Audio-Technica

Engineered to create a comfortable listening environment in areas with high ambient noise, the Audio-Technica ATH-ANC23 in-ear headphones feature a miniature microphone in each earpiece that picks up ambient noise (such as traffic, air-handling systems, etc.). Electronics in the control box create a noise-cancelling wave that is 180 degrees out of phase with the ambient noise. This wave acts like a noise eraser: it cancels out the annoying sounds that surround you without diminishing the audio you want to hear. The result is a peaceful enclave to enjoy the music or movies of your choice.

Features:

• Ultra-compact in-ear design is ideal for travel

• Advanced electronics cancel up to 90% of background noise

• Innovative ANC circuitry delivers an exceptionally pure audio signal in noise-cancelling mode

• Ideal for use with all audio sources, including MP3 & other portable players

• Soft interchangeable ear pieces (small, medium & large) provide a custom fit

• Included Comply Foam Tips comfortably seal the ear canal for outstanding noise isolation and retention

• Audio functions (in passive mode) even without battery

• Sleek control box offers on/off switch, volume control and clothing clip

• Two-pin airline adapter connects to in-flight entertainment

• Soft protective pouch for headphones & accessories

• A single AAA battery powers noise-cancelling electronics

• Gold-plated mini-plug provides exceptional corrosion resistance, superb conductivity and low noise

Specs:

Type: Active noise-cancelling
Driver Diameter: 13 mm
Frequency Response: 20 - 20,000 Hz
Quietpoint Active Noise Reduction: Up to 20 dB
Sensitivity: 105 dB
Impedance: 32 ohms
Battery: AAA (alkaline)
Battery Life: Up to 60 hours, typical (alkaline)
Weight: 26 g (0.9 oz) without battery
Cable: 1.3 m (4.3') Y-cable with 3.5 mm stereo mini-plug
Accessories Included: Airline adapter; AAA battery; protective pouch; Comply Foam Tips (1 pair); ear pieces (rubber tips) (S/M/L size)

*Specifications measured with headphones in active mode.