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Customer Questions and Answers for Microwave High Voltage Diode by Ge

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4.89 (64)
By: Ge
Part Number: OEM9577608
Manufacturer Part Number: WB27X10597

Microwave not heating but lights and timer work? The high voltage diode converts AC to DC for the magnetron. DIY repair in 1-2 hours with basic tools.

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Questions & Answers

For Ge Microwave High Voltage Diode (Part Number: OEM9577608)

1 Answer

Ernie643, No there is no shrink wrap that comes with the diode and is not required for it.

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1 Answer

Hello Bo. It is best to discharge the capacitor. Use a long screwdriver and pliers if needed to do so. You most likely have a "high voltage" side malfunction. Transformer, diode, magnetron, Capacitor. You will need to be extremely careful if you decide to test the components with a multi meter, Very high residual voltage is present, so make sure you remove power to the microwave and short across the terminals on the capacitor. The magnetron should have a reading of less than 1 ohm resistance across the two terminals, and an "open" circuit between each terminal and chassis ground. The diode/rectifier should have a resistance reading in one direction only, no resistance, or resistance in both directions indicate a faulty diode. The primary winding on the transformer should read approximately 450 Ohms resistance, the secondary winding should read 80 ohms resistance, and the filament transformer should read 100 ohms resistance. All of these are +- 10%. If all the readings are proper and in range, replace the magnetron.

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1 Answer

Hello Joe. You most likely have a "high voltage" side malfunction. Transformer, diode, magnetron, Capacitor. You will need to be extremely careful if you decide to test the components with a multi meter, Very high residual voltage is present, so make sure you remove power to the microwave and short across the terminals on the capacitor. The magnetron should have a reading of less than 1 ohm resistance across the two terminals, and an "open" circuit between each terminal and chassis ground. The diode/rectifier should have a resistance reading in one direction only, no resistance, or resistance in both directions indicate a faulty diode. The primary winding on the transformer should read approximately 450 Ohms resistance, the secondary winding should read 80 ohms resistance, and the filament transformer should read 100 ohms resistance. All of these are +- 10%. If all the readings are proper and in range, replace the magnetron.

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Tim for Model Number ZET3038SH3SS

Our trivection oven is 7 years old. We have had different control problems over the last couple of years. But now the oven bakes alright elements are working, but when put into speed cook the microwave does not seem to be functioning. The unit seems to make a louder humming sound over the fan noise than it used too. But now takes longer on speed bake than it does to just use it as a regular oven. Everything on these sites points to the diode? Is it also possibly the transformer? The unit is a wall mount so not very easy to access for testing or repair. What are your thoughts? A lot of these blogs generalize these questions and the unit they are talking about is something totally different than what we have. I realize the way it works is the same, but I would just like to be on the same page involving this unit. Thank you, Tim

1 Answer

Tim, While the diode could be causing the issue, normally it will stop heating all together. Although a diode that is failing could cause the issue. The transformer could also be weak and causing the unit to not heat properly if it is failing.

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1 Answer

Hello Joseph. You most likely have a "high voltage" side malfunction. Transformer, diode, magnetron, Capacitor. You will need to be extremely careful if you decide to test the components with a multi meter, Very high residual voltage is present, so make sure you remove power to the microwave and short across the terminals on the capacitor. The magnetron should have a reading of less than 1 ohm resistance across the two terminals, and an "open" circuit between each terminal and chassis ground. The diode/rectifier should have a resistance reading in one direction only, no resistance, or resistance in both directions indicate a faulty diode. The primary winding on the trans former should read approximately 450 Ohms resistance, the secondary winding should read 80 ohms resistance, and the filament transformer should read 100 ohms resistance. If all the readings are proper and in range, replace the magnetron.

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1 Answer

Hello Chris. You most likely have a "high voltage" side malfunction. Transformer, diode, magnetron, Capacitor. You will need to be extremely careful if you decide to test the components with a multi meter, Very high residual voltage is present, so make sure you remove power to the microwave and short across the terminals on the capacitor. The magnetron should have a reading of less than 1 ohm resistance across the two terminals, and an "open" circuit between each terminal and chassis ground. The diode/rectifier should have a resistance reading in one direction only, no resistance, or resistance in both directions indicate a faulty diode. The primary winding on the trans former should read approximately 450 Ohms resistance, the secondary winding should read 80 ohms resistance, and the filament transformer should read 100 ohms resistance. If all the readings are proper and in range, replace the magnetron.

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1 Answer

Mary, The odor that you are smelling would most likely be caused by a faulty diode. The diode would need to be replaced.

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1 Answer

Hello Marty. You need to check the fuse in the noise filter board WB27X11160. If it is bad, you will need to replace the fuse and test the door switches. They are the number 1 cause of the fuses blowing.

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