F5F Stay Refreshed Hardware Desktop Identifying the component ID

Identifying the component ID

Identifying the component ID

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TheRealKn1ght
Junior Member
5
12-30-2025, 01:27 PM
#1
Trying to identify this component. I have traced the main power to the top side of it, but nothing past it. Resistance measurements in both directions were into the M ohms. Any info and specs would be greatly appreciated.
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TheRealKn1ght
12-30-2025, 01:27 PM #1

Trying to identify this component. I have traced the main power to the top side of it, but nothing past it. Resistance measurements in both directions were into the M ohms. Any info and specs would be greatly appreciated.

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CelticGila
Senior Member
454
12-31-2025, 06:10 AM
#2
This appears to be an SMD capacitor, likely a 330μF rated at 12V. The markings suggest it’s designed for specific placement among other parts, which helps identify its function. You might be able to confirm the details by checking its location and intended use.
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CelticGila
12-31-2025, 06:10 AM #2

This appears to be an SMD capacitor, likely a 330μF rated at 12V. The markings suggest it’s designed for specific placement among other parts, which helps identify its function. You might be able to confirm the details by checking its location and intended use.

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BAHEKLover
Member
58
12-31-2025, 09:21 AM
#3
Thank you for the update. This appears to be an HP Envy x360 motherboard. The image should assist in identifying it. I also verified it in diode mode, showing approximately 1.2 volts in one direction and 0.58 volts in the other.
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BAHEKLover
12-31-2025, 09:21 AM #3

Thank you for the update. This appears to be an HP Envy x360 motherboard. The image should assist in identifying it. I also verified it in diode mode, showing approximately 1.2 volts in one direction and 0.58 volts in the other.

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TheVenix
Member
58
12-31-2025, 03:49 PM
#4
It's just a capacitor. Unlikely it's a problem and it's pointless to measure it in circuit. If there's a problem with that power circuitry it's more likely to be a MOSFET or controller around it. That controller at the middle/top seems to have rework marks already.
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TheVenix
12-31-2025, 03:49 PM #4

It's just a capacitor. Unlikely it's a problem and it's pointless to measure it in circuit. If there's a problem with that power circuitry it's more likely to be a MOSFET or controller around it. That controller at the middle/top seems to have rework marks already.

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LilLadybugs
Member
73
12-31-2025, 04:24 PM
#5
I have tested the mosfets in that area and all test good. The circuit from the dc plug to the top of the capacitor is good and from the bottom of the capacitor to the battery is good. There is a full 19.6 volt drop across the cap.
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LilLadybugs
12-31-2025, 04:24 PM #5

I have tested the mosfets in that area and all test good. The circuit from the dc plug to the top of the capacitor is good and from the bottom of the capacitor to the battery is good. There is a full 19.6 volt drop across the cap.

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GoPatriots1
Member
221
01-07-2026, 03:07 AM
#6
The cap would probably sit between ground and a rail, making its voltage across it typical. A power rail cap is almost certainly fine unless it experiences a short circuit, which clearly isn’t happening in this situation.
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GoPatriots1
01-07-2026, 03:07 AM #6

The cap would probably sit between ground and a rail, making its voltage across it typical. A power rail cap is almost certainly fine unless it experiences a short circuit, which clearly isn’t happening in this situation.