Well done!

Hi sir , and thanks for this video. which book do you refer by thise pages ?

Great ! ⭐⭐⭐⭐⭐

Best explanation I ve heard in more than 20 years, I really apreciate it ! ⭐⭐⭐⭐⭐

very clear explanation

Thanks for video. Just to clarify, toward the end you used the term "peak" a few times. Are you using this synonymously with Vmax? In other words, if we are given an input Voltage of 100 Vrms, the cut-off would be at 100x(0.707). Is this correct?

fantastic, explanation... REALLY REALLY THANKS FOR SHARE IT!!

where's the actual formulae for fc?

sweet thanks

Thanks alot. I had been strugling with this for long.

Great video, thank you. 👍

thank you. you're the only one who explained it that well

Thanks, on behalf of MSU Denver Robotics!

what are diodes purpose ?

very well explained

Can I have that PDF?

really appreciate this

GREAT EXPLANATION .........LIKED IT ......THANK YOU

Hello, Thank you for this video, I would like to know what's the type of reader that you you've used in this video.

Excellent lesson. Subscribed!

Amazing teacher! Thank you for the clear explanation of the concept.

The coupling of ac signals to inputs of transistors (an ac signal rides on a dc voltage) and generation of an ac equivalent circuit to analyze transistor amplifiers is one of the classic applications of the principle of superposition of potential. Electrostatics and circuits belong to one science not two. To learn the operation of circuits, Current and the conduction process, resistors and how discussing these topics makes it easier to understand the principle of superposition of potential which is a direct consequence of the principle of superposition applied to electric fields, watch these two videos i. kzfaq.info/get/bejne/iKujiseVnJzVqJc.html and ii. kzfaq.info/get/bejne/bqiBgMKp3Ji2lqM.html The last frame contains references in video #1 which lists two textbooks 3 and 4 with topics that discuss the operation of capacitors, inductors, diodes and their operation in amplifier circuits and circuit theory. Chapter 3 in textbook 4 was included with the aim of preparing students to be able to analyze amplifier circuits in more advanced courses in electronics. It begins with a description in detail wigh sequential diagrams of how ac signals are coupled using a capacitor to the input of amplifiers. Stray capacitance effects limit amplifier high frequency performance, and a description that uses the principle of superposition to explain this is provided in one section of chapter 3 of textbook 4. The voltage-shunt feedback method finds an important application in a wide class of linear integrated circuits, the operational amplifier, and in a continuing vein of the principle of superposition, the final section of chapter 3, textbook 4 describes this method.The results of simulation runs of circuits that superimpose ac signals on dc voltages “Simulation_super_ac_sig_on_dc_volt.pdf” and of CR phase-shifting networks typically used in RC Phase shift oscillators “RC phase shifters.pdf” are included in pdf files in the CD which is included with textbook 4. Procedures to obtain the voltages, currents and waveforms for this using TINA simulation software are also provided in the CD.

Can we tell the program to Only use the Bottom layer, and components Only on top. ? I've tried everything, and it still routs on the Top side, where the components are, even though I turned off all the Top side. Very Annoying.

Hilarious conclusion!

Hello sir. Wonderful video.. Any idea on how to transfer power sources from multisim to ultiboard? For NI multisim 14.0

Good video, Vern

I'm number 1! Great work Vern!

When doing the DC analysis and solving for the Q point of the Voltage Divider Bias PNP transistor circuit, will VCE always be negative?