Just for your reference here is a snip from the schematic for this specific circuit. The only thing that doesn't seem to match is the resistance for the inductor. The capacitor, I wouldn't be too concerned about regardless, unless it was shorted to ground or had a cold joint. Keep in mind that the other end of that inductor is technically also part of that circuit, and the EDP_HPD line goes to the CPU/SOC whatever you want to call it. Which theoretically could also factor into this issue.
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Do you have an autoranging multimeter? Could the inductor actually be 1.2 kilo ohms or mega ohms? That would account for a higher diode reading and would definitely point to a bad inductor.
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Do you have an autoranging multimeter? Could the inductor actually be 1.2 kilo ohms or mega ohms? That would account for a higher diode reading and would definitely point to a blown inductor. And the sudden failure might also lead me to thinking a component failed suddenly.
Just for your reference here is a snip from the schematic for this specific circuit. The only thing that doesn't seem to match is the resistance for the inductor. The capacitor, I wouldn't be too concerned about regardless unless it was shorted to ground. Keep in mind that the other end of that inductor is technically also part of that circuit, and the EDP_HPD line goes to the CPU/SOC whatever you want to call it. Which theoretically could also factor into this issue.
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Just for your reference here is a snip from the schematic for this specific circuit. The only thing that doesn't seem to match is the resistance for the inductor. The capacitor, I wouldn't be too concerned about regardless, unless it was shorted to ground or had a cold joint. Keep in mind that the other end of that inductor is technically also part of that circuit, and the EDP_HPD line goes to the CPU/SOC whatever you want to call it. Which theoretically could also factor into this issue.
Do you have an autoranging multimeter? Could the inductor actually be 1.2 kilo ohms or mega ohms? That would account for a higher diode reading and would definitely point to a bad inductor.
Just for your reference here is a snip from the schematic for this specific circuit. The only thing that doesn't seem to match is the resistance for the inductor. The capacitor, I wouldn't be too concerned about regardless unless it was shorted to ground. Keep in mind that the other end of that inductor is technically also part of that circuit, and the EDP_HPD line goes to the CPU/SOC whatever you want to call it. Which theoretically could also factor into this issue.
Do you have an autoranging multimeter? Could the inductor actually be 1.2 kilo ohms or mega ohms? That would account for a higher diode reading and would definitely point to a bad inductor.
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