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...	...	@@ -82,7 +82,7 @@
82	82
83	83	The JB jumper is intended to choose if the 5V power line on the PDB is connected to the BEC of ESC#2 or not :
84	84
85		-JB jumper inserted : 5V line of the PDB is connected to the 5V BEC pin of the ESC#2 if present. Therefore, the BEC of the ESC#2 will power all the 5V pins on the PDB.
	85	+JB jumper inserted : 5V line of the PDB is connected to the 5V BEC pin of the ESC#2 (if present). Therefore, the BEC of the ESC#2 will power all the 5V pins on the PDB.
86	86	JB jumper not inserted : 5V from the BEC of ESC#2 is not connected to the 5V line of the PDB.
87	87
88	88	//**Note : Ensure to remove the JB jumper if a 5V external regulator is soldered on the PDB.**//
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101	101	//**Note : Ensure to verify the rated voltage of the external device connected to D32 and Vout pins before inserting Vout jumper to 5V or BAT**//
102	102	)))
103	103
	104	+== 5V External Regulator ==
	105	+
	106	+The MES PDB has 3 pins broken-out (IN, G and 5V) to solder an external 5V regulator (**not included**). Make sure to remove the JB jumper if an external 5V regulator is soldered to the PDB
	107	+
104	104	= Thermal Analysis =
105	105
106	106	Following is a table that sums up the thermal analysis of the PDB when used with a single or dual battery drawing 160A or 280A continuous current :