@codekrtic that is a Tantalum Polymer capacitor. The 100 marking commonly refers to a 10pF rating. From the + marking you will know that this is polarized capacitor. The C17 could be a manufacturers number referring to a voltage of 16V or the package (case) size of 6mmx3.2mm
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@codekrtic that is a Tantalum Polymer capacitor. The 100 marking commonly refers to a 10pF rating. From the + marking you will know that this is polarized capacitor. The C17 could be a manufacturers number referring to a voltage of 16V or the package (case) size of 6mmx3.2mm or just a catalog number ¯\_(ツ)_/¯
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Since we do not know who made the capacitor I would get a couple of 100pF and a couple 10pF with a 16V rating. Then I would replace the burned out cap with a 100pF first. You can always use higher capacitance but not lower (same with the voltage)
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Since we do not know who made the capacitor, the C17 is hard to identify. I would get a couple of 100pF and a couple 10pF with a 16V rating. Then I would replace the burned out cap with a 100pF first. You can always use higher capacitance but not lower (same with the voltage)
@codekrtic that is a Tantalum Polymer capacitor. The 100 marking commonly refers to a 10pF rating. From the + marking you will know that this is polarized capacitor. The C17 could be a manufacturers number referring to a voltage of 16V or the package (case) size of 6mmx3.2mm
Since we do not know who made the capacitor I would get a couple of 100pF and a couple 10pF with a 16V rating. Then I would replace the burned out cap with a 100pF first. You can always use higher capacitance but not lower (same with the voltage)