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SONUS FABER VENERE 3.0

机译:酷似工人的VENERE 3.0

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Sonus faber doesn't specify sensitivity for any of the Venere range but our pink noise figure of 86.9dB for the 3.0 indicates that it is slightly below average for a floorstander of this size. In part this reflects the fact that the largest of the Venere models presents a fairly friendly amplifier load. Although the impedance modulus drops to a minimum of 3.4ohm at 94Hz, consistent with a 4ohm nominal rating, phase angles are well enough controlled for the minimum EPDR (equivalent peak dissipation resistance) to be 2.1 ohm at 130Hz and the same again at 887Hz - not as challenging as some competitors. Frequency response [Graph 1, below] was measured on the axis of the midrange driver, as on the tweeter axis there proved to be a wide depression in presence band output. This means that to hear the most neutral tonal balance from the Venere 3.0 may require a lower than usual seating position, although the adjustable base does provide a slight tilt. Even on the axis of the midrange driver the response is clearly concave in trend, so the tonal balance is likely to be on the warm side of neutral and the stereo image a little recessed. But the response errors, over the range 200Hz-20kHz, are modest at ±3.SdB and ±3.0dB respectively. Pair matching error, over the same frequency range, is a little high, though, at ±1.7dB with quite large, sustained disparity in the two octaves from 1 kHz to 4kHz. Bass extension of 58Hz (-6dB re. 200Hz) is typical for this type of speaker but ultrasonic output declines rapidly above 20kHz. The cumulative spectral decay waterfall [Graph 2] shows fast decay across much of the audible spectrum and little sign of ridges indicating cone breakup.
机译:Sonus faber并未指定任何Venere范围的灵敏度,但是我们的3.0粉红噪声值为86.9dB,表明该尺寸的落地式吸尘器略低于平均值。在某种程度上,这反映了以下事实:最大的Venere型号呈现出相当友好的放大器负载。尽管在94Hz时阻抗模量下降到最小3.4ohm(与4ohm标称额定值一致),但相角得到了很好的控制,以使最小EPDR(等效峰值耗散电阻)在130Hz时为2.1 ohm,在887Hz时再次相同-不像某些竞争对手那样具有挑战性。在中频驱动器的轴上测量了频率响应(下图1),因为在高音扬声器轴上,存在带输出存在很大的压降。这意味着要想从Venere 3.0听到最中性的音调平衡,可能需要比通常的坐姿低一些的位置,尽管可调节的底座确实会产生轻微的倾斜。即使在中音驱动器的轴上,响应也明显趋于凹入,因此,色调平衡可能偏向中性,而立体声声像略有凹入。但是,响应误差在200Hz-20kHz范围内分别在±3.SdB和±3.0dB左右。但是,在相同的频率范围内,对匹配误差有些高,为±1.7dB,在1 kHz至4kHz的两个八度音阶中具有相当大的持续差异。这种类型的扬声器通常具有58Hz的低音扩展(-6dB re。200Hz),但超声输出在20kHz以上会迅速下降。累积的频谱衰减瀑布[图2]显示了大部分可听频谱的快速衰减,很少有表明锥体破裂的山脊迹象。

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    《Hi-Fi News》 |2014年第1期|61-61|共1页
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