Rectification (b) Bridge Full-Wave Rectifier

2.8 Clippers | Example 18

2.8 Clippers | Example 19

2.8 Clippers | Example 20

2.8 Clippers | Example 21

2.11 Zener Diodes + Example 24

2.11 Zener Diodes as Voltage Regulator (a) Fixed Vi and fixed RL + Example 26

2.11 Zener Diodes as Voltage Regulator (b) Fixed Vi and Variable RL + Example 27

2.11 Zener Diodes as Voltage Regulator (c) Variable Vi and Fixed RL + Example 28

CHAPTER 2 Diode Applications Problems solution

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Problem 2.1 solution

Problem 2.2 solution

Problem 2.3 solution

Problem 2.4 solution

Problem 2.5 solution

Problem 2.6 solution

Problem 2.7 solution

Problem 2.8 solution

Problem 2.9 solution

CHAPTER 3 Bipolar Junction Transistors

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BJT Transistor Intro

BJT as Amplifier

Common Base Connection + Example 1&2&3&4 solution

Characteristics of Common Base Connection + Example solution

Common Emitter Connection + Example 1 to 6 solutions

Characteristics of Common Emitter Connection

Example 5-2 | voltage divider حل مثال من الكتاب الاصلي

Common Collector Connection

CHAPTER 3 Bipolar Junction Transistors Problems solution

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Problem 3.11 solution

Problem 3.12 solution

Problem 3.13 solution

Problem 3.14 solution

Problem 3.18 solution

CHAPTER 4 DC Biasing—BJTs

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1. DC Load Line and Q operating point

4.3 Fixed-Bias Configuration (a) Base–Emitter & Collector–Emitter Loop equations + Example 4.1

4.3 Fixed-Bias Configuration (b) Transistor Saturation + Example 4.2

4.3 Fixed-Bias Configuration (c) Load-Line Analysis + Example 4.3

4.4 Emitter-Bias Configuration (a) Base–Emitter & Collector–Emitter Loop equations + Example 4.4

4.4 Emitter-Bias Configuration (b) Improved Bias Stability + Example 4.5

4.4 Emitter-Bias Configuration (c) Saturation Level + Example 4.6

4.4 Emitter-Bias Configuration (d) Load-Line Analysis + Example 4.7

4.5 Voltage-Divider Bias Configuration (a) Exact Analysis + Example 4.8

4.5 Voltage-Divider Bias Configuration (b) Approximate Analysis + Example 4.9

4.5 Voltage-Divider Bias Configuration (c) Example 4.10

4.6 Collector Feedback Configuration (a) Base–Emitter & Collector–Emitter Loop equations + Example 4.12

4.6 Collector Feedback Configuration (b) Example 4.13

4.6 Collector Feedback Configuration (c) Example 4.14

4.7 Emitter-Follower Configuration + Example 4.16

4.8 Common-Base Configuration + Example 4.17

3. Power Rating of Transistor + [Example 3 + Example 4 + Example 5 solutions

CHAPTER 4 DC Biasing—BJTs Problems solution

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Problem 4.1 solution

Problem 4.2 solution

Problem 4.3 solution

Problem 4.4 solution

Problem 4.8 solution

Problem 4.10 solution

Problem 4.11 solution

Problem 4.12 solution

CHAPTER 5 BJT AC Analysis

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5.5 CE Fixed-Bias Configuration

Example 5.1 solution

5.6 CE Voltage-Divider Bias

Example 5.2 solution

5.7 CE Emitter-Bias Configuration

Example 5.3 solution

Example 5.4 solution

5.8 Emitter-Follower + Example 5.7 solution

5.9 Common-Base Configuration

Example 5.8 solution

5.10 Collector Feedback + Example 5.9 solution

CHAPTER 6 Field-Effect Transistors (FETs)

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1. Introduction

2. Construction and Characteristics of JFETs

3. Transfer Characteristics

4. Important Relationships for JFET

5. Depletion-type MOSFET

6. Enhancement-type MOSFET

7. JFETS vs D-MOSFET vs E-MOSFET

CHAPTER 7 FET Biasing

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3. Example 7.2 solution on self bias حل مثال

4. Example 7.3 solution on self bias حل مثال

5. Voltage divider bias

6. Common gate bias

7. Depletion MOSFET biasing

8. Enhancement MOSFET biasing

CHAPTER 8 FET Amplifiers

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FET small signal Model and AC equivalent circuits

Common-Source (CS) Fixed-Bias Circuit

Common-Source (CS) Self-Bias Circuit

Common-Source (CS) Voltage-Divider Bias

Depletion MOSFET AC Equivalent circuits

Enhancement MOSFET AC Equivalent circuits

CHAPTER 9 BJT and JFET Frequency Response

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Logarithms, Semi-log Graph and Decibel

Gain and Frequency Response

CHAPTER 10 Operational Amplifiers

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Op-Amp specification DC offset parameters

Op-Amp specifications- Frequency parameters

CMRR (Common Mode Rejection Ratio)

CHAPTER 11 Op-Amp Applications

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Op-Amp Applications Part 1

Op-Amp Applications part 2

MT exam Solutions | حلول تجميعات الميدترم

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part 1 | from Q1 to Q5

part 2 | from Q6 to Q10

part 3 | from Q11 to Q15

part 4 | from Q16 to Q20

تجميعات الفاينال النهائية

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Q1 | Example 4-2 solution من الكتاب

Q2 | final 1442 solution Q9

Q3 | final 1442 solution Q8

Q5 | final 1442 solution Q7

Q6 | Example 5-2 | voltage divider حل مثال من الكتاب الاصلي

Q7 | final 1442 solution Q5

Final 1442 solution

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Final 1442 solution | Q1

Final 1442 solution | Q4

Final 1442 solution | Q5

Final 1442 solution | Q6

Final 1442 solution | Q7

Final 1442 solution | Q8

Final 1442 solution | Q9

lec 9: Special Purpose Diodes Optical Diodes

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The Light-Emitting Diode (LED) and LED biasing

Applications LED Displays and Photodiode

electronics [ Electronic Devices and Circuit Theory Robert L. Boylestad, Louis Nashelsky]

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