DMT 234 INTRODUCTION TO SEMICONDUCTOR PHYSICS DEVICES LECTURER

DMT 234 INTRODUCTION TO SEMICONDUCTOR PHYSICS & DEVICES

LECTURER EN. MOHD. SALLEHUDIN BIN SAAD sallehudin@unimap. edu. my +6012 -3736158

COURSE OUTCOMES At the END of the course students will have : § CO 1: Able to explain theory of semiconductor physics and devices. (C 2, A 3: PO 1, PO 2, PO 8). § CO 2 : Able to evaluate a problem and performance issues in semiconductor processes. (C 5, A 3: PO 1, PO 2, PO 8). § CO 3 : Able to differentiate semiconductor devices behaviours. (C 4, A 3: PO 1, PO 2, PO 8).

LEARNING APPROACH TOTAL LEARNING HOURS • 48 hours in 14 weeks. § Lecturer • 36 hours : ( 2 hours + 1 hour per session ) once per week. § Tutorial • 12 hours : ( 2 hours per session ) once per week. § Attendance at all session are COMPULSORY.

TIMETABLES LECTURER : § MONDAY : 2. 00 PM – 3. 00 PM ( 1 hours session ) : (DK 10) § TUESDAY : 12. 00 PM – 2. 00 PM ( 2 hours session ) : (DK 10) TUTORIALS : § GROUP 1 : SET DATE § GROUP 2 : SET DATE

EVALUATION CONTRIBUTION § Final examination : 50% • (October 2019) § Mid Term Examination 1 : 10% • (Week 6 - July 2019) § End Term Examination 2 : 10% • (Week 13 - September 2019) § Course work : 30% • Quiz : 5% • Assignment : 15% • PBL : 10%

MAJOR TOPICS DMT 234 INTRODUCTION HISTORY CURRENT TECHNOLOGY SEMICONDUCTOR PHYSICS SEMICONDUCTOR DEVICES CRYSTAL STRUCTURE P-N JUNCTION P-N DIODE SEMICONDUCTOR IN EQUILIBRIUM METAL SEMICONDUCTOR CARRIER TRANSPORT BIPOLAR TRANSISTOR SEMICONDUCTOR IN NON-EQUILIBRIUM MOSFET

COURSE CONTENTS § Chapter 1 : Introduction to Semiconductor Physics and Devices. PART 1 : Semiconductor Physics. § Chapter 2 : The Crystal Structure of Solids. § Chapter 3 : The Semiconductor in Equilibrium. § Chapter 4 : Carrier Transport Phenomena § Chapter 5 : Non-equilibrium Excess Carriers in Semiconductors. PART 2 : Semiconductor Devices. § Chapter 6 : PN Junction. § Chapter 7 : Bipolar Transistor. § Chapter 8 : Fundamental of the Metal-Oxide-

TEACHING PLAN § Please refer to Teaching Plan DMT 234 Semicondutor Physics & Devices.

TUTORIAL SESSION § § § § Tutorial 1 : W 3 – Chapter 1/2 Tutorial 2 : W 7 – Chapter 3/4 Tutorial 3 : W 7 – Chapter 5 Tutorial 4 : W 10 – Chapter 6 Tutorial 5 : W 12 – Chapter 7 Tutorial 6 : W 14 – Chapter 8 Tutorial group : 5 -6 person each GROUP. Group No : § Group 1 : (1 A, 1 B, 1 C, 1 D, 1 E, 1 F) § Group 2 : (2 A, 2 B, 2 C, 2 D, 2 E, 2 F)

LAST SEMESTER DISTRIBUTION GRADES

TREND TECHNOLOGIES

BASIC DEVICES

INTEGRATED CIRCUIT (IC)

MICROCHIP

SAMSUNG GALAXY TAB

IPHONE 5 S

TAKE A SIT & RELAX § Please watch this video and DON’T SLEEP! VIDEO 1

REFERENCES § Donald A. Neamen. Semiconductor Physics and Devices : Basic Principles, 4 th ed. , New York, Mc Graw Hill (2012) § S. M. Sze, Semiconductor Devices: Physics and Technology, 2 nd Ed. , John Willey & Sons, Inc. , 2002.

ANY QUESTION? ?