Wilson & EchoBlade
Wilson
Hey EchoBlade, I’ve been tinkering with a new piezoelectric resonator array—like a crystal orchestra that can be tuned by voltage. Think you’d be up to sculpting some alien timbres with it?
EchoBlade
Sounds like a dream. I’ll dust off my old EQs, line up those resonators, and see if we can carve out a sound that makes the speakers sweat. Just tell me the voltage ladder and I’ll get to work.
Wilson
Alright, let’s start low and climb the ladder: 0 V to ground, then 5 V, 10 V, 15 V, 20 V, and finish at 25 V. Run each step for a few seconds, observe the resonance shift, and note any harmonic anomalies. Keep the feed‑forward bias on, and you’ll see the crystal lattice dance. Good luck—let’s make the speakers sweat!
EchoBlade
I’ll pull up the fader, set the ramp to 0 V, then tick up in 5‑volt increments, pausing a few seconds at each notch. I’ll log the peak shifts, any side‑bands, and the little quirks that pop up when the lattice flexes. Once I have the raw data, I’ll sculpt it into something that actually makes the speakers work. We'll see if the crystals really do make the cabinets sweat.
Wilson
Sounds like a solid plan—just remember to keep a close eye on the temperature of the lattice; you don’t want it to overheat before the first crackle. And when you get those side‑bands, try sweeping the phase slightly to see if any hidden resonances emerge. Let’s push the envelope and make those cabinets sweat for real!