Recent content by Cybercow

Alrighty then! I'm going to jump to R08 - 'Dual-Tank Stereo Spring Reverb' for now. R05 (Slow-Attack Auto-Volume Reverb), R06 (Diffuse Multi-Tap Tape Reverb) & R07 (Reverse-Envelope Gated Reverb) are all presenting a good bit of challenge for the time being. We might need to settle on using...

Great! Here are two candidates for R04 . . . . Multi-LFO Detuned Chorus Reverb: Dense stereo reverb tank with multiple out-of-phase LFOs modulating internal delay taps to simulate ensemble movement. R04_Stereo_Chorus_Reverb_02b.spcdj { "formatVersion": 1, "buildNumber": 1070, "type"...

R03_Stereo_Shimmer_Reverb_05c.spcdj { "formatVersion": 1, "buildNumber": 1070, "type": "patch", "patchFileName": "R03_Stereo_Shimmer_Reverb_05c.spcdj", "comments": { "fileName": "R03_Stereo_Shimmer_Reverb_05c.spcdj", "version": "Patch saved from SpinCAD Designer version 1070"...

Here are the first two of three fresh candidates for R03 . . . . (the 1st two are here and the third is in the next post) R03_Stereo_Shimmer_Reverb_05.spcdj { "formatVersion": 1, "buildNumber": 1070, "type": "patch", "patchFileName": "R03_Stereo_Shimmer_Reverb_05.spcdj", "comments"...

Fair enough. Some of these are being a challenge to get even close too. Just got from outta town, so gimme a little bit to catch up with myself and I'll giver another go.

Sublimation is a different process as sublimation ink printers are made for transfers to various materials; regular papers NOT being a good medium. Your best bet is inkjet or laser printing for decal stock.

No. The tremolo is ONLY affected by the design of the algorithm (patch) in the EEPROM. All the pins, pots and resistors are just a means of accessing any specific algorithm (patch) in the EEPROM. In a typical FV-1 circuit, there are up to three pots designated to manipulate the editable...

Noted and recorded. Here's candidate R03 . . . . Dense stereo reverb tank with multiple out-of-phase LFOs modulating internal delay taps to simulate ensemble movement. R03_Stereo_Shimmer_Reverb_04b.spcdj { "formatVersion": 1, "buildNumber": 1070, "type": "patch", "patchFileName"...

I do not believe it actually effected the tremolo in any way except to change the patch. The activity on the FV-1's pins 16, 17 & 18 only has bearing with algorithm (patch) selection. I'm reasonably sure the reviewer didn't understand the schematic.

What the reviewer wrote is just wrong. Changing the values of those two resistors will do nothing. The three switch control inputs (pins 16, 17 & 18 - of which 16 & 17 are connected to R7 & R16) are digital in nature - On or Off; being either 3.3V or Ground. You did well to sort out that the 10K...

I do not. I was just correcting some errors in the originally posted mod notes. It's generally safe to socket parts and try different values.

How did you get all those BJTs to stick to the fence like that?

Gotcha. And as a heads-up, the Instruction Line count bar at the bottom seems to be off. As I've been go thru these patch iterations and test the SpinASM code, the actual number of code lines is less than SpinCAD 99.1070 is reporting. I had one that read 135 but when converted to an actual...

Will do DL! Thanks.

Here are two candidates for R01 - High-Diffusion Ambient Cloud Reverb: Multi-tap delay network feeding an 8-stage comb/allpass matrix configured for high diffusion and seamless, blooming sustain. R01_Stereo_Ambient Reverb_04.spcdj { "formatVersion": 1, "buildNumber": 1070, "type"...