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XMMR38A8 - Material (Color) = Gaalas (Red); Lens = ; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 12000; Iv(ucd) If@10mA Typ.= 25990
XMMR38C8 - Material (Color) = Gaalas (Red); Lens = ; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 12000; Iv(ucd) If@10mA Typ.= 25990
XMMR41A - Material (Color) = Gaalas (Red); Lens = ; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 8000; Iv(ucd) If@10mA Typ.= 23990
XMMR41C - Material (Color) = Gaalas (Red); Lens = ; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 8000; Iv(ucd) If@10mA Typ.= 23990
XMMR50A - Material (Color) = Gaalas (Red); Lens = ; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 12000; Iv(ucd) If@10mA Typ.= 25990
XMMR50C - Material (Color) = Gaalas (Red); Lens = ; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 12000; Iv(ucd) If@10mA Typ.= 25990
XMMR60A - Material (Color) = Gaalas (Red); Lens = ; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 12000; Iv(ucd) If@10mA Typ.= 25990
XMMR60A8 - Material (Color) = Gaalas (Red); Lens = ; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 18000; Iv(ucd) If@10mA Typ.= 43990
XMMR60C - Material (Color) = Gaalas (Red); Lens = ; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 12000; Iv(ucd) If@10mA Typ.= 25990
XMMR60C8 - Material (Color) = Gaalas (Red); Lens = ; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 18000; Iv(ucd) If@10mA Typ.= 43990
XMUG07A - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 7690
XMUG07C - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 7690
XMUG100A - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8000; Iv(ucd) If@10mA Typ.= 23990
XMUG100C - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8000; Iv(ucd) If@10mA Typ.= 23990
XMUG18A - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUG18C - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUG20A - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 7490
XMUG20C - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 7490
XMUG30A - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 10490
XMUG30C - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 10490
XMUG38A8 - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 15990
XMUG38C8 - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 15990
XMUG41A - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 11990
XMUG41C - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 11990
XMUG50A - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 15990
XMUG50C - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 15990
XMUG60A - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 11990
XMUG60A8 - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 10490
XMUG60C - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 11990
XMUG60C8 - Material (Color) = Gap (Green); Lens = ; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 10490
XMUR07A - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 3590
XMUR07C - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 3590
XMUR100A - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 15990
XMUR100C - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 15990
XMUR18A - 18mm Single Color Dot Matrix Display
XMUR18C - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUR20A - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 5690
XMUR20C - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 5690
XMUR30A - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUR30C - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUR38A8 - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 10490
XMUR38C8 - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 10490
XMUR41A - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUR41C - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUR50A - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 4700; Iv(ucd) If@10mA Typ.= 11990
XMUR60A - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUR60A8 - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUR60C - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUR60C8 - Material (Color) = GAASp/gap (Red); Lens = ; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMURG100A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 8000; Iv(ucd) If@10mA Typ.= 15990 / 23990
XMURG100A-1A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 8000; Iv(ucd) If@10mA Typ.= 15990 / 23990
XMURG100C - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 8000; Iv(ucd) If@10mA Typ.= 15990 / 23990
XMURG100C-1A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 8000; Iv(ucd) If@10mA Typ.= 15990 / 23990
XMURG30A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 3000; Iv(ucd) If@10mA Typ.= 7990 / 10490
XMURG30A-1A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 3000; Iv(ucd) If@10mA Typ.= 7990 / 10490
XMURG30A-1B - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 3000; Iv(ucd) If@10mA Typ.= 7990 / 10490
XMURG30C - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 3000; Iv(ucd) If@10mA Typ.= 7990 / 10490
XMURG30C-1B - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 3000; Iv(ucd) If@10mA Typ.= 7990 / 10490
XMURG38A8 - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 4700; Iv(ucd) If@10mA Typ.= 10490 / 15990
