Фонокорректоры — Air Tight ATE-3011

The ATE-3011 is a phono preamplifier from Air Tight, built with a fixed 40 dB gain suited to moving-magnet cartridges. Air Tight is a Japanese manufacturer with a strong reputation for tube-based amplification and phono stages, generally favouring a more overtly voiced, musical presentation over a purely measurement-led design philosophy.

Key specs that matter

Two single-ended inputs are provided. MM/MC impedance is a standard 47 kOhm, the conventional setting for moving-magnet cartridges. Rated bandwidth is 50 Hz to 20 kHz, a narrower window than some rivals quote, though still comfortably covering the audible range most listening material actually uses. Distortion is 0.02%, a modest figure by solid-state standards, though entirely typical for a tube-based phono stage measured under similar conditions. At 400 x 375 x 151 mm and 12.2 kg it is a substantial chassis, consistent with a tube-based circuit and its accompanying transformer and power supply requirements.

Sound and use context

Expect a straightforward presentation suited to moving-magnet cartridges given the fixed 47 kOhm loading and 40 dB gain, with the tube-based circuit design likely contributing a warmer, more harmonically rich character than a typical solid-state phono stage would deliver at a similar price.

Pairing

The fixed 47 kOhm impedance suits moving-magnet cartridges directly; a low-output moving-coil cartridge would need a separate step-up device to work with this unit's fixed gain structure.

Alternatives

Air Tight's broader phono and amplifier range includes tube-based designs typical of the brand's heritage, worth exploring if this model's fixed gain and impedance prove too limiting for a specific cartridge choice. Air Tight's tube-based approach to phono reproduction sits in contrast to the more common solid-state designs found at similar price points from other manufacturers, and buyers specifically seeking that warmer, more harmonically engaged character should find this a genuine alternative worth auditioning directly against a solid-state competitor. The fixed gain and impedance here simplify the buying decision considerably, at the cost of the flexibility a switchable design would offer. Tube replacement and biasing, where applicable, should be factored into the long-term running costs of a design like this one, unlike a solid-state phono stage that typically needs no such maintenance.