Ugh, I learned more in this video about how component values are calculated than 1000s of tutorials about building the circuits themselves but not designing them...
Hi thank you very much indeed for the extremely interesting tutorial. I would like to build a single active device buffer to use as a line stage driver. I cannot understand that it would be better to use a bjt like in the video or a fet. I understand that fets could sound nicer ? more like tubes ? i would be very interested to know your opinion Thanks againa and kind regards, gino
In my most honest opinion I would usually use high input impedance, low noise opamps for audio stuff. I imagine the tube stuff to only matter once the stage gets overdriven. Ofcourse, JFETs have a higher input impedance than BJTs which has their uses. And in my most most most honest opinion, I don't really care for JFET or tube "warmth". It often is a placebo effect where companies make great use of to empty your wallet.
Ugh, I learned more in this video about how component values are calculated than 1000s of tutorials about building the circuits themselves but not designing them...
Hi thank you very much indeed for the extremely interesting tutorial. I would like to build a single active device buffer to use as a line stage driver. I cannot understand that it would be better to use a bjt like in the video or a fet. I understand that fets could sound nicer ? more like tubes ? i would be very interested to know your opinion Thanks againa and kind regards, gino
In my most honest opinion I would usually use high input impedance, low noise opamps for audio stuff. I imagine the tube stuff to only matter once the stage gets overdriven. Ofcourse, JFETs have a higher input impedance than BJTs which has their uses.
And in my most most most honest opinion, I don't really care for JFET or tube "warmth". It often is a placebo effect where companies make great use of to empty your wallet.
Great explanation
Very good. Thanks
Lekker gap
Goeie video
Great!
👍
Woohoo