A Motherboard or PSU Problem?
A Motherboard or PSU Problem?
Well, I'll get straight down to the point here - Power problems. I've noticed over time my system doesn't like power surges, I.E inserting a USB device such as a scanner or modem that draws power from the system. So, I just assumed it was one of those things, until the other day I put a Network Card in to then find after booting that my Terratec's Frontpanel drive-bay couldn't get any power. The card works fine, but not the bay - Which draws a small amount of power like a USB device, for those unfamiliar with the DMX6Fire Frontbay. So then I took the card out, decided it wasn't needed at this moment in time.
The following day, today, I put another hard-drive in for backing up some large files and other essentials. Same problem, the bay can't get any power to switch on (otherwise known as unstick from "Peak Limit").
Anyone got any ideas?
Hunter
The following day, today, I put another hard-drive in for backing up some large files and other essentials. Same problem, the bay can't get any power to switch on (otherwise known as unstick from "Peak Limit").
Anyone got any ideas?
Hunter
- Mr. Perfect
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<b>
XP1800
PC-Chips Motherboard (Fah!)
512+128mb SD133RAM
40GB HDD
Geforce 3 ti500
DMX6Fire
CODEGEN 300W
ATX 2.03 (P4)
MODEL 300X
AC INPUT 115/230VAC - 8a/4a 60/50hz
AC OUTPUT 115/230VAC - 1a/0.5a 50/50hz
Tsunami CPU Fan & System Fan + Rear mounted exhaust fan.
</b>
Oh and - Typical Descent Bang Boys reply.
EDIT: After some fiddling problem seems resolved... I think
XP1800
PC-Chips Motherboard (Fah!)
512+128mb SD133RAM
40GB HDD
Geforce 3 ti500
DMX6Fire
CODEGEN 300W
ATX 2.03 (P4)
MODEL 300X
AC INPUT 115/230VAC - 8a/4a 60/50hz
AC OUTPUT 115/230VAC - 1a/0.5a 50/50hz
Tsunami CPU Fan & System Fan + Rear mounted exhaust fan.
</b>
Oh and - Typical Descent Bang Boys reply.
EDIT: After some fiddling problem seems resolved... I think
- Mobius
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350 Watts is recommended for Athlon XP systems. You are 50 watts short.
Don't forget: V=I*R
Where V = volts, I = Amps and R = Resistance (Watts)
So, this means, as your load on the powersupply increases the voltages drop. It's quite possible that components are smart enough to know when voltages are too low for consistent operation, and would fail to start up.
Check your Motherboard voltages - they should be VERY close to the spec.
Don't forget: V=I*R
Where V = volts, I = Amps and R = Resistance (Watts)
So, this means, as your load on the powersupply increases the voltages drop. It's quite possible that components are smart enough to know when voltages are too low for consistent operation, and would fail to start up.
Check your Motherboard voltages - they should be VERY close to the spec.
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