XMURG38C8 - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 4700; Iv(ucd) If@10mA Typ.= 10490 / 15990
XMURG48A8 - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 12000; Iv(ucd) If@10mA Typ.= 11990 / 25990
XMURG48C8 - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 12000; Iv(ucd) If@10mA Typ.= 11990 / 25990
XMURG50A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 4700; Iv(ucd) If@10mA Typ.= 11490 / 15990
XMURG50A-1A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 4700; Iv(ucd) If@10mA Typ.= 11490 / 15990
XMURG50A-A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 4700; Iv(ucd) If@10mA Typ.= 11490 / 15990
XMURG50C - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 4700; Iv(ucd) If@10mA Typ.= 11490 / 15990
XMURG50C-1A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 4700; Iv(ucd) If@10mA Typ.= 11490 / 15990
XMURG50C-A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 4700 / 4700; Iv(ucd) If@10mA Typ.= 11490 / 15990
XMURG60A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 4700; Iv(ucd) If@10mA Typ.= 7990 / 11990
XMURG60A-1A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 4700; Iv(ucd) If@10mA Typ.= 7990 / 11990
XMURG60A8 - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3700 / 4700; Iv(ucd) If@10mA Typ.= 7990 / 10490
XMURG60A8-A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3700 / 4700; Iv(ucd) If@10mA Typ.= 7990 / 10490
XMURG60C - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 4700; Iv(ucd) If@10mA Typ.= 7990 / 11990
XMURG60C-1A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3000 / 4700; Iv(ucd) If@10mA Typ.= 7990 / 11990
XMURG60C8 - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3700 / 4700; Iv(ucd) If@10mA Typ.= 7990 / 10490
XMURG60C8-A - Material (Color) = GAASp/gap (Red) /GaP (Green); Lens = ; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 3700 / 4700; Iv(ucd) If@10mA Typ.= 7990 / 10490
XMUY07A - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 2990
XMUY07C - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 2990
XMUY100A - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUY100C - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUY18A - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 4690
XMUY18C - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 4690
XMUY20A - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 2790
XMUY20C - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 2790
XMUY30A - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 4690
XMUY30C - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 4690
XMUY38A8 - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUY38C8 - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUY41A - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 4690
XMUY41C - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1900; Iv(ucd) If@10mA Typ.= 4690
XMUY50A - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUY50C - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUY60A - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUY60A8 - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUY60C - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XMUY60C8 - Material (Color) = GAASp/gap (Yellow); Lens = ; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3000; Iv(ucd) If@10mA Typ.= 7990
XNC2LMR32D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XNC2LUG32D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XNC2LUR32D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XNC2LUY32D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XNF4ZMG46D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XNF4ZMG46D5V - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *2; Iv(ucd) If@10mA Typ.= *3
XNF4ZMR46D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 50; Iv(ucd) If@10mA Typ.= 145
XNF4ZMR46D5V - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *148
XNF4ZUR46D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XNF4ZUR46D5V - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= *3; Iv(ucd) If@10mA Typ.= *7
XNF4ZUY46D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XNF4ZUY46D5V - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= *2; Iv(ucd) If@10mA Typ.= *2.9
XNG4ZMG46D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XNG4ZMG46D5V - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *2; Iv(ucd) If@10mA Typ.= *3
XNG4ZMR46D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 50; Iv(ucd) If@10mA Typ.= 145
XNG4ZMR46D5V - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *148
XNG4ZUR46D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XNG4ZUR46D5V - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= *3; Iv(ucd) If@10mA Typ.= *7
XNG4ZUY46D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XNG4ZUY46D5V - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= *2; Iv(ucd) If@10mA Typ.= *2.9
XNH1ZMG46D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XNH1ZMG46D5V - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *2; Iv(ucd) If@10mA Typ.= *3
XNH1ZMR46D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 50; Iv(ucd) If@10mA Typ.= 145
XNH1ZMR46D5V - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *148
XNH1ZUR46D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XNH1ZUR46D5V - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= *3; Iv(ucd) If@10mA Typ.= *7
