Normally, I don't comment on YT Video's. But your video's are finally giving me deeper understandings in how electronics in general work. The way that you use to describe things is so easy but yet so detailed. Please continue with making these videos!! Greetings from the Netherlands ;)
Hey man. Just wanted to say. I'm an B1 aircraft engineer (B1 = Mechanical) who was wanting to change his discipline to B2 ( B2 = electrical) and have been studying for weeks preparing for my exam and have been wondering for a solid 3 hours now how on earth a transistor works on the negative half wave of the AC waveform. I scoured the internet and past papers and study materials for 3 hours until now 2am. And lo and behold. All it took was 1 min and 1 second into your video to simply explain exactly what i needed to know. You bias the signal by shifting it up to a positive waveform to foward bias the P region of the transistor on both half waves of the alternating wave. THANK YOU!!! I never comment. But today you made me. So thanks.
A great video that is easy to understand. It has helped me tremendously. Please continue to put out great content like this. No one else puts out this type of content that is down to earth and easy to understand.
What you say is correct for isolated power supplies and scopes. On the other hand some scopes grounds are equal to power line ground and also true for non-isolated power supplies. Therefore, you viewers may have big problems (shorts) if the equipment is not isolated. Need some care here. Thanks for your video.
Excellent! I never thought Hagrid would teach basic electronics.
The best explanation of the mysterious ‘bias’ ! EXCELLENT
Thanks for this video. Explained it in intuitive terms and not just more jargon.
Excellent video. Crystal clear presentation. I finally found some of the answers i was seeking.
Hooray! I did it! I built my first amplifier circuit from this, Learned a ton along the way. And have a long way to go.
I have been searching far and wide for a good enough video on this subject. This was spot on! Thank you
Normally, I don't comment on YT Video's. But your video's are finally giving me deeper understandings in how electronics in general work. The way that you use to describe things is so easy but yet so detailed. Please continue with making these videos!! Greetings from the Netherlands ;)
Hey man. Just wanted to say. I'm an B1 aircraft engineer (B1 = Mechanical) who was wanting to change his discipline to B2 ( B2 = electrical) and have been studying for weeks preparing for my exam and have been wondering for a solid 3 hours now how on earth a transistor works on the negative half wave of the AC waveform. I scoured the internet and past papers and study materials for 3 hours until now 2am. And lo and behold. All it took was 1 min and 1 second into your video to simply explain exactly what i needed to know. You bias the signal by shifting it up to a positive waveform to foward bias the P region of the transistor on both half waves of the alternating wave. THANK YOU!!! I never comment. But today you made me. So thanks.
So helpful. Appreciate the explanation!
A great video that is easy to understand. It has helped me tremendously. Please continue to put out great content like this. No one else puts out this type of content that is down to earth and easy to understand.
Thank you! Now i get it. Biasing is like adjusting the sniper's scope so you still get the shot on 'zero'. Lol
Bro, your explanation is better than most of my professors hand down!
the magnets on whiteboard = mind blown!
Beautifully Put. Thank you very much. Keep up the great work.
Excellent - thank you - I love the fuzzy felt !
What you say is correct for isolated power supplies and scopes. On the other hand some scopes grounds are equal to power line ground and also true for non-isolated power supplies. Therefore, you viewers may have big problems (shorts) if the equipment is not isolated. Need some care here. Thanks for your video.
Thank you 🙏
Why couldn't have my professors have been this good in explaining back in my college days.
thanks, i needed to add dc bias for a class d amplifier and you helped me
Love it! you're so clear.