This simplicity is a double-edged sword. It makes the FX brutally honest. It has no "house sound" to mask a poor recording. Play a thin, bright CD, and the FX will punish you with clinical ferocity. Play a well-recorded jazz trio, however, and the amplifier disappears. The silence between notes is so profound that you hear the recording venue’s ambient air, not the amplifier’s noise floor. To describe the FX’s sound, one must abandon the usual audiophile clichés. It does not sound "warm" (like a tube amp) nor "cold" (like a poorly designed solid-state amp). Instead, it sounds fast .
The FX is, in fact, a "Class A" amplifier for the first critical 10 to 15 watts. Only when pushed harder does it slide gracefully into Class B. This is not a marketing gimmick; it is a sonic philosophy. By keeping the output devices constantly biased “on,” the FX eliminates crossover distortion—the tiny notch of discontinuity that occurs when transistors switch on and off. This grants the amplifier an almost tube-like liquidity in the midrange, but with the grip and speed of solid-state. Open the lid of an FX, and a minimalist gasps with joy; a maximalist weeps. Where other amplifiers looked like circuit boards suffering from acne—covered in capacitors, relays, and protection circuits—the FX is spartan. Its signal path is vanishingly short. musical fidelity fx power amplifier
On paper, this was a failure. In practice, it was a liberation. Michaelson understood a dirty secret of the audio industry: high global negative feedback, the tool most engineers used to achieve high wattage with low distortion, was the enemy of transient response and harmonic integrity. The FX was designed around a different principle: This simplicity is a double-edged sword
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