CD players sold in Japan can work in US with no problem?


I found Marantz CD players sold in Japan and US have a slightly different specs on power and frequency.
For Japan models, it says 100V~ and 50/60Hz. 
For US models, it says 120V~  and 60Hz.
So, those sold in Japan can work in US without any problem? Or, vice versa?
I would think so, but just want to make sure whether the 20V difference would make any difference.
ihcho

Showing 2 responses by almarg

@jkbtn, I see in one of your other posts that your Accuphase preamp is apparently a C-280.  I took a look at its manual, which can be found at hifiengine.com if one is registered there, and it is described as having switches located behind a removeable part of the rear panel which allow the AC voltage it is operated with to be selected between 100, 117, 220, and 240 volts.  I'm thinking that 20+ years ago it was probably set to 117 by you or whomever you purchased it from, if not by the manufacturer.

+1 to the good comments by Sleepwalker65.  I suspect, btw, that Geoff's comment was a facetious reference to his use of "portable Panasonic CD players" that are battery powered :-)

Finally, I would re-emphasize my earlier reference to the possibility that running a component with 20% or so more AC voltage than it was intended to be used with may affect sonics.  I find it ironic that some audiophiles concern themselves with minutiae such as which way a fuse is oriented, but it seems in many cases wouldn't think twice about the possibility that sonic consequences could result from such a major difference in voltage. 

Regards,

-- Al
 
Assuming the player uses linear voltage regulators, which is a good bet, running the player with 20% more AC voltage than it is nominally intended to be used with will cause the amount of power that is dissipated by some of the parts in the regulator circuits to increase to levels that the designer most likely didn’t anticipate. Consequently both the temperature of those parts and the overall internal temperature of the player will increase to unanticipated levels. Also, of course, the voltages seen by the power transformer, by capacitors in the power supply, and perhaps by other components will increase, relative to what the designer anticipated. None of those factors are good news with respect to long term reliability.  And conceivably with respect to sonics as well.

In addition to the converter that was suggested by Elizabeth you can find inexpensive converters here:

https://www.voltageconverters.com/

Regards,

-- Al