Mark Kinglsey, as Ali and Alex have already pointed out, you are missing your inductor. what you are looking at is schematic number L47_RF a 5.6NH+/-0.2NH-470MA inductor manufactured by MURATA. Part number isLQW04AN5N6D00D available [http://www.mouser.com/Search/ProductDetail.aspx?qs=K6aI6PsrKE0dBPc60CCosA%3D%3D|right here] wit part number 81-LQW04AN5N6D00D The physical dimension are '''0.8mm long, 0.4mm wide and 0.4mm high'''. This is '''not''' a part that should be repaired with a '''soldering gun'''. This needs either a hot air soldering station or a very fine soldering tip, a steady hand and good magnification source. It may just be easier to use a circuit writer to just close the circuit from one point to the next. Hope this helps, good luck.
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Mark Kingsley, as Ali and Alex have already pointed out, you are missing your inductor. what you are looking at is schematic number L47_RF a 5.6NH+/-0.2NH-470MA inductor manufactured by MURATA. Part number isLQW04AN5N6D00D available [http://www.mouser.com/Search/ProductDetail.aspx?qs=K6aI6PsrKE0dBPc60CCosA%3D%3D|right here] wit part number 81-LQW04AN5N6D00D The physical dimension are '''0.8mm long, 0.4mm wide and 0.4mm high'''. This is '''not''' a part that should be repaired with a '''soldering gun'''. This needs either a hot air soldering station or a very fine soldering tip, a steady hand and good magnification source. It may just be easier to use a circuit writer to just close the circuit from one point to the next. Hope this helps, good luck.
Mark Kinglsey, as Ali and Alex have already pointed out, you are missing your inductor. what you are looking at is schematic number L47_RF a 5.6NH+/-0.2NH-470MA inductor manufactured by MURATA. Part number isLQW04AN5N6D00D available [http://www.mouser.com/Search/ProductDetail.aspx?qs=K6aI6PsrKE0dBPc60CCosA%3D%3D|right here] wit part number 81-LQW04AN5N6D00D The physical dimension are '''0.8mm long, 0.4mm wide and 0.4mm high'''. This is '''not''' a part that should be '''soldering gun'''. This needs either a hot air soldering station or a very fine soldering tip, a steady hand and good magnification source. It may just be easier to use a circuit writer to just close the circuit from one point to the next. Hope this helps, good luck.
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Mark Kinglsey, as Ali and Alex have already pointed out, you are missing your inductor. what you are looking at is schematic number L47_RF a 5.6NH+/-0.2NH-470MA inductor manufactured by MURATA. Part number isLQW04AN5N6D00D available [http://www.mouser.com/Search/ProductDetail.aspx?qs=K6aI6PsrKE0dBPc60CCosA%3D%3D|right here] wit part number 81-LQW04AN5N6D00D The physical dimension are '''0.8mm long, 0.4mm wide and 0.4mm high'''. This is '''not''' a part that should be repaired with a '''soldering gun'''. This needs either a hot air soldering station or a very fine soldering tip, a steady hand and good magnification source. It may just be easier to use a circuit writer to just close the circuit from one point to the next. Hope this helps, good luck.
Mark Kinglsey, as Ali and Alex have already pointed out, you are missing your inductor. what you are looking at is schematic number L47_RF a 5.6NH+/-0.2NH-470MA inductor manufactured by MURATA. Part number isLQW04AN5N6D00D available [http://www.mouser.com/Search/ProductDetail.aspx?qs=K6aI6PsrKE0dBPc60CCosA%3D%3D|right here] wit part number 81-LQW04AN5N6D00D The physical dimension are '''0.8mm long, 0.4mm wide and 0.4mm high'''. This is '''not''' a part that should be '''soldering gun'''. This needs either a hot air soldering station or a very fine soldering tip, a steady hand and good magnification source. It may just be easier to use a circuit writer to just close the circuit from one point to the next. Hope this helps, good luck.