I've just started watching passive filter series and it is very well explained! If I may only a small tip, it would be a slightly slower tempo of speaking, maybe sometimes make a pause at more complex things. It would give some time to digest the information. Although, overall great work Sir!

Thanks alot

Tough subject to find on KZbin, thanks for your work!

Very good explanation

I don't think It's okay to say when RL = Rs in Norton model, transferred power is maximum. these two models can be replaced but this conclusion is not right.

👍👍👍👍👍👍👍👍👍👍

Hi, in ex1 Vc = 9 - 3,8V = 5,2 V. Where is the other 9 - 3,8 -3,8 = 1,4 V drop? Could you clarify it please?

Hi, at 7.44 - 0,6 V drop in two 1K Ohm resistors and the other 9,4 V dropped at collector to base junction? Could you please clarify this issue?

thank you walter white

What about a 50 Ohm input and output impedance amplifier?

I haven't seen this kind of clear explanation in my lectures! Thank you so much

Fascinating, does this demonstration provide a clue to understanding quantum computing?

hello teacher, thanks for this excercises, can you please help me with this excersice: Two identical series DC machines have the following characteristics: 220 [V], 12 [HP], 1200 [rpm], Ra =0.25Ω and 𝑅f=0.5ΩThe shafts of both machines are coupled, with one of them supplied at 230 [V] to operate as a series motor, while the other works as a shunt generator loaded with a resistance 𝑅 Calculate: a) The resistance 𝑅 so that the motor operates at full load (b) The efficiency of the generator set (c) Comment on how the load is supplied.

8:20 why is the more negative side of the differential voltage connected to the same gnd resistor R4? It doesn't have to be in real applications does it, you are just doing for ease of calculation

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What about if I wanted a 50ohm input and output? Thanks

Great job ! Thanks

padama11.blogspot.com/2024/11/mosfet-sinhalamosfet-sinhala.html

Thank you teacher, I understand.

Thank you for the video. I'm new to relays and learning. I have a ways to go before understanding your videos. Definitely above my pay grade at this point. I saw your latching and non latching video and understood that. I will be back after I learn more thank you for everything

At 04:27 do you mean a 1n34a? A 1n37a is a zener diode. I've tried some of those in the past and gotten poor results at best.

Learning electronics means experiment, experiment, experiment (practice, practice practice). To escalate your personal benefit, from this Great series, I recommend coming back every so often (between experiments and practice) and watching it all again. More then once, after a re-watch, I found myself going "ahhhhhhh! I get it now!" Thanks for these Aaron.

I don't care if a lot of students don't like these that was unnecessary chatter just explain PNP go right to it you have way too many scenarios words of advice emotional attachment we are looking for facts about an electronic component not back stories of your childhood or what happened in your classes to another person learning we don't care. Good luck in trying to adapt your thought processes thanks for trying cheers brother

Great video. The common base configuration is not as obscure and impractical as many technicians and engineers think. Our company uses it in practical designs.

Nicely done! As a previous viewer has written would be would be nice to see some numbers

Doesn't the frequency response change as a function of distance as well ??

Amazing 🤩

thank you very much!

I was having a hard time tryng to understand this but the video helped so much, thank you!!

The best explanation for a short video so far, congratulations

That s great video! Thanks for it

does this design allows vcc to vary like has using in a surge protector to detect high and low voltage .by the used of a capacitor dropper circuit for setup down AC current ,

A lot of buildings around me only bring in two phases. The larger transformer connects to one phase and it has a center tapped secondary for a neutral. The smaller transformer connects to the other phase and is simply a 120 volt transformer. Every 3rd breaker is a high leg with respect to neutral. Do you have a video on this? I do understand how the voltages work out, but I don’t understand how a 3 phase compressor or motor can run on two phases like this without needing a run capacitor. The rotating magnetic field that the 3 phases would provide is broken in this configuration. Line 1 is perfectly in phase with line 2. Line 3 is 120* out of phase with line 2. And then line 1 is 240* out of phase with line 3. Seems like this would destroy the motor.

Thanks for the concise derivation of the maximum available noise power. Such a simple explanation that clears up so much!

your intel is amazing

Great teaching, thank you.

At 15:45 why is there a minus sign ? I know it needs to be there but that its not obvious from the AC equivalent circuit.

Best transistor tutorials on the web.

Hello! I have a question. If i have a passive RC bandpass filter that doesn’t have a buffer, so a high pass filter followed by a low pass filter with no op amp in between, is this still a second order system with two poles and two zeros? When i work out the transfer function, there is only one zero since a low pass filter doesn’t have any zeros. Thanks!

I recently joined the downstream electricity space after 8 years in seismic geophysics. I've been reading a lot about substations, so it's great to get to see them broken down like this. Great video, thank you!

Oscilloscopes read positive and negative input voltages, example: + - 100mV, + - 200mV, + - 500mV, + - 1V, + - 2V, + - 5V, etc, right? I'm setting up custom probes, and I need to get the widest range of resolution possible to improve the display of the waveforms. I have a Pressure transducer that operates from 500mV positive to 4.5V positive. When configuring a custom probe, it uses the voltage of +- 5V and offers me a resolution of approximately 35%. Since it uses the + - 5V setting of the oscilloscope and the result is 10V, right? This device would transform the transducer signal voltages from positive 500mV/4.5V to negative voltage? Let me explain, for example that the device transforms the signal in a range from -2V to +2V, I think that in this way I could obtain the best possible resolution on my oscilloscope. I asked ChatGPT if this was possible and they replied that with the INA333 (Precision Instrumentation Amplifier) ​​it may be possible. I'm not an electronics expert, I'm a mechanic and I'm trying to improve the resolution of my waveforms.

this is one of the best analog circuit videos I ever watched

Why not just simply explain that miller capacitance causes amplification in voltatge amplifiers and impedes amplification in current amplifiers, instead of all the shoving a crap ton of fine points and math up someones arse instead of putting a soothing smoothie in their colon a little at a time and not scaring them off of electronics all together.

"6:20 everything could be screwed up" I like it when you talk technical

HELLL YES BROTHER.

The best and simple explanation I have ever had about torque conversion with DC motors ❤❤❤ thanks

At the 4 minute mark he says the 1N37A is the most used. He has a typo; its a 1N34A diode. Note, if you go to Amazon or Ebay many diodes are advertised as 1N34A, but they are not. 1N34A is not a trade mark and, what, you going to sue a guy in China?

Nice explanation 😊

Why keep the input resistors smaller?

Can anyone pls tell me why 2:32 the DC gain of the circuit is just K and K is varied from 0 to 3?