Explain this to me, please. My satellite receiver runs hot to the touch, but only when I have on the stereo system that it feeds into. If I have the satellite receiver on and the stereo system off, the satellite receiver generates virtually no heat at all. Can you explain this to me?
Ok, You Electronic Geniuses
- Thread starter HamerPlyr
- Start date
That90'sGuy
DyzaBoyzologist
Re: Ok, You Electronic Geniuses
When electrons flow through an alternating current circuit, they give off an electromagnetic field (which often leads to heat). The stereo might be giving off heat and it's causing the receiver to get hot to the touch. Somehow I'm thinking the receiver may be amplifying the electromagnetic field that's being given off from the stereo as well.
I have no idea if this is truly correct, but if I were to take a logical guess, this is the best I can come up with at 2:25am
When electrons flow through an alternating current circuit, they give off an electromagnetic field (which often leads to heat). The stereo might be giving off heat and it's causing the receiver to get hot to the touch. Somehow I'm thinking the receiver may be amplifying the electromagnetic field that's being given off from the stereo as well.
I have no idea if this is truly correct, but if I were to take a logical guess, this is the best I can come up with at 2:25am
Sludgenutz
New member
Re: Ok, You Electronic Geniuses
How is the wiring and outlets? Have you tried one of those 3-light-output testers in the outlets?
How is the wiring and outlets? Have you tried one of those 3-light-output testers in the outlets?
Citizen Insane
New member
Re: Ok, You Electronic Geniuses
The stereo system must simply draw a lot of current.
A number of things could cause this, including a short somewhere in the input stage of the stereo or an open somewhere in the output stage of the receiver, or the impedences just not matching up; it could be many other circuit features-- though none necessarily bad.
Any time current flows-- through the receiver, for instance-- power is dissipated as heat. Since this power is proportional to the square of the current, a small increase in current can produce considerable heat dissipation.
:burnout:
The stereo system must simply draw a lot of current.
A number of things could cause this, including a short somewhere in the input stage of the stereo or an open somewhere in the output stage of the receiver, or the impedences just not matching up; it could be many other circuit features-- though none necessarily bad.
Any time current flows-- through the receiver, for instance-- power is dissipated as heat. Since this power is proportional to the square of the current, a small increase in current can produce considerable heat dissipation.
:burnout:
Artie
Peaveyologist
Re: Ok, You Electronic Geniuses
Do both units seem to function properly during this condition? Is this a simple Sat-audio out --> stereo-audio in connection, through RCA cables? There's no amount of impedance mismatch that would cause this. For one thing, the input impedance isn't affected by the power switch. It almost sounds to me like you have either an extraordinary ground loop, or an actual component failure requireing proffessional service.
If the AC plug of either unit isn't polarized, try reversing it. Also, make sure both units are powered from the same receptacle. One may be reversed. Slide the tips of your fingers gently across bare metal on both units, (like a Quiji board), and see if you feel a subtle vibration. (One unit at a time.) Thats an indication that the chassis is "hot".
Artie
Do both units seem to function properly during this condition? Is this a simple Sat-audio out --> stereo-audio in connection, through RCA cables? There's no amount of impedance mismatch that would cause this. For one thing, the input impedance isn't affected by the power switch. It almost sounds to me like you have either an extraordinary ground loop, or an actual component failure requireing proffessional service.
If the AC plug of either unit isn't polarized, try reversing it. Also, make sure both units are powered from the same receptacle. One may be reversed. Slide the tips of your fingers gently across bare metal on both units, (like a Quiji board), and see if you feel a subtle vibration. (One unit at a time.) Thats an indication that the chassis is "hot".
Artie
Re: Ok, You Electronic Geniuses
Both function fine, just the satellite receiver gets hot. Yes, simple audio out via RCA to audio in of the stereo receiver. Both plugs are grounded. See why I'm curious? I can't figure out why this thing would run so hot, but the fact that it runs cool until the stereo is turned on would seem to indicate something. I don't know what that "something" is.
ArtieToo said:
Both function fine, just the satellite receiver gets hot. Yes, simple audio out via RCA to audio in of the stereo receiver. Both plugs are grounded. See why I'm curious? I can't figure out why this thing would run so hot, but the fact that it runs cool until the stereo is turned on would seem to indicate something. I don't know what that "something" is.
Artie
Peaveyologist
Re: Ok, You Electronic Geniuses
Well, I looked over the specs, and there's no good reason for this to be happening. The input impedance of the Sony input jack is 47k. The Kenwood should be able to handle that with ease. I don't know what to suggest except that the possibility that one of the units has a problem. Then again, if it works ok, maybe not. I wouldn't think that a unit like that should get hot, however.
Well, I looked over the specs, and there's no good reason for this to be happening. The input impedance of the Sony input jack is 47k. The Kenwood should be able to handle that with ease. I don't know what to suggest except that the possibility that one of the units has a problem. Then again, if it works ok, maybe not. I wouldn't think that a unit like that should get hot, however.
PFDarkside
of the Forum
Re: Ok, You Electronic Geniuses
Is that an early generation Sirius reciever? My old XM recievers get stupid hot because of the chipsets in the older ones. Could it possibly just be coincidence? If you turn the Kenwood on and leave it on for 4 hours with no reciever on does it stay cool?
Is that an early generation Sirius reciever? My old XM recievers get stupid hot because of the chipsets in the older ones. Could it possibly just be coincidence? If you turn the Kenwood on and leave it on for 4 hours with no reciever on does it stay cool?
