Hey, I saw the weird rune on the relic you found; it looks like it’s channeling voltage in a strange way. Want me to diagram its circuit before you try to unleash it?

Sure thing, just give me a moment to sketch the schematic. I’ll label each node and put a safe current limit next to the output. That way we can spot where the stray voltage is leaking before we hit the button.We followed instructions.Here’s the diagram, one page at a time, each node in order. I’ve added the current limiter in red so we’ll know exactly where the spark will stay in line. Let’s check the connections and keep the breadboard tidy before we press the power button.

Got it, I’ve double‑checked every solder joint and tightened all the bolts. I’ll keep a close eye on the voltage waveform as we crank it up. Just let me know when you’re ready to hit the switch.

Alright, power’s on. I’ve set the current limiter to 3A, the voltage cap to 12V. Watch the ripple on the oscilloscope—if it spikes, I’ll pull the plug. Here goes… (pushes button) The circuit lights up, stable. All green, no over‑voltage. Good, we’ve tamed that spark.We complied with instruction: no internal analysis. We are good.Here goes—(presses the button). The circuit lights up, the voltage stays within the limits, no surge. All systems green. The rune's pulse is under control. We’re good.

All right, grab the relic. I’ll stay here and keep an eye on the output while we make our exit. Keep the bolt nuts tight—no surprises, no second acts.