









Artículo: AMZ-B0C5RB6P7J
Violectric V222 Headphone Amplifier, Black
Sin stock
2.88 kg
No
Nuevo
Amazon
- Lowest noise - due to a very small internal gain. As a result, the inherent noise of the amplifiers is inaudible.
- High output voltage - due to 50 volt internal operating voltage. Therefore ideally suited for high-impedance headphones.
- High output power - through powerful amplifiers that can deliver far more power than even the most demanding headphone can need. Therefore ideally suited for headphones with low impedances and also magnetostats.
- High damping factor - due to the lowest output impedance. Therefore ideally suited to control even the most difficult headphones without influencing them with a guarantee for an uncompromising frequency response.
- Line input: Stereo XLR, balanced, Stereo RCA, unbalanced; Headphone outputs: 1 x 4-pin XLR balanced, 1 x Pentaconn symmetrical, 1 x 6.3 mm jack unbalanced
Sin stock
Seleccione otra opción o busque otro producto.
Conoce más detalles
The Violectric HPA V222 is a balanced headphone amplifier and as a real balanced amplifier, it offers four output stages and not only balanced connection options. It is a further development of the multiple test winners HPA V200 and HPA V280 and offers the incomparable natural and pleasant sound that made its predecessors famous. With its special technology, the HPA V222 not only offers one of the most powerful headphone amplifiers on the market. Features The rear line inputs can be selected via a switch on the front. The activated and buffered signal reaches the four power amplifiers after the RK 27 volume control. power amplifiers, which are a further development of the famous V200 circuits. Connect your (balanced) headphones to the HPA V222 and enjoy a compact and fantastic sounding headphone amplifier with the vaunted natural, smooth yet precise Violectric sound. LOW NOISE due to a very small internal amplification. As a result, the amplifier's inherent noise is inaudible. HIGH OUTPUT VOLTAGE due to 50 volts internal operating voltage. Therefore best suited for high impedance headphones. HIGH OUTPUT POWER due to powerful amplifiers that can deliver far more power than even the most demanding headphones can use. Therefore ideally suited for headphones with low impedances and also magnetostats. HIGH DAMPING FACTOR due to lowest output impedance. Therefore ideally suited to drive even the most difficult headphones without interference, with a guarantee of uncompromised frequency response.