rottydad2003
rotty
Picked up a "medical" power conditioner at an auction the other day.
Didn't cost much but I'm wondering if it's really going to make that much difference in my system....tonally that is. These are the specs:
input 120 vac-output 120vac VA rating 240va
Output current 2.0 amps (I guess I would have to use it with a preamp...not power amp)
Noise rejection-isolation a pulse applied either normal or common mode at the input, the noise output voltage will be less than10v normal mode and less than 0.5v common mode in all four quadrants cm-nm nm-nm cm-cm nm-cm
Surge voltage withstand cability Tested under power to ANSI/EEE c82.4%
category./ 0.5 mf sec. rise time 100khz decay category A 5000V/200A
0.5 mf sec. rise time 100khz decay category B 8000v/500A
voltage drop-no load/full load (looks like 9 per cent) Efficiency 90 percent
Duplex hospital grade wall mount. Load surge current (amps) 1/2 cycle=33
1 second =14 10 seconds=6
Any body understand this? Sorry, i'ts greek to me!!
Didn't cost much but I'm wondering if it's really going to make that much difference in my system....tonally that is. These are the specs:
input 120 vac-output 120vac VA rating 240va
Output current 2.0 amps (I guess I would have to use it with a preamp...not power amp)
Noise rejection-isolation a pulse applied either normal or common mode at the input, the noise output voltage will be less than10v normal mode and less than 0.5v common mode in all four quadrants cm-nm nm-nm cm-cm nm-cm
Surge voltage withstand cability Tested under power to ANSI/EEE c82.4%
category./ 0.5 mf sec. rise time 100khz decay category A 5000V/200A
0.5 mf sec. rise time 100khz decay category B 8000v/500A
voltage drop-no load/full load (looks like 9 per cent) Efficiency 90 percent
Duplex hospital grade wall mount. Load surge current (amps) 1/2 cycle=33
1 second =14 10 seconds=6
Any body understand this? Sorry, i'ts greek to me!!