Tag: How It Works
Behind the Scenes – Capharnaüm – Part 3: How It Works
Capharnaüm was built to create a massive, layered fuzz sound that stays musical and dynamic, avoiding the sudden gating or cut-off typical of extreme fuzz circuits.By blending two very different gain textures and shaping them carefully after summing, it offers an unusually versatile yet chaotic character. Splitting the chaos. After a buffered input stage, the… Read more
Behind the Scenes – Twin Peaks Eiger-Mönch – Part 3: How It Works
Complex Design, Simple Use At its core, the Twin Peaks Eiger-Mönch features a carefully engineered delay circuit. While it offers plenty of sonic depth, its interface remains intuitive and rewarding. We didn’t want to create a pedal with extreme, gimmicky settings that sound great once and then collect dust. Instead, we built something that works… Read more
Behind The Scenes – Mo(s)ghoul – Part 3: How It Works
If Mosferatwo delivered amp-like overdrive and Tri-Hormonic Phalanx expanded into multistage harmonic distortion, then Mo(s)ghoul takes things into high-gain territory, pushing MOSFET saturation to the extreme. Designed to be brutal yet dynamic, Mo(s)ghoul doesn’t rely on traditional clipping diodes or external soft-clipping elements. Instead, it stacks multiple MOSFET gain stages in series, progressively increasing saturation… Read more
Behind The Scenes – Tri-Hormonic Phalanx – Part 3: How It Works
More Than Just a Boost Pedal The Tri-Hormonic Phalanx isn’t just another boost pedal—it’s a multi-stage tone enhancer that gives you full control over your sound, from clean boost to dynamic harmonic enhancement. Unlike conventional boost pedals that simply raise volume, the Tri-Hormonic Phalanx actively shapes and enhances the signal before it reaches the rest… Read more
Behind The Scenes – Mosferatwo – Part 3: How It Works
Mosferatwo Pedal Circuit Design The Mosferatwo is not your typical overdrive pedal. Its unique sound comes from its carefully crafted circuit, designed entirely with MOSFET (Metal-Oxide-Semiconductor Field-Effect Transistor) technology. MOSFETs are used throughout the pedal. Not only in the clipping stages but also in the op-amps and transistors for amplification. Shaping its dynamic and responsive… Read more