Комментарии:
You are really the GOAT at teaching. Ty for this video.
ОтветитьThanks a lot sir
Ответитьtomorrow is my applied physics exam, thanks alot man! you really made diodes easy to me.
ОтветитьThanks!
ОтветитьKaha s nuacajy bnau. Thee. Hho ngagya. Teree adjuct diode can be images contact othre
ОтветитьWorld class teaching as always
Ответитьlegends are watching at Exam day🤣😅
ОтветитьCool video, thanks for sharing with us, well done :)
Ответитьi have a question. i ordered diodes to fix something and i recieved something that looks like an old camera film. is that normal?
ОтветитьYou always make me feel like the things we learn are not difficult just that those who are teaching us are not passionate. Thank you very much.
Ответить❤😮
ОтветитьOr book knowledge
ОтветитьIs it your own theary.
ОтветитьYou are amazingggg
ОтветитьI literally love you
Ответитьthis channel is so amazing, you make a lot of things easier for me. And your voice is amazing, It is like some ASMR.
ОтветитьTq😊
ОтветитьI dont unerstand why the naming is different compared to a battery. I thought the anode of a battery was the negatively charged terminal that has excess electrons, so why would the anode of a diode be the electron deficient part that contains holes, its just confusing. I was just reading somehting and had a thought: Is the anode of a battery actually initially positively charged, becoming negatively charged only when the chemical reaction happens within the battery and the resulting free electrons are attracted towards it?
ОтветитьThanks
Ответить😎🤟🤟🤟✊
Ответитьبارك الله فيك و هداك
ОтветитьI remember which end is the anode because the arrowhead in the symbol for a diode looks like an "A" (for Anode) on its side. It points in the direction of "conventional" positive-to-negative (P-to-N) current flow, which reminds me that the anode has P-type semiconductor, and the cathode has N-type semiconductor. The vertical line for the cathode represents a wall that blocks "conventional" current from going from cathode to anode. That "wall" is represented by a ring marked around the cathode end of a "physical" diode.
ОтветитьI've been enjoying your videos. They are extremely helpful as I learn about the terminology in my electrical/instrumentation textbooks. Could you recommend a particular order of viewing your videos to build the basic foundation to understanding these theories better? Thanks
ОтветитьI watched it
ОтветитьThanks to you.
Today i have clear conceft about diode.
damn .. that video was so crisp, clear and perfect.. learnt the concept i was struggling for so much time!!
ОтветитьSteady saving my life as a student 😭 thanks
ОтветитьWhy the current unit in mA?
ОтветитьThis guy is a life saver for many students especially test before a day.....
notice this is guy never said to like share or subscribe hats off dude
Hi. I have a doubt on a dicode question to ask Are you able to help
ОтветитьXD
Ответитьthanku so muchhhhhh
ОтветитьSuper
Ответитьlove uuuu
ОтветитьHi. I'm new to this zener diode voltage regulation. Do you have a video where your output is charging a battery, with internal resistance. I want to know how much ohm resistor is required with input voltage of , say 16vdc and regulated output of 14vdc. Thanks.
ОтветитьI manage to score well because of you
ОтветитьWithout you I do not know where I would be tbh you're the best
Ответитьwhere is the ur feedback teacher ? u are in silent still now
ОтветитьSo how would we use the diode?
ОтветитьYou are the best man ❤️
ОтветитьWow
ОтветитьIs it optional that a diode would be on if the voltage flowing across the diode is exactly 0.7?
What would happen if the voltage is less or more than 0.7?
such an amazing video I think it would help with Namdars exam hapening tmrw <3
ОтветитьThis man is an absolute 💯 🔥 👌 beast . All this work wow
Ответитьi love you
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