EE201 - CHAPTER 6 (INTRODUCTION TO OTHER ELECTRONIC DEVICES)

INTRODUCTION TO OTHER ELECTRONIC DEVICE

Physical structure, schematic symbol and characteristic - SCR, Diac, Triac and UJT. Application of these devices in electronics.

At the end of this course, you will be able to :

1. Describe illustratively the theoretical characteristics and electrical properties of semiconductors. (C2)

2.   Explain the applications of semiconductor devices using the schematic diagrams. (C4)

Nota Bab 6: ee201-chapter-6

EE201 - CHAPTER 5 (FET)

FIELD EFFECT TRANSISTORS (FET)

Physical structure and schematic symbol of JFET and MOSFET (D-MOSFET and E-MOSFET). Biasing circuits: common source (CS), common-drain (CD) and common-gate (CG) amplifiers. I-V Characteristics and operating region. Amplifier concepts. FET as a switch.

At the end of this course, you will be able to 

1.   Describe illustratively the theoretical characteristics and electrical properties of semiconductors. (C2)

Nota Bab 5: ee201chapter-5

EE201 - CHAPTER 4 (MULTISTAGE AMPLIFIER)

MULTISTAGE AMPLIFIERS

Introduction to feedback (block diagram and types of feedback) , Analysis at middle, low and high frequency of multi-stage amplifier with RC coupling and direct coupling, cascade amplifiers-Darlington Pair.

At the end of this course, you will be able to :

1.   Describe illustratively the theoretical characteristics and electrical properties of  

      semiconductors. (C2)

2.   Explain the applications of semiconductor devices using the schematic diagrams. (C4)

Nota Bab 4:

ee201-chapter-4

EE202 (Chapter 3) - BJT

What is BJT??

 BJT is Bipolar Junction Transistor
Physical structure and schematic symbols. Basic transistor operation. Configurations and current relationships. I-V characteristics. Operating regions. The DC load line. Data sheets. Analysis and design of biasing circuits. Biasing stability. Classification of amplifiers and concepts. Other applications of BJT

At the end of this course, you will be able to :

1.   Describe illustratively the theoretical characteristics and electrical properties of 

      semiconductors.

2.   Explain the applications of semiconductor devices using the schematic diagrams. 

       Conduct the construction of semiconductor devices application circuits based on    
      schematic diagrams. 






Nota Bab 3: Chapter 3 - BJT


Terima Kaseh.

EE201 (Chapter 2) - DIODE

Assalam & Salam Sejahtera untuk pelajar yang dikasihi,

Maaf di atas kelewatan upload nota Chapter 2..

Untuk Chapter 2, pelajar akan didedahkan dengan pengenalan berkaitan Diode dan juga aplikasi Diode dalam Elektronik seperti Rectifier, Clippers dan Clampers.

Objektif di akhir kursus ini, pelajar akan:-
1)  Describe illustratively the theoretical characteristics and electrical properties of semiconductors
2) Explain the application of semiconductor devices using the schemtic diagram
3) Conduct the construction of semiconductor devices application circuit based on scheatic diagrams.


Berikut nota Chapter 2 untuk perhatian semua, terima kaseh.

Nota Chapter 2 : Klik di sini

EE201 - Chapter 1

INTRODUCTION TO SEMICONDUCTORS

Atomic Structure. Materials classification. Covalent bonds. Conduction in semiconductors. Extrinsic semi-conductors. The p-n junction. Biasing the p-n junction.

Course Learning Outline

At the end of this course, you will be able to :

1.  Describe illustratively the theoretical characteristics and electrical properties of semiconductors. (C2)

2. Explain the applications of semiconductor devices using the schematic diagrams. (C4)

3.Conduct the construction of semiconductor devices application circuits based on schematic diagrams. (P4)

Note Chapter 1: Click here

EE201

Apa itu kursus EE201???

EE201 - SEMICONDUCTOR DEVICES is an introduction to the basic electronic theories and devices. The course covers the fundamentals of electronic devices which includes diodes, bipolar junction transistors and field effect transistors. The content encompasses devices structure to biasing basic applications.


Untuk mendapatkan Course Information Outline (CIO), pelajar boleh memuat turun CIO di bawah.

CIO: Klik di sini