Sony MDR1AM2 Auriculares con cable de audio de alta resolución negro (MDR-1AM2 / B)

-Titulo Original : Sony MDR1AM2 Wired High Resolution Audio Overhead Headphones, Black (MDR-1AM2/B)

-Fabricante :

Sony

-Descripcion Original:

High-resolution Audio compatible // Responsive liquid crystal polymer driver for clarity // Smartphone compatible with in-line remote mic // Heavyweight bass with beat response control // Swivel ear cups for portability // In the box: Carrying Pouch, Headphone cable (inline remote and microphone) (approx. 3.94 ft), Balanced-connection headphone cable (approx. 3.94 ft) // Connectivity technology : Wired // Take your digital music collection to another level with High-Resolution Audio. By digitally capturing music at a higher rate than CD, High-Resolution Audio allows you to get closer to the original studio recording and enjoy your music just as the artist intended. Aluminum-coated LCP Diaphragm for More Precision An aluminum-coated, liquid crystal polymer diaphragm gives a more consistent and precise sound across the entire frequency range than even a conventional LCP driver. High frequencies uniquely contained in High-Resolution Audio especially benefit from the added rigidity, and energy lost during transmission to the headphone housing is more uniform, ensuring a true and authentic performance. Wide Frequency Response for a Full Range of Sound The wide-band frequency range – spanning 3Hz to 100kHz – is designed for a broad variety of music styles. Such a wide frequency response ensures even advanced audio formats, which require a much larger spectrum, can be accurately reproduced without hard limits or frequency roll-off, giving your music more life and realism. Patterned Grill for Smooth Ultra-highs Grills help to protect the precision headphone diaphragm and are designed specifically for passing ultra-high frequencies without introducing ‘color’ to the sound. The grill pattern is based on a Fibonacci sequence to ensure no frequency is boosted or cut. The result is a smooth, refined sound right across the frequency range.