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Pass Labs XVR-1

0% – 3 Year Financing Available!!

Pass Labs XVR-1

XVR1’s have been created over a period of several years for our own loudspeaker design efforts, and it is the design that ultimately performed with the most flexibility and quality, and gave us the most satisfaction with the end result.

Pass Labs

Product Description

PASS LABS BROCHURE – CLICK TO VIEW BROCHURE

0% – 3 Year Financing Available!!

Pass Labs XVR-1

XVR1’s have been created over a period of several years for our own loudspeaker design efforts, and it is the design that ultimately performed with the most flexibility and quality, and gave us the most satisfaction with the end result.

Discrete Electronic Crossover

 Higher power

available voltage is nearly doubled, and power is quadrupled

Better use of power
helping the loudspeaker driver to start and stop its motion more quickly

Higher damping factor

Lower distortion

More control and flexibility
The XVR1 is probably the most flexible electronic crossover in existence. It has literally millions of possible settings available for you.

 

SPECIFICATIONS

Input Impedance, Bal. (Kohm)  =  66
Maximum Input, Bal. (Vrms)  =  30
Maximum Output, Bal. (Vrms)  =  30
Input Impedance, SE (Kohm)  =  44
Maximum Input, SE (Vrms)  =  15
Maximum Output, SE (Vrms)  =  15
Input CMRR  =  -60 dB @ 20 KHz
Crosstalk  =  -80 dB @ 20 KHz
Output Impedance  =  200 ohm balanced differential, 100 ohm single-ended
Gain, Input to Output (Low Q)  –  XLR = 5.6 dB, RCA out = -0.4 dB
Gain, Input to Output (Med Q, 6/12 dB/oct)  –  XLR = 8.6 dB, RCA out = 2.6 dB
Gain, Input to Output (Med Q, 18/24 dB/oct)  –  XLR = 13.4 dB, RCA out = 7.4 dB
Gain, Input to Output (Hi Q, 6/12 dB/oct)  –  XLR = 11.6 dB, RCA out = 5.6 dB
Gain, Input to Output (Hi Q, 18/24 dB/oct)  –  XLR = 17.6 dB, RCA out = 11.6 dB
All Pass Bandwidth (Low Pass)  =  -0 @ 10 Hz, -0 @ 100,000 Hz
All Pass Bandwidth (High Pass)  =  -1 @ 10 Hz, -0 @ 100,000 Hz
Distortion + Noise (0.2 V to 30 V balanced, 20 Hz to 20 KHz)  =  0.05%
Distortion + Noise (3 V balanced, 1 KHz)  =  0.002%
Filter characteristic (High Pass)  =  6/12/18/24 dB/oct, 22 Hz to 18 KHz in 39 steps
Filter characteristic (Low Pass)  =  6/12/18/24 dB/oct, 22 Hz to 18 KHz in 39 steps

 

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SPECIFICATIONS
Pass Labs XVR-1 Preamplifer

Input Impedance, Bal. (Kohm)  =  66
Maximum Input, Bal. (Vrms)  =  30
Maximum Output, Bal. (Vrms)  =  30
Input Impedance, SE (Kohm)  =  44
Maximum Input, SE (Vrms)  =  15
Maximum Output, SE (Vrms)  =  15
Input CMRR  =  -60 dB @ 20 KHz
Crosstalk  =  -80 dB @ 20 KHz
Output Impedance  =  200 ohm balanced differential, 100 ohm single-ended
Gain, Input to Output (Low Q)  –  XLR = 5.6 dB, RCA out = -0.4 dB
Gain, Input to Output (Med Q, 6/12 dB/oct)  –  XLR = 8.6 dB, RCA out = 2.6 dB
Gain, Input to Output (Med Q, 18/24 dB/oct)  –  XLR = 13.4 dB, RCA out = 7.4 dB
Gain, Input to Output (Hi Q, 6/12 dB/oct)  –  XLR = 11.6 dB, RCA out = 5.6 dB
Gain, Input to Output (Hi Q, 18/24 dB/oct)  –  XLR = 17.6 dB, RCA out = 11.6 dB
All Pass Bandwidth (Low Pass)  =  -0 @ 10 Hz, -0 @ 100,000 Hz
All Pass Bandwidth (High Pass)  =  -1 @ 10 Hz, -0 @ 100,000 Hz
Distortion + Noise (0.2 V to 30 V balanced, 20 Hz to 20 KHz)  =  0.05%
Distortion + Noise (3 V balanced, 1 KHz)  =  0.002%
Filter characteristic (High Pass)  =  6/12/18/24 dB/oct, 22 Hz to 18 KHz in 39 steps
Filter characteristic (Low Pass)  =  6/12/18/24 dB/oct, 22 Hz to 18 KHz in 39 steps

PASS LABS BROCHURE – CLICK TO VIEW BROCHURE

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