AUDIO-TECHNICA ATH-A2000Z ART MONITOR® UŽDAROS AUSINĖS DAŽNIŲ JUOSTA 5 – 45,000 HZ VARŽA 44 OMAI JAUTRUMAS 101 DB/MW

Ausinės su dinaminiais 53mm draiveriais ir  skleidžiančios išskirtinę Hi-Res garso patirtį!

The ATH-A2000Z Art Monitor® closed-back dynamic headphones feature proprietary large-aperture 53 mm drivers to deliver exquisite Hi-Res Audio reproduction. The hand-assembled drivers include a top-quality German Permendur* magnetic circuit with significant magnetic flux density, OFC-7N bobbin-wound voice coils for ultra-efficient signal transmission, a pure iron yoke for superior transient response, and a top-mounted PCB for smoother airflow that enables precise diaphragm movement.

The housings of the ATH-A2000Z are crafted from rigid, pure-titanium housings and incorporate a lightweight magnesium alloy baffle to reduce unwanted resonance. The housings also feature Audio-Technica’s Double Air Damping System (D.A.D.S) for deep, natural-sounding bass reproduction. The bass is further extended by the headphones’ stitched, ergonomic earpads, which provide outstanding sound isolation along with unmatched comfort. The auto-adjusting fit of A-T’s improved 3D wing support system adds to the comfort, allowing you to listen to the headphones’ pure, high-resolution audio for hours on end. 

*A material offering excellent magnetic characteristics, Permendur is used for some compression drivers and other highly efficient magnetic products.

Savybės

• Newly designed 53 mm drivers with OFC-7N bobbin-wound voice coils

• Hand-assembled drivers include top-mounted PCB, Permendur* magnetic circuitry and pure iron yoke, ensuring precise diaphragm movement and superior transient response

• High-rigidity titanium housings

• Lightweight magnesium alloy baffle decreases unwanted resonance

• Proprietary 3D wing support system for excellent fit

• Stitched, ergonomic earpads offer superior comfort and sound isolation

• 3.0 m (9.8') OFC-6N dual-sided, four-core cable with elastomer sheath

• Includes 6.3 mm (¼") stereo adapter

Techniniai duomenys