I watched the video multiple times and really enjoyed. This is a real ultimate guide. I admit I have a request for a similar video featuring FET transistors (J-FET, etc. ) and especially their linear part. This would be awesome!
This video was pretty insightful thanks a lot. Will you also cover CLASS AB amplifiers in your future videos, like how you referenced the CLASS A which is the inefficient variant?
For the MOSFET edition, use BS170 N Ch and BS250 P Ch Signal (not power) MOSFETs, they come in TO-92 ❤. DONT use 2N7000 it has SGD pinout which I dont like 😅 😂. BS170 is considered as an equivalent of it. So both these BS components are also available as KL variants, like BS250-KL which are slightly better. So I stock BS170 (non KL) and BS250-KL, so that I getter a better match between the two as BS250 has quite lower performance than BS170, BS250KL gets closer to BS170.
@@SineLab Oh really? I'll give it a try myself! What kind of PSU do you use to need such filters? Not really necessary if you are using batteries for example, right?
@@JazzBerri Nowadays, I use a linear power supply for most things. Though I'd still say to use a filtering capacitor even with something as clean as a battery. You'd be surprised by the noise that can appear.
thanks, analogue components are a special case with a great deal of value in understanding, if you want your finger on the pulse of some environmental variable they are a must!, anything and everything on the subject of transistors and op amps is appreciated, most of what I do is digital and using mosfets to solve most applications, bit lazy I guess😉 even the right MOSFET is enough to give me the shits when combing through yet another pdf data sheet 🙃,Thanks again and keep it up
I gotta applaud how you put together such wonderful videos while presumably doing course work. Enjoyable vid as always
Thanks for watching! It is a careful balance between these videos and the course work. :)
I watched the video multiple times and really enjoyed. This is a real ultimate guide.
I admit I have a request for a similar video featuring FET transistors (J-FET, etc. ) and especially their linear part. This would be awesome!
I have plans for FETs in a future video. :)
So much info in relatively short video, I like that! Quality work, thanks.
This is the most useful BJT information dense video on TH-cam by far. Thank you!
Thank you for watching the video!
Superb, however, need to discuss input and output impedances of common base, common emitter, and common collector configurations.
Excellent....as a circuit designer and a PdD student I request you to please make videos on MOSFETs and related circuits like bootstraping ,etc
Very nice, I am eagerly waiting for the MOSFET video.
i keep learning electronics from guys with impressive eyebrows
Хорошее и понятное объяснение, спасибо.
When my BJT circuits come out right, I'm very happy. Other times they're a mess and I get very sad.
This video was pretty insightful thanks a lot. Will you also cover CLASS AB amplifiers in your future videos, like how you referenced the CLASS A which is the inefficient variant?
Yes, I plan on fitting class AB into a future video.
Great video! I look forward to some more transistor stuff...cheers!
More transistor stuff on the way!
I am still very confused haha, I will probably rewatch the video again
Great content! Keep on!
Thank you!
For the MOSFET edition, use BS170 N Ch and BS250 P Ch Signal (not power) MOSFETs, they come in TO-92 ❤.
DONT use 2N7000 it has SGD pinout which I dont like 😅 😂. BS170 is considered as an equivalent of it.
So both these BS components are also available as KL variants, like BS250-KL which are slightly better.
So I stock BS170 (non KL) and BS250-KL, so that I getter a better match between the two as BS250 has quite lower performance than BS170, BS250KL gets closer to BS170.
I'll have a look at the BS170 :)
Hey, love your channel. I noticed you use ferrule connectors instead of standard dupont. Any particular reason why?
No particular reason, it's just what the jumpers came with. :)
Has nothing to do with transistors but i have to ask, what kind of capacitor do you put in those breadboard power rails??
I put 100nF capacitors for filtering on the rails. It helps a lot.
@@SineLab Oh really? I'll give it a try myself!
What kind of PSU do you use to need such filters? Not really necessary if you are using batteries for example, right?
@@JazzBerri Nowadays, I use a linear power supply for most things. Though I'd still say to use a filtering capacitor even with something as clean as a battery. You'd be surprised by the noise that can appear.
@@SineLab a battery shouldn't give any any issues but now im curious, I'll hook it up to a oscilloscope to see if i get any changes!
thanks, analogue components are a special case with a great deal of value in understanding, if you want your finger on the pulse of some environmental variable they are a must!, anything and everything on the subject of transistors and op amps is appreciated, most of what I do is digital and using mosfets to solve most applications, bit lazy I guess😉 even the right MOSFET is enough to give me the shits when combing through yet another pdf data sheet 🙃,Thanks again and keep it up
I'll be sure to keep up these analog circuit videos!
Which one is better ? Npn or pnp
Neither is better, it depends on what you need to transistor to do.
"anyway" is singular