Basic Semiconductor Devices Course

Multiday, 17/11/2024 - 26/11/2024

Venue

Tertiary Courses Malaysia, G-3A-02, Corporate Office Suite, KL Gateway, No 2, Jalan kerinchi, Gerbang kernichi Lestari, 59200

Entrance Fee

1000

Category

Business & Professional

Event Type

Class, Course, Training or Workshop

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Schedule

DateTime
17/11/20249:30 AM - 5:30 PM
26/11/20249:30 AM - 5:30 PM
Basic Semiconductor Devices Course

The Basic Semiconductor Devices Course meticulously designed for professionals seeking an in-depth understanding of the cornerstone of electronics. This course not only covers the foundational aspects like the characteristics of PN Junction Diodes but also branches into the myriad applications of Light Emitting Diodes (LEDs), BJT, and MOSFET.

Beyond just theoretical learning, participants will gain a keen insight into the practical side of semiconductor devices, emphasizing real-world applications. The course culminates in an exploration of device fabrication, ensuring a comprehensive grasp over the entire semiconductor device spectrum. Equip yourself with the expertise to navigate the intricate world of semiconductor devices with confidence and proficiency.

Certificate

All participants will receive a Certificate of Completion from Tertiary Courses after achieved at least 75% attendance.

Funding and Grant

HRD Corp Claimable Course for Employers Registered with HRD Corp

HRDF claimable

Course Code: M609

Topic 1 Introduction to Semiconductor

  • What are Semiconductors

  • Band Theory

  • Doping

Topic 2 Diode

  • What is a Diode 

  • IV Characteristics

  • How Diode Work?

  • Applications of Diode

  • Special Diodes

Topic 3: Bipolar Junction Transistors

  • What is a Transistor

  • How a Bipolar Junction Transistor (BJT) Work?

  • IV Characteristics

  • Applications of BJT

Topic 4: Field Effect Transistors

  • What is Field Effect Transistor (FET)?

  • How FET Works?

  • IV Characteristics

  • Applications of MOSFET

Topic 5: Memory Devices

  • What are Memory Devices

  • Types of Memory Devices

  • How Memory Devices Work

Topic 6: Device Reliability

  • Hot Carrier Degradation

  • Time Dependent Dielectric Breakdown

  • Electromigration

Topic 7: Device Fabrication

  • Integrated Circuit

  • Moore Law

  • IC Fabrication Steps

  • Layout

  • Design Rules

  • Design to Fabout Flow