Слушалки Dan Clark Corina, 88mm говорители, електростатични драйвери, XLR конектор, черни

CORINA

Building on our award-winning VOCE headphones, CORINA delivers numerous sonic, technical, and ergonomic enhancements to create a wonderfully detailed yet sumptuous and inviting musical experience. CORINA delivers all the resolution electrostatic headphone fans crave, with a bottom end and tone worthy of the finest planar headphones

Acoustic Metamaterial Tuning System 

Headphones are subject to standing waves in the higher frequencies, which can make instruments like strings, cymbals, even vocals sound unrealistic and fatiguing.

AMTS is Dan Clark Audio’s patent-pending inline device located between the transducer and ear. AMTS integrates waveguides, diffusion control, quarter-wave, and Helmholtz resonators into one compact structure to eliminate standing waves, dramatically improving system performance.

Diffusion elements reduce standing wave formation while resonators act as both precision and broadband filters to smooth and shape the frequency response from the midrange through the highest frequencies.

By eliminating standing waves and smoothing system response, AMTS renders high frequencies with a refreshing accuracy and clarity with all genres of music.

An Exciting New Sound

Corina’s new tuning offers a weightier and more percussive bottom end, with a wider and deeper soundstage, a stronger bottom end, and a smoother, richer midrange.

Corina delivers a fun yet lifelike tone, sumptuous vocals, and bass that really kicks. Unlike many electrostatics, Corina is even fun with electronica and rock.

The Metamaterial Revolution Continues

CORINA integrates our state-of-the-art Advanced Metamaterial Tuning System (AMTS), allowing us to re-imagine the voicing of CORINA to deliver the most natural midrange we’ve heard in an electrostatic to date, with a top end free of annoying treble spikes.

Specifications

Model: CORINA

Driver Type: Electrostatic

Driver Size: 88mm

Capacitance with 2m Cable: 135 pF

Weight: 465g