Looks like Chris is passing so the school kids can be rock stars. Ryan, I think I will be seeing you this weekend so I can bring them then. Sent from my iPhone using Tapatalk
Cascoded bjt's CSS are linear throughout the audio region.
In comparison the cascoded fet's demonstrate impressive results at DC but drops through out the audio region, and 'meets' the cascoded fet CSS around 3kHz..
I use a T2 CSS in my Blue Hawaii. Don't use the T2 CSS in my Carbon anymore.
Both guitars need to be restrung, I was looking for some string packs I know I have but was not able to come up with them. I was going to hook them up and try them last night but never got around to it and I obviously cannot play the intro to Sweet Child o' Mine without a high E string.
Yay! Thank you! Good to hear you will be able to make it out this weekend, it's been awhile since I've hung out so I'm looking forward to reconnecting with everyone.
I find it hilarious that you managed to get ice cream before you even leave the airport. I went the lazy way tonight and just Traegered the steaks to go with the mushrooms. Sent from my iPhone using Tapatalk
It's not just the bass seal, the high frequency wavelengths approach rhe distance between the driver and the microphone so it's highly directional, and I think something is weird about those measurements as well as the lack of seal. Definitely not an easy task to take measurements that accurately represent what is happening in people's ears, which are all different anyway. And it's certainly still more objective than the typical head fi review.
I don't have a complete updated schematic but the hand-draw images below are the changes I traced on the updated Blue Hawaii. IIRC, the rest of the circuit is the same as the original one (the color image). I built the 2SK216/2SJ79 version so replace the 2SJ79 in the drawing with KSA1220 KSC2690 . The KSA1156 emitter resistors determine the current to the third stage and the current is reduced in this version.
I will add some notes from my own build later.