ProfessorGovalla

Step into the future

Explore the collection

Drinkware

PG - White Glossy Mug product image (1)

PG - White Glossy Mug product image (2)

PG - White Glossy Mug

PG - Stainless Steel Water Bottle product image (1)

PG - Stainless Steel Water Bottle product image (2)

PG - Stainless Steel Water Bottle

Thank you so much for your support. Leave a message with your donation and I'll try to reply!

Your Name

Message

CHF 5

CHF 9

CHF 17

Custom CHF

Source-free series RLC circuit example 1 - clearly explained

Watch video

Source-free series RLC circuit example 1 - clearly explained

Common-Source Amplifier - Solve for Aᵥ

Watch video

Common-Source Amplifier - Solve for Aᵥ

Overdamped, critically damped and underdamped (part 1) - clearly explained

Watch video

Overdamped, critically damped and underdamped (part 1) - clearly explained

Common-Source Amplifier - Solve for Aᵥ

Follow me on:
YouTube: https://www.youtube.com/@ProfessorGovalla
Instagram: www.inst...

Negative Feedback Op-Amp Circuit - Solve for I_out(t)

Follow me on:
YouTube: https://www.youtube.com/@ProfessorGovalla
Inst...

Wye ➡ Delta Transformation

Check out the webpage: https://professorgovalla.com/

Follow me on:
YouTube: https://www.youtube...

Fourier Transform of the Unit-Impulse Function - δ(t)

Check out the webpage: https://professorgovalla.com/

Follow me on:
Y...

Delta ➡ Wye Transformation

Check out the webpage: https://professorgovalla.com/

Follow me on:
YouTube: https://www.youtub...

Time Domain RC Analysis - Solve for V_c(t)

Check out the webpage: https://professorgovalla.com/

Follow me on:
YouTube: htt...

Source-free series RLC circuit example 1 - clearly explained This video walks through a complete source-free series RLC circuit example and demonstrates how to analyze the circuit's natural response after it has been disconnected from its source. The key parameters, damping factor α and natural frequency ω_0, are calculated step by step to determine whether the circuit is overdamped, critically damped, or underdamped. Once the damping condition is identified, the appropriate equation for the current response i(t) is derived and solved. The resulting current waveform is then plotted both analytically and graphically to illustrate how the current decays over time and how the damping behavior affects the transient response. Perfect for students studying RLC circuit analysis, second-order circuits, transient response, damping conditions, and electrical engineering fundamentals. This example provides a practical application of the theory behind source-free series RLC circuits and their natural response. Check out my other videos: https://www.youtube.com/watch?v=jyqYBThdwMs Check out my full playlist on Circuits I & II: https://www.youtube.com/watch?v=FsUBmLerrZI&list=PLBbMkHgmCUDNJwviGeZ-gWBD1nNJYr8Ck Check out the webpage: https://professorgovalla.com/ Follow me on: YouTube: https://www.youtube.com/@ProfessorGovalla Instagram: www.instagram.com/professorgovalla TikTok: www.tiktok.com/@professorgovalla

Watch TikTok

Common-Source Amplifier - Solve for Aᵥ Follow me on: YouTube: https://www.youtube.com/@ProfessorGovalla Instagram: www.instagram.com/professorgovalla TikTok: www.tiktok.com/@professorgovalla Check out the webpage: https://professorgovalla.com/

Watch TikTok

Overdamped, critically damped and underdamped (part 1) - clearly explained This video explains the three possible responses of a source-free series RLC circuit: overdamped, critically damped, and underdamped. Starting from the second-order differential equation, each case is analyzed step by step to show how the circuit current i(t) behaves under different damping conditions. The mathematical solutions for all three cases are derived and graphed, providing clear visual intuition for how damping affects the transient response. Real-world examples and applications are also discussed to connect the theory to practical engineering systems, including circuits, control systems, and oscillatory behavior. Perfect for students studying RLC circuits, second-order systems, transient analysis, damping, and signals and systems. This video builds a strong foundation for understanding how real-world electrical systems respond over time. Check out my other videos: https://www.youtube.com/watch?v=D6TR6Oe1iPw Check out my full playlist on Circuits I & II: https://www.youtube.com/watch?v=FsUBmLerrZI&list=PLBbMkHgmCUDNJwviGeZ-gWBD1nNJYr8Ck Check out the webpage: https://professorgovalla.com/ Follow me on: YouTube: https://www.youtube.com/@ProfessorGovalla Instagram: www.instagram.com/professorgovalla TikTok: www.tiktok.com/@professorgovalla

Watch TikTok

Negative Feedback Op-Amp Circuit - Solve for I_out(t) Follow me on: YouTube: https://www.youtube.com/@ProfessorGovalla Instagram: www.instagram.com/professorgovalla TikTok: www.tiktok.com/@professorgovalla Check out the webpage: https://professorgovalla.com/

Watch TikTok

Quantity:

Cart Subtotal ():