XNH1ZUY46D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XNH1ZUY46D5V - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= *2; Iv(ucd) If@10mA Typ.= *2.9
XNJ1ZMG46D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XNJ1ZMG46D5V - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *2; Iv(ucd) If@10mA Typ.= *3
XNJ1ZMR46D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= 50; Iv(ucd) If@10mA Typ.= 145
XNJ1ZMR46D5V - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *148
XNJ1ZUR46D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XNJ1ZUR46D5V - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= *3; Iv(ucd) If@10mA Typ.= *7
XNJ1ZUY46D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XNJ1ZUY46D5V - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= *2; Iv(ucd) If@10mA Typ.= *2.9
XNK1LMR32D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XNK1LUG32D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XNK1LUR32D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XNK1LUY32D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XNM1LMG53D17.8 - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *37
XNM1LMG53D23.5 - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *37
XNM1LMG53D5.08 - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *37
XNM1LMG53D6.35 - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *37
XNM1LMG53D9.52 - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *37
XNM1LMR53D17.8 - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *295
XNM1LMR53D23.5 - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *295
XNM1LMR53D5.08 - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *295
XNM1LMR53D6.35 - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *295
XNM1LMR53D9.52 - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *295
XNM1LUG53D17.8 - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XNM1LUG53D23.5 - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XNM1LUG53D5.08 - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XNM1LUG53D6.35 - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XNM1LUG53D9.52 - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XNM1LUR53D17.8 - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 23
XNM1LUR53D23.5 - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 23
XNM1LUR53D5.08 - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 23
XNM1LUR53D6.35 - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 23
XNM1LUR53D9.52 - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 23
XNM1LUY53D17.8 - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XNM1LUY53D23.5 - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XNM1LUY53D5.08 - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XNM1LUY53D6.35 - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XNM1LUY53D9.52 - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XNN1LUGR86M - Material (Color) = GaAsP/GaP(Red) / GaP(Green); Lens = White Diffused; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= *8 / *8; Iv(ucd) If@10mA Typ.= *29 / *24
XNN1LUGY86M - Material (Color) = GaP(Green) / GaAsP/GaP(Yellow); Lens = White Diffused; Peak Wave Length = 565 / 590; Iv(ucd) If@10mA Min.= *8 / *8; Iv(ucd) If@10mA Typ.= *24 / *19
XNN1LUYR86M - Material (Color) = GaAsP/GaP(Red) / GaAsP/GaP(Yellow); Lens = White Diffused; Peak Wave Length = 627 / 590; Iv(ucd) If@10mA Min.= *8 / *8; Iv(ucd) If@10mA Typ.= *29 / *19
XPB2LMR32D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XPB2LUG32D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPB2LUR32D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPB2LUY32D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XPC2LMR32D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XPC2LUG32D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPC2LUR32D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPC2LUY32D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XPF2LMR32D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XPF2LUG32D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPF2LUR32D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPF2LUY32D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XPH3LMR61D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *70; Iv(ucd) If@10mA Typ.= *198
XPH3LUG61D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 9
XPH3LUR61D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPH3LUY61D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7
XPJ1LMR41D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *70; Iv(ucd) If@10mA Typ.= *199
XPJ1LUG41D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 14
XPJ1LUR41D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 12; Iv(ucd) If@10mA Typ.= 19
XPJ1LUY41D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 14
XPM2LMR48D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XPM2LUG48D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPM2LUR48D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XPM2LUY48D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 19
XPT1LMR41D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *70; Iv(ucd) If@10mA Typ.= *198
XPT1LUG41D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 13
XPT1LUR41D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 12; Iv(ucd) If@10mA Typ.= 18
XPT1LUY41D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 13
