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You claim that resistors are not simple components and back this up by showcasing multiple circuits with components that are not resistors. Resistors are the simplest components because they are linear and don’t have any calculus operations like with capacitors and inductors.

FYI: The best microcontroller for a flashing LED project is not using a microcontroller, just a 555 timer IC, one capacitor, three resistors, and an LED, with two additional capacitors optional since they are more for using it as a CPU clock and not as an LED timer circuit. No programming required, only math you can do on a calculator.

I bought two bags of random ICs, I got two Texas Instruments TMS1200NC 4-bit microcontrollers (Called microcomputers in the TMS1000 series datasheet. The datasheet is copyrighted 1975, lol.) and I have no idea what they have been used for or what the internal ROMs have been programmed with. Anyone got any idea how I could get a ROM dump out of them or how/if I could bypass the internal ROM and use an external EEPROM for program storage?

Brilliant - Very good presentation. Thank you

For the BJT biasing circuit, why was 1k chosen as the known value? Is there a minimum current needed for the biasing network Why not 100k?

اگر امکانش هست ای ویدیو رو به زبان فار سی هم بگذارید

Great explanation.

عالی بود .... یکم بیشتر توی جزییات وارد بشین لطفا .

Being a retired programmer (apps, networking, web, desktop and MANY assemblers) + electronics engineer, I sigh at the future of so ignorant young kid tat think they know it all because they can make an UNO blink an LED. ....YOU ARE SO RIGHT!!!!!!!!!!!!!!!!!!!!!!!!!!!!

I agree also with the author.But with Arduino is the easiest way to do projects without to know actually what are you doing.

2024/05/21 The two biggist advantages of the Arduino are:- 1 - there are about a million tutorials on the web. People with very low levels of knowledge can get started. 2 - can start very cheaply.

Thank you mr wizard

Man, you're the best! I love the way you present as well as the project itself.

the definition you gave here is not the definition of the resistor.

Thank you so much for this video.

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VERY IMFORMATIVE TALK RESISTORS.

Very useful. A lot of information a little too fast for my old brain but the beauty of video is that you can watch some or all again. 😃

I really appreciate your videos, thank you so much for the high quality science content! :)

abi teşekkürler.

To turn on/off an AC appliance (like a light bulb), of course it's much simpler to just use a *relay* which can switch both AC and DC loads. The only real purpose of introducing a triac to a system is to clip the AC waveform and provide throttling which is a super useful function. That could have been made clear at the beginning of the video.

Good video subscribed immediately because it's informative and sincere

Excellent video. Thank you!

Thanks!

Amazing content!!!

thanks from sweden

about op-amps and "single" transistors, when is it best to amplify with one vs the other? I think "single" transistors (common emitter or collector mode) are faster than op-amps, so that could be one reason...

This a a wonderful video. Well Done. I'll have to check to see if you have created 'Examples' videos for other items like Capacitors and inductors. It is great to have a list of all the items resistors can do to be able to test out each of the examples for better understanding. Thank you for making this video.

Could you please help me with my project. Am trying to design a circuit

Could you please help me with my project

Great video as ever - you really do have a talent for explaining things. The particular little nugget of wisdom I learned from this video was the addition of the resistor to add hysteresis to the op-amp comparator circuit. So simple... now that you've explained it!

Very informative content, I appreciate it very much. Some of it went over my head, but it helped me better understand resistors, transistors, op amps, and capacitors. And as I keep learning when I come back in the future I think more of it will makes sense. About to watch the other videos in this series now ... err, they should be a series or playlist

Hey sir, can you make video about you're work space. I am really interested.Great videos by the way❤

So much effort and in very understable way, i think it took you weeks to compile this 🫡

Much obliged.

7:24 nice I like this example man thankyou

*please* write correctly the Unit of measurement (for example: “volt” using an uppercase “V” aligned with text). Another note: PTC, NTC and varistor, are not resistors.

👍

Thank you. I need a similar video for mosfets N and P channels. Please.

Great video! Did you make the amplifier video for the speaker?

Бутылка вата - одобряем :D

Nicely comprehensive list. I will nit-pick some though. We cannot hear a relay, a LED or buzzer would have been better. A circuit demonstrating Varistor would have been nice, ...I know you fealt time constrained. Maybe resistors p1, and resistor sensors p2.

Great video, thank you!!!

Hey, You're video is really great, i can now finally understand op amps

Another collectible video! Thanks a lot for your time and affort you put in this and every videos you did! Greetings from Argentina!

amazing mate, well done. thank you very much for this

Good job.

You could use a transistor as a clipper on your microphone to remove the popping sounds...

Why doesn't cars have varistor protecting ECU from high voltage spikes which can happen for example when simply replacing battery.

This is a pretty good format I think. It helps the noobies (What is a resistor?) and provides some substance/stretch for mid level viewers who know some, but not all applications. Can we get a vid with same format for capacitors please?