Hi, I connected the camera to a power supply which might have been set to a too high voltage. Now there is no reaction of the camera whatsoever (with batteries or with the correct power suppy). I believe that there must be a fuse somewhere in the circuit which might have blown. Does anybody know where it could be? The camera was working perfectly and I do not want to throw it off. Thanx, D.
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Re: Olympus C3000 fuse blown?
Hi, I'm afraid that I think your camera is now 'unrepairable' your last option is now to send it back to Olympus, or a camera repair shop for a formal checking and report. If you are insured for accidental damage on your home insurance you may be able to claim thDave Harpere replacement on that if the camera proves to be totallt gone - and they may want a report on it. Sorry to be the bringer of bad news.
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If the unit is totally dead meaning no standbye light of or nothing on the display its dark, then you may of blown the AC line fuse. This is the first thing to check the fuse is inside the unit you can trace its location by taking off the top of the VCR and tracing the pwr cord to the point where it connects to the power supply, here is where you will find the AC line fuse use a ohm meter set on continunity to check the fuse for open condintion. If open or blown replace with same voltage and Amperage rating as indicated on the board or the fuse itself. If you find the fuse is good then you have a power supply standbye voltage missing and is related to the power supply. In which case it may be cheaper to just purchase another.
hi...if you have plug the TV in 22oV instead of 11V..it automatically blown the fuse..the power supply has this Varistor it will shorted and blown the fuse if detected high voltage....I suggest you replace the fuse and check for any other defective parts in the power supply section....check for bloated capacitors.. shorted power switching transistor... if none TEST RUN..let see if your TV will switch ON...please rate and vote...
You have a diode arrangement in your power supply that converts the AC power to DC power so that it can be stepped up to operate the high voltage power supply of the set. If those diodes are blown, which happens frequently in a storm, then you have no voltage to your high voltage. You are going to have to check that diode arrangement by making a continuity check both ways on each diode. A diode blocks voltage one way but lets it pass the other way, thus producing a DC voltage.
TROUBLESHOOTING OPERATING PROBLEMS The camera does not work. 1 The power is OFF. [ Set the Mode dial to turn on the power. (P. 36) 2 The batteries are loaded incorrectly. [ Reload the batteries correctly. (P. 28) 3 The batteries are exhausted. [Replace the batteries with new ones. (P. 28) 4 The batteries are temporarily unable to function. [Keep the batteries warm while using the camera. 5 Power has shut off to conserve battery consumption. [Operate the shutter button or the zoom lever. 6 It is connected to a personal computer. [The camera will not operate while it is connected to a personal computer.
This denotes a problem with the power supply either the low voltage power supply of the high voltage power supply. You will need the following documents and equipment if you plan on doing this yourself:
1) a schematic diagram
2) a Multimeter
3) an oscilloscope
4) a signal generator (color bar, cross hatch, and purity)
The schematic will let you know where the test points are and the level of voltage and signal are supposed o be at the test point.
The multimeter will allow you to trace and measure DC and AC voltages throughout the set.
The oscilloscope will allow you to view the waveforms generated by the signal generator, this is needed to tell if a component is not processing the signal in the proper fashion.
The signal generator creates a standard reference to measure by.
Since this prolem is in the power supply section you should determine if the problem is a blown fuse by visually inspecting the fuse. Than you will need to determine if the problem is in the high voltage power supply. You do this by checking the transistors in the horizontal section of the TV. you will find the problem either in the low or high voltage power supplies.