Udemy – Analog Electronics Design & Simulate JFET Circuit on PROTEUS 2023-11

Udemy – Analog Electronics Design & Simulate JFET Circuit on PROTEUS 2023-11 Downloadly IRSpace

Aug 16, 2025 - 06:55 Updated: Aug 17, 2025 - 19:31

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Udemy – Analog Electronics Design & Simulate JFET Circuit on PROTEUS 2023-11

Analog Electronics Design & Simulate JFET Circuit on PROTEUS. This course is the sixth in a series of electronics courses and focuses specifically on junction field-effect transistors (JFETs). The audience for this course is students in electrical engineering, electronics, instrumentation, medicine, and robotics who want to gain a deeper understanding of electronic components. Before entering this course, participants should be familiar with the basic concepts of current electricity, DC circuits, semiconductors, diodes, chopper and receiver circuits, bipolar junction transistors (BJTs), and have experience working with simulation software such as Proteus and Thinkercad. If these concepts are unfamiliar to them, it is recommended to take the relevant introductory courses.

Upon completion of this course, participants will gain a deep understanding of JFET circuits, be able to solve more than ten numerical problems to enhance their practical skills, learn how to simulate circuits using Proteus software, and participate in a small simulated project in Proteus. Also, after each session, they will be provided with free PDF files for review. This course promises to be an engaging educational journey into the world of JFET electronics for both beginners and experienced enthusiasts. Participating in this course will help them understand the intricacies of this device, enhance their practical skills, and open new doors in the world of electronic engineering.

What you will learn

Basic principles of operation of FETs
Fundamentals of JFET Circuit Design and Simulation
Introduction to JFET types and symbols
Internal structure of JFET
How a JFET works as a switch
How a JFET works as an amplifier
JFET configurations (CG, CD, CS)
JFET Amplifier and Switching Circuits in Proteus
JFET characteristics (transfer characteristic and drain-source characteristic)
JFET Biasing
Small Signal Analysis of JFET or JFET as Amplifier
Advanced JFET analysis and design with Proteus
Practical Applications of JFET Circuits in Proteus
Analog Electronics with JFET in Proteus
Biasing Simulation and JFET Amplifier Design in Proteus

This course is suitable for people who:

Students who are interested in learning about FETs.
Students who want to understand transistors in depth.
Students who are interested in learning analog electronics in depth.
Students who want to learn analog circuit design.
Instrumentation engineers
Medical engineers
Electronics Engineers
Electrical engineers

Course details Analog Electronics Design & Simulate JFET Circuit on PROTEUS

Publisher: Udemy
Instructor: Practical Buddy
Training level: Beginner to advanced
Training duration: 15 hours and 59 minutes
Number of lessons: 52

Course topics

Prerequisites for the Analog Electronics Design & Simulate JFET Circuit on PROTEUS course

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 capacitors
In depth knowledge of BJTs or you can learn it through my course-4 which deals with BJT and it’s application
Circuit simulation on thinkercad and proteus software