Circuit Design, Analysis and Spice modeling using Multisim

Learn how to operate the most important software for electronics circuit's applications.
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  • Lectures 29
  • Contents Video: 2.5 hours
    Other: 5 mins
  • Skill Level All Levels
  • Languages English
  • Includes Lifetime access
    30 day money back guarantee!
    Available on iOS and Android
    Certificate of Completion
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About This Course

Published 2/2015 English

Course Description

This coursework is on Multisim. In this coursework students will get opportunities to simulate, design and analyse the analog and digital electronic circuits along with Spice Modeling.

Some of the circuits includes Slew Rate calculation circuit, RC Circuit, Voltage Regulator, Half wave rectifier, NOR Gate using CMOS, AND Gate etc.

In this coursework all the relevant materials related to Multisim has been included. Students will gain a comprehensive knowledge once they finish this coursework.

This coursework is two hours fifteen minutes long. So a serious engagement with this course will hardly take a day to have a firm grip on Multisim.

This course has been structured in the following ways :

1. Circuit design of Analog and Digital Circuits.

2. Circuit analysis .

3. Brief description of each circuit and its operational methodology.

4. Spice modeling .

Right from beginners to those who are interested in quick refresh of Multisim should take this course. This coursework has everything that a beginner wish i.e. circuit design, analysis, description of the circuit and spice modeling. For those who wish a quick refresher for them this coursework has been made as short as possible.

So, this coursework should be taken by all those who has a strong desire to understand electronics in details.

What are the requirements?

  • Download Multisim on the link given in this course work. Once they complete the installation they will be able to follow this coursework bit by bit.
  • Students should be beginner in electronics to understand the basics.

What am I going to get from this course?

  • Students will gain comprehensive understanding of Multisim for circuit design, its simulation and analysis.
  • By the end of this coursework, students will be able to design their own circuit in Multisim.

What is the target audience?

  • This coursework is meant for newbies who are not familiar with Multisim and/or students looking for a quick refresher on Multisim.
  • This coursework has videos on Spice modeling which will give extra benefits to beginners.
  • Prime goal is to make students understand the very basics of Multisim so it is for High School students, undergraduate/graduate students and professionals working in firms.

What you get with this course?

Not for you? No problem.
30 day money back guarantee.

Forever yours.
Lifetime access.

Learn on the go.
Desktop, iOS and Android.

Get rewarded.
Certificate of completion.

Curriculum

Section 1: Introduction to Coursework
01:29

In this video students will be able to know what all be taught to them in this entire coursework.

02:03

In this video students will be able to know from where they need to download the software. A brief hint has also been provided on how the course will be taught.

Section 2: Analog Circuit Design
05:25

In this video students will be able to understand the diodes, how to select the diode from the options.

They will be able to do the IV-analysis by the end of this lecture.

06:16

In this video students will learn how to draw the basic circuits using Diode.

05:26

In this lecture students will be able to learn about the BJT and its IV-Analysis.

05:21

Students will be able to learn the basic circuit design and analysis using BJT Circuit.

04:15

In this video students will be able to learn the technique to do the BJT - Analysis of a transistor in Multisim.

07:18

In this video circuit design of half wave rectifier has been shown. The description of the circuit and its characterisation has also been performed.

07:45

In this video lecture students have been informed about clipper and clamper circuits.

09:36

In this video lecture students will be able to learn RC Circuit simulation, its design and the analysis.

14:49

Students will be able to know understand the procedure that should be followed to simulate a single stage amplifier.

The analysis of the circuit and its basics has also been explained.

09:37

In this video slew rate analysis has been shown.

Slew rate calculation technique along with the analysis has also been explained.

08:53

From this video lecture students will be able to learn the basics of voltage regulator circuit. They will be able to understand operation, its simulation, design and analysis.

03:13

This video is the continuation of the voltage regulator circuit. From this video students will be able to understand why Zener diode is place at the output terminal. They will also be able to know the method and technique of placing a LED.

05:05

In this video, students will be able to gain a solid understanding on differential amplifier circuit design.

04:22

In this video lecture students will be able to learn inverting , summing and differential amplifier circuit design on Multisim .

03:17

In this video students will be able to learn the circuit design of Integrator and Differentiator in Multisim .

Section 3: Digital Circuit Design
03:47

In this video students will be able to learn basic digital circuit design.

06:45

In this video students will be able to learn the method by which they can design amplifier circuit. They will also be able to learn how to connect potentiometer in the circuit to control the input voltage to the amplifier.

02:27

In this video students will be able to learn how to perform the IV-Analysis of CMOS.

05:17

In this video students will be able to learn the method by which they can implement CMOS based NOR Gate.

06:43

In this video students will be able to understand the methodology by which they can design the AND Gate in Multisim.

Section 4: Spice Modeling
05:01

In this program, basic circuit with voltage and resistor has been shown.

Firstly, the program has been shown. Afterwards, the auto circuit design has been shown.

04:07

In this video, basic circuit with a little complication has been shown so as to increase the capability of students.

06:14

In this video implementation of AC voltage source has been shown. Firstly, the method in which the program has to be written is demonstrated and further the auto circuit designing has been shown.

04:53

In this video lecture, the main focus has been put on the BJT programming . Rest has been shown as per the above two programs of the Spice Modeling.

Section 5: Project
5 pages

In this section students will learn how they can design LED Detector circuit using Multisim. This has slides on its operation as well.

Section 6: Conclusion
02:08

In this video lecture all the circuit's simulation, its analysis has been revised.

01:22

This video is for the farewell.

9 questions

This quiz is to make sure you have everything in your mind by the time you finish this courework.

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Instructor Biography

Ifind Tutorials, Best place for everything on Udemy .

Ifind Tutorials has an aim behind joining Udemy for Electronics Software teaching , Circuit Designing, Instruments, and Office productivity . The aim is to serve the world in a better way by improving the existing state of technical training . In all these years of our research in various fields of Science and Technology, we have gained a firsthand experience on the various techniques and technologies. We are looking forward to take this to a new level. Since, childhood, Mr. Gaurav Singh the founder of Ifind Tutorials was fascinated by electronic gadgets and their functioning. Growing up, learning the nuances of science, it was science at micro levels that intrigued him the most and therefore he decided to take up Electronics and Electrical as major during his baccalaureate education. After the end of his B-Tech degree, he believes that he has gained sufficient understanding to launch courses in various fields which includes Software, Instruments and Analysis.

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