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You’re really good

very helpful, I'm doing my final assignment with this software, I hope there are lots of other video tutorials

very helpful, I'm doing my final assignment with this software, I hope there are lots of other video tutorials

This entire concept made no sense to me, even after reading through the provided materials from my professor several times. It was complete nonsense to me. Your video just explained everything so perfectly, now I am getting it!

How would one calculate the first example if R2 would be replaced by another source like Vs and the R1 and R2 would je mirrored on the other side as well

يوجع زي الوان

ty sir

Wowwww wow really appreciate you😮😮😮😮😮that was short and veryyyy clear way.. hu man you nailed it Thanks alot🎉

Thanks for the tutorial. I was trying to replicate this program without success, the trigger stuck at 0, and I need to click on the tigger four times to complete the cycle.

You sir, are, a baddass!

Aree RL to Nikala hi nhii fr IL niklega Pura ques to Kia hi n

Never had a more simple explanation , Thankyou

Thank you

2:36

THANK YOU!!!

Thank you so much you've helped me a lot !

Thanks a lot for this simple explanation <3

Nicely explained!

very intuitive. thank you!

I’m so confused by your calculation for parallel resistors

But in your example you don't show any smoothing caps after the rectification. Does this mean that once you put some cap in you would measure an increased voltage up to the level of the initial "peak voltage" of 7.49V (no load situation) ? And here I have my own "real life problem" I came across and try to solve. I only have access to the schematic diagram of a "device" where there is a center tap transformer but... NO secondary voltage values are given !!! at all. All I see, is the DC voltage value marked as + 385v DC ( between the positive DC output and the center tap). The rectification is the same as in your video (2 silicone diodes with I assume 0.7v drop) and a 100uF cap rated at 450v !!! So, the problem is: how would I work out the theoretical secondary (end to end winding) voltage . In other words, what are the needed formulas in this case. Also, another question is: let us say that the secondary (end to end) is rated at 100mA of AC current, what would be the OUTPUT's DC current available after the rectification? and , also, are there any significant losses @ the rectification diodes worth considering or they are insignificant , so we can simply ignore those ???

Am getting 14v a.c. when dc its 11.60 what could be the problem am trying to repair a batt charger am a mechanic not elect just trying to diy and learn elect

I wish you a good evening! Please, how can you program the flashing of the light bulb?

I am extremely grateful for your video. :)

Thanks you so much for explanation 😊

such a great explanation.

Only God knows how many videos I have watched on Thevenin. Your video is very helpful, simple and concise. This is the first time I am able to grab something from a Thevenin question. Thank you 😊

Nice accent and very good video

All i can do, is to say thank you sir.

❤😢Thank you for saving my school life

My goodness. He took 9 minutes and 26 seconds to say what could have been said in 26 seconds. And if you are going to teach to the whole world, perhaps you should stick to your native tongue. Strong accents are hard to follow, and it would be even more so for a person for whom English is a second language. You have learned your electronics lessons, as well you should if you teach. Just as much, you should take some English diction lessons if you plan to teach in English.

The only one that truly help me

Why do you divide the output peak voltage by 2/pi? isn't the output peak voltage what you measure with the multimeter? isn't it the same thing as the output voltage?

Thanks 🙏 for this. I really appreciate 🙏 Best explanation ever ❤

Helped me a lot, I am a former confused now.

I have a question sir at the final stage why would the RL be of any value

Excellent video explanation. And I worked for 3 years with a Nigerian lady, so I really love the accents!

Good work Sir! 👏

God bless you

Thank you sooo much sir ❤

thanks for the refresh

Thank you very much for uploading this!

Not helpful

i finally come to understand this

Bruh were u chewing something when speaking

Excellent explanation. Highly recommended video. Thanks.

Brilliant video, the worked example and final drawing helped me so much! Thank you.

Great video! Could you please do one similar regarding Northon's method?

👍👍👍👍👍♥️