This course is ideal for Electrical, Electronics, Instrumentation, Biomedical, and Robotic Engineering Students.

Welcome to the ultimate MOSFET DC analysis course, where you'll delve into the fascinating world of transistors and unlock the power of MOSFETs. In this comprehensive and hands-on course, you'll gain a deep understanding of the DC analysis of MOSFETs using the industry-leading Multisim software.

Starting with a solid foundation, we'll cover the fundamentals, including the definition of transistors and an exploration of various transistor types, with a special focus on MOSFETs. You'll dive into the construction and working principles of both D-MOSFETs and E-MOSFETs, gaining insights into their unique characteristics.

We'll explore the essential drain current equation, which forms the backbone of MOSFET analysis, enabling you to accurately predict and understand device behavior. Through a series of practical numerical exercises, you'll reinforce your understanding and sharpen your analytical skills.

But that's not all! Our course goes beyond theoretical concepts. You'll have the incredible opportunity to harness the power of Multisim, a cutting-edge simulation software, to simulate and visualize MOSFET operations in real-time. Witness the magic of MOSFETs come alive as you perform hands-on simulations and witness the effects of various parameters on device behavior.

Whether you're a beginner looking to grasp the fundamentals or an experienced electronics enthusiast seeking to enhance your understanding and practical skills, this course caters to all levels. Join us on this exciting MOSFET journey, where theory meets practice and simulations drive mastery. Enroll now and become a MOSFET maestro with Multisim!

@ Roadmap:-

1) Introduction

2) Symbols & Types of MOSFETs

3) Construction or Internal Structure of MOSFET

4) Transfer Characteristics of MOSFET

5) Drain - Source Characteristics of MOSFET

5) How to operate MOSFET as a switch

6) Datasheet of MOSFET

7) Multisim Software

@ Outcome:-

1. MOSFET circuits

2. Numerical

3. Simulation of circuits on Multisim software

4. Free PDFs are available after each video session for revision purposes

Requirements

• Basic knowledge of current electricity or you can learn it through my course-1 which deals with current electricity and Dc circuits

• Good knowledge of semiconductors or you can learn it through my course-2 which deals with semiconductors

• In depth knowledge of diodes or you can learn it through my course-3 which deals with diodes and capacitor

• In depth knowledge of BJTs or you can learn it through my course-4 which deals with BJT and it’s application

• In depth knowledge of JFETs or you can learn it through my course-5 which deals with JFET and it’s application

• Circuit simulation on Multisim Software

Who this course is for:

• Students who want to learn FETs

• Students who want to understand transistors in depth

• Students who want to learn analog electronics in depth

• Students who to learn analog circuit design

• Advanced MOSFET Analysis and Design with MULTISIM

• Practical Applications of MOSFET Circuits on MULTISIM

• Analog Electronics with MOSFET on MULTISIM

• Multisim Simulation for MOSFET Biasing

• Electronic Engineers

• Electrical Engineers

• Biomedical Engineers

• Instrumentation Engineers