You can tell this because it is marked on one side (with a purple line) indicating the -ve side. (+ve side is shown on the board next to the component. Also its designation is PEC52 Power Electrolytic Capacitor # 52 perhaps idk
+
You can tell this because it is marked on one side (with a purple line) indicating the -ve side. (+ve side is shown on the board next to the component. Also its designation is PEC52 perhaps this means Power Electrolytic Capacitor # 52
All components are necessary for correct and safe operation, If they weren't the maker wouldn't have them there.
-
Without a schematic it would be difficult to know its exact function but why take the risk? It's easy to solder back on as the solder pads are on the top of the board.
+
Without a schematic it would be difficult to know its exact function but why take the risk and leave it off? It's easy to solder back on as the solder pads are on the top of the board.
You can tell this because it is marked on one side (with a purple line) indicating the -ve side. (+ve side is shown on the board next to the component. Also its designation is PEC52 ;-)
+
You can tell this because it is marked on one side (with a purple line) indicating the -ve side. (+ve side is shown on the board next to the component. Also its designation is PEC52 Power Electrolytic Capacitor # 52 perhaps idk
All components are necessary for correct and safe operation, If they weren't the maker wouldn't have them there.
Without a schematic it would be difficult to know its exact function but why take the risk? It's easy to solder back on as the solder pads are on the top of the board.
You can tell this because it is marked on one side (with a purple line) indicating the -ve side. (+ve side is shown on the board next to the component
+
You can tell this because it is marked on one side (with a purple line) indicating the -ve side. (+ve side is shown on the board next to the component. Also its designation is PEC52 ;-)
All components are necessary for correct and safe operation, If they weren't the maker wouldn't have them there.
Without a schematic it would be difficult to know its exact function but why take the risk? It's easy to solder back on as the solder pads are on the top of the board.
You can tell this because it is marked on one side (with a purple line) indicating the -ve side. (+ve side is shown on the board next to the component
-
All components are necessary for correct and safe operation, If they weren't the maker wouldn't use them.
+
All components are necessary for correct and safe operation, If they weren't the maker wouldn't have them there.
Without a schematic it would be difficult to know its exact function but why take the risk? It's easy to solder back on as the solder pads are on the top of the board.
You can tell this because it is marked on one side (with a purple line) indicating the -ve side. (+ve side is shown on the board next to the component
All components are necessary for correct and safe operation, If they weren't the maker wouldn't use them.
-
Without a schematic it would be difficult to know its function but why take the risk. It's easy to solder back on as the solder pads are on the top of the board.
+
Without a schematic it would be difficult to know its exact function but why take the risk? It's easy to solder back on as the solder pads are on the top of the board.
Hi,
The component is an electrolytic capacitor.
You can tell this because it is marked on one side (with a purple line) indicating the -ve side. (+ve side is shown on the board next to the component
All components are necessary for correct and safe operation, If they weren't the maker wouldn't use them.
Without a schematic it would be difficult to know its function but why take the risk. It's easy to solder back on as the solder pads are on the top of the board.