![]() The XPR-1 runs cool to the touch regardless of how hard you drive it. ![]() Measuring the switching point from low to high rail was almost undetectable and it happens at high power (>300 watts) so its unaudible. Rail switching amps have also come a long way as you can see in my review of the Emotiva XPR-1. Notice how those statements weren't even qualified in the video. It's really not an issue anymore with employment of quality transistors and good amp design. The fear of crossover distortion in Class AB amps has been nullified over 20-30 years ago. Laurie looks like he want's to be somewhere else in much of the video. Man the Santa belly laughs are a bit hard to stomach. ◦9.09" rack depth, including binding posts, excluding cables ◦19.00" W x 3.47" H x 8.33 " D - Excluding feet and connectors ◦19.00" W x 3.88" H x 10.62 " D - Including binding posts, handles and removable feet ◦ 11.04" W x 3.47" H x 8.33 " D - Excluding feet and connectors ◦ 11.04" W x 3.88" H x 9.34 " D - Including feet and binding posts ◦Absolute minimum input voltage = -0.3 VDC ◦Input responds to 3.3 V logic and higher, VIL = 1.26 V, VIH = 2.7 V ◦ 12 VDC 200 mA current-limited output to trigger turn-on of remote devices ◦Unbalanced inputs require RCA to XLRM adapter cables ◦Use Mid-Gain or High-Gain settings for unbalanced inputs ◦High-Gain = 8.2 dBu (2 Vrms), Gain = 23 dB ◦133 dB Unweighted, 20 Hz to 20 kHz, Bridged Monoġ kHz, 80 kHz LPF, at full rated output into any rated loadġ kHz, 20 kHz LPF, at full rated output into any rated load ◦130 dB Unweighted, 20 Hz to 20 kHz, Stereo Mode ◦240 W/channel into 3 Ohms, both channels driven ◦190 W/channel into 4 Ohms, both channels driven ![]() ◦130 W/channel into 6 Ohms, both channels driven ◦100 W/channel into 8 Ohms, both channels driven ![]()
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