Electronic Circuit Design Using SPICE

Focused View

VPACHKAWADE Research Center

4:00:39

131 View

1. Introduction

1.1 ltspice64.zip

1. Introduction.mp4

00:15

2. What is LTspice.mp4

01:24

3. How to download and Install LTSPICE - option 1.mp4

04:28

4. How to download and Install LTSPICE - option 2.mp4

03:48

5.1 draft3.zip

5. Design and analyse simple resistor divider circuit.mp4

20:19

6.1 draft2.zip

6. Another resistor divider circuit and a voltage source.mp4

06:47

7. How to enroll in this course.html

8. Add data lables post simulation and print values of node voltages.mp4

02:15

9. DC current source and resistive network.mp4

04:53

10.1 pptf9cd [autosaved].zip

10. How to model and simulate the behaviour of real components.mp4

09:44

11.1 how to do dc sweep.zip

11. How to do a DC sweep analysis.mp4

15:10

12.1 rc circuit ac response.zip

12. Design a RC filter (low pass).mp4

16:45

13. How to perform transient analysis of a circuit.mp4

14:21

14. Time-domain response of a RC circuit.mp4

09:43

15. Design a RC filter (high pass).mp4

09:54

16.1 draft1.zip

16.2 draft4.zip

16. How to do parameter sweep.mp4

16:17

2. SPICE netlist

1.1 draft5.zip

1.2 ex5.zip

1. SPICE netlist.mp4

29:00

2. Instructor-led training.mp4

00:57

3. Diode circuits

1. DC behaviour of a PN junction diode - 1.mp4

17:52

2. DC behaviour of a PN junction diode - 2.mp4

06:42

3.1 diode-dc circuit.zip

3. DC behaviour of a PN junction diode - 3.mp4

11:27

4. Time-domain behaviour of diode circuit - half-wave rectifier.mp4

20:24

5.1 diode-time domain-halfwave rectifier.zip

5. Half-wave rectifier and filtering.mp4

18:14

Description

How to design, simulate and do analysis of electronics hardware circuits

What You'll Learn?

Design variety of electronic circuits
Simulate and analyse variety of electronic circuits
Design electronic hardware
Simulate different analysis on electronic circuit
How to use electronic circuit design software
How to use SPICE and how to use it effectively
Learn about SPICE netlist
How to simulate diode circuits

Who is this for?

Beginner designers curious about circuit and hardware design

intermediate- to know the complexities in using SPICE

What You Need to Know?

No prior experience required but an interest in electronic circuit design and hardware development

More details

Description
Installer file ( LTspice64.msi ) is given here as a downloadable materials. Just click to install in your computer.
Executable files (.asc) have been added on 26-05-2023. Just open them in LTspice schematic and run the simulations.
New contents are added on 25-05-2023
LTSpice is a free, open-source software tool used for simulating and analyzing electronic circuits. It was originally developed by Linear Technology (now part of Analog Devices) and is now widely used by engineers and hobbyists for designing and testing analog and mixed-signal circuits.
LTSpice uses a variety of simulation methods to analyze circuit behavior, including transient analysis, AC analysis, DC analysis, and more. It also includes a large library of components, allowing users to easily model and simulate complex circuits.
One of the key benefits of LTSpice is its ability to accurately model real-world components, taking into account factors like component tolerances, temperature effects, and nonlinear behavior. This makes it a powerful tool for both design and troubleshooting of electronic circuits.
LTSpice also includes a wide range of tools for analyzing and visualizing simulation results, including waveform viewers, frequency response analyzers, and more. This makes it easy for users to analyze and understand the behavior of their circuits.
Overall, LTSpice is a versatile and powerful tool for designing and testing electronic circuits, and is widely used by engineers and hobbyists around the world.
This course teaches how to effectively use LTSPICEÂ to design, analyse, and simulate simple and advannced electronic designs for real-time hardware developments.
Visit us on our website for details.
Who this course is for:
Beginner designers curious about circuit and hardware design
intermediate- to know the complexities in using SPICE

User Reviews

Rating

average 0

Total votes0

Focused display

About: We are a registered entity focused on Science & Engineering and Technology. Our expertise is Microelectronics and Nanotechnology. Our core activities include knowledge transfer, cutting-edge research, IP development, and education for the next generation of engineering and technology leaders. Our collaborative and close-knit center is committed in innovating, pushing boundaries, building sustainable products, and creating an environment that fosters knowledge advancement and addresses critical challenges of the 21st century.Through our projects, we strive to improve quality of life and learning, welcoming individuals from diverse backgrounds and offering growth opportunities to our staff and trainees. Our center is at the forefront of STEM innovation and aims to lead in Science, Technology, Engineering, and Mathematics.Vision: To become a world-class global center of excellence in science, engineering, and technology, with a strong focus on driving socio-techno-economic development.Mission: Our mission is to facilitate knowledge transfer, provide technology know-how, conduct cutting-edge research and development, generate intellectual property (IP), offer consulting services, engage in volume manufacturing, drive product development, and provide education and training in our field of expertise.To know more, click the link to visit our website.Our courses are taught by our Director Dr. Vinayak Pachkawade. Dr. Vinayak Pachkawade is a highly accomplished professional with a diverse range of expertise in the field of electrical engineering and interdisciplinary areas. Here are some key highlights of his profile:Founder and Director at VPACHKAWADE Research CenterTopical Advisory Panel for Sensors at MDPITPC chair (Associate) for the Micro and Nanotechnology Track at IEEE I2MTCSenior Member of IEEE and Member of IEEE IMSPh.D. degree from the University of Liege, BelgiumSpecializes in the development of precise sensors and circuits, as well as state-of-the-art micro-nano fabricationPrimary areas of work include ultra-precise integrated sensors and sensing systems, IoT, smart systems for healthcare, and environmental monitoringExperienced speaker at international conferences and the University of Siegen, Germany (2020-21)Reviewer for prestigious journals such as IEEE, Elsevier, and MDPI, and for IEEE conferencesContributor to book chapters on MEMS biosensorsRecipient of the Best Paper Award (1st Prize) at IEEE Sensors, Taiwan (2012)Served as an Expert Proposal Reviewer for the Ontario Research Grant, Canada (2014)Dr. Pachkawade has gained extensive experience through his work at renowned institutions like the University of Liege, Belgium, National Tsing Hua University (NTHU), and National Chiao Tung University (NCTU), Taiwan. His contributions in IC design and nanotechnology (MEMS) have led to numerous peer-reviewed publications, awards, honors, and recognitions, establishing him as a highly qualified and accomplished engineer and researcher.

Udemy

View courses Udemy

Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.