very good presentation! funny thing, am used with electronics literature that recommends the use of saturation mode. it is everywhere! we have 2N222, which is recommended for the use with Uce=0.2V. am not countering your presentation, just that it is everywhere, the use with Vc
6:51 you said "300 micro Amps" and wrote 0.3mA, it's consistent, but young players at home might confuse 'm' with 'u'. I would have written '300uA' or said "milli amp".
Thank you for this, this was a great explanation of the BJT!
Thanks for video. I didnot get the saturation mode requirements I hope you spend some time detailing that saturation next video
Wow! 40 years it took my brain to 'get' Superposition in circuits. Thank You
I enjoy your explanation sir. ❤
Wow...this is just what I needed
it is not clear what you need. you made me curious
Reverse mode IS actually used on occasion. IIRC, it results in lower V(sat)!
спасибо!!!)
زبردست
very good presentation!
funny thing, am used with electronics literature that recommends the use of saturation mode.
it is everywhere!
we have 2N222, which is recommended for the use with Uce=0.2V.
am not countering your presentation, just that it is everywhere, the use with Vc
Thanks.
I think that the reverse active mode can be exploited to generate white noise. But I may be wrong.
Hi, at 7.44 - 0,6 V drop in two 1K Ohm resistors and the other 9,4 V dropped at collector to base junction? Could you please clarify this issue?
6:51 you said "300 micro Amps" and wrote 0.3mA, it's consistent, but young players at home might confuse 'm' with 'u'. I would have written '300uA' or said "milli amp".
thank you walter white