Who this course is for:

• This course is highly recommended for biomedical, electrical, electronics, instrumentation and robotics engineering students
• Those who want to know what is transistor, its workings and applications
• Anyone who wants to learn electronics from scratch
• Those who want to learn analog electronics

What you’ll learn: 

• Definition of transistors
• Types of transistors
• BJT-Based Circuit Design and Analysis on Proteus
• Designing and Simulating BJT Circuits with Proteus
• What is biasing and need of biasing transistors
• Learn circuit simulation on Proteus
• Characteristics of transistors
• Biasing techniques and numericals
• Modeling of BJT transistors
• Transistor as a switch
• Designing amplifier from transistors
• 3 mini-projects based on transistors

Requirements: 

• Basic concepts of electrical circuits like KVL, KCL, Nodal analysis and circuit theorems). If you don’t know these concepts, you can enroll in my course Current Electricity In Depth And Basics Of DC Circuits and learn all those concepts.
• In depth knowledge of Semiconductors. If you don’t know these concepts, you can enroll in my course Semiconductors And Its Application In Analog Electronics.
• In depth knowledge about working of diodes and diode circuits. If you don’t know these concepts, enroll in my course Analog Electronics For Beginners – Simulating Circuits On Electric Circuit Studio.
• Download the Proteus software

You probably use your smartphone every day, but do you know what makes it so smart? 

It’s because it has millions and billions of tiny devices called transistors that can switch on and off very fast. Transistors are the building blocks of many electronic circuits and devices that we use in our daily lives. For example, if you want to measure the electrical activity of your heart with an electrode, you need a circuit that can filter and amplify the signal. That circuit uses transistors to do that. 

Or if you want to control a motor in a robot or a toy, you need a circuit that can turn the motor on and off. That circuit also uses transistors to do that. 

Or if you want your smartphone to perform complex calculations and tasks, you need a lot of logic gates that can process binary information. Those logic gates are made of transistors too. 

So you see, transistors are very important and useful for many fields of engineering, such as biomedical, electrical, electronics, instrumentation, and robotics. That’s why this course will teach you how transistors work and how to use them in different applications.

Our Promise to You

By the end of this course, you will have learned about transistors and circuit simulation.

10 Day Money Back Guarantee. If you are unsatisfied for any reason, simply contact us and we’ll give you a full refund. No questions asked.

Get started today!