XPV1LMR32D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XPV1LUG32D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPV1LUR32D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPV1LUY32D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XPW2LMR32D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XPW2LUG32D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPW2LUR32D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPW2LUY32D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XPX1LMR48D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XPX1LUG48D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPX1LUR48D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XPX1LUY48D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 19
XPY3LMR32D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XPY3LUG32D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPY3LUR32D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPY3LUY32D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XPZ3LMR32D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XPZ3LUG32D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPZ3LUR32D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XPZ3LUY32D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XRTC31 - Material (Color) = ; Lens = ; Peak Wave Length = ; Iv(ucd) If@10mA Min.= ; Iv(ucd) If@10mA Typ.=
XRTC32 - Material (Color) = ; Lens = ; Peak Wave Length = ; Iv(ucd) If@10mA Min.= ; Iv(ucd) If@10mA Typ.=
XRTC51 - Material (Color) = ; Lens = ; Peak Wave Length = ; Iv(ucd) If@10mA Min.= ; Iv(ucd) If@10mA Typ.=
XRTC52 - Material (Color) = ; Lens = ; Peak Wave Length = ; Iv(ucd) If@10mA Min.= ; Iv(ucd) If@10mA Typ.=
XRTF1090 - Material (Color) = ; Lens = ; Peak Wave Length = ; Iv(ucd) If@10mA Min.= ; Iv(ucd) If@10mA Typ.=
XRTF5010 - Material (Color) = ; Lens = ; Peak Wave Length = ; Iv(ucd) If@10mA Min.= ; Iv(ucd) If@10mA Typ.=
XRTF5020 - Material (Color) = ; Lens = ; Peak Wave Length = ; Iv(ucd) If@10mA Min.= ; Iv(ucd) If@10mA Typ.=
XRTF8080 - Material (Color) = ; Lens = ; Peak Wave Length = ; Iv(ucd) If@10mA Min.= ; Iv(ucd) If@10mA Typ.=
XSBB383W - Material (Color) = InGaN(Blue); Lens = Water Clear; Peak Wave Length = 468; Iv(ucd) If@10mA Min.= 36 / *70; Iv(ucd) If@10mA Typ.= 65 / *145
XSBB483W - Material (Color) = InGaN(Blue); Lens = Water Clear; Peak Wave Length = 468; Iv(ucd) If@10mA Min.= 80 / *200; Iv(ucd) If@10mA Typ.= 147 / *395
XSBB83W - Material (Color) = InGaN(Blue); Lens = Water Clear; Peak Wave Length = 468; Iv(ucd) If@10mA Min.= 80 / *200; Iv(ucd) If@10mA Typ.= 147 / *395
XSBG383W - Material (Color) = InGaN(Green); Lens = Water Clear; Peak Wave Length = 520; Iv(ucd) If@10mA Min.= 70 / *180; Iv(ucd) If@10mA Typ.= 135 / *335
XSBG483W - Material (Color) = InGaN(Green); Lens = Water Clear; Peak Wave Length = 520; Iv(ucd) If@10mA Min.= 200 / *500; Iv(ucd) If@10mA Typ.= 395 / *895
XSBG83W - Material (Color) = InGaN(Green); Lens = Water Clear; Peak Wave Length = 520; Iv(ucd) If@10mA Min.= 200 / *500; Iv(ucd) If@10mA Typ.= 395 / *895
XSBW383W - Material (Color) = InGaN(White); Lens = Water Clear; Peak Wave Length = ; Iv(ucd) If@10mA Min.= 50 / *110; Iv(ucd) If@10mA Typ.= 115 / *335
XSBW483W - Material (Color) = InGaN(White); Lens = Water Clear; Peak Wave Length = ; Iv(ucd) If@10mA Min.= 80 / *200; Iv(ucd) If@10mA Typ.= 145 / *395
XSBW83W - Material (Color) = InGaN(White); Lens = Water Clear; Peak Wave Length = ; Iv(ucd) If@10mA Min.= 80 / *200; Iv(ucd) If@10mA Typ.= 145 / *395
XSHP36C - Material (Color) = GaP(Green); Lens = Green Transparent; Peak Wave Length = 555; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.98
XSHP58C - Material (Color) = GaP(Green); Lens = Green Transparent; Peak Wave Length = 555; Iv(ucd) If@10mA Min.= 0.7; Iv(ucd) If@10mA Typ.= 1.4
XSHP58W - Material (Color) = GaP(Green); Lens = Water Clear; Peak Wave Length = 555; Iv(ucd) If@10mA Min.= 0.7; Iv(ucd) If@10mA Typ.= 1.4
XSHP76C - Material (Color) = GaP(Green); Lens = Green Transparent; Peak Wave Length = 555; Iv(ucd) If@10mA Min.= 1.8; Iv(ucd) If@10mA Typ.= 5.5
XSHP76D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 555; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4
XSHR10D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR14D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR15D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR16D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR17D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR18D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR19D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.3; Iv(ucd) If@10mA Typ.= 0.5
XSHR21D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.3; Iv(ucd) If@10mA Typ.= 0.69
XSHR22D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.95
XSHR23D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR25D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR28D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.3; Iv(ucd) If@10mA Typ.= 0.8
XSHR29D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR36C - Material (Color) = GaP(Red); Lens = Red Transparent; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.95
XSHR36D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.2; Iv(ucd) If@10mA Typ.= 0.9
XSHR38D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.8; Iv(ucd) If@10mA Typ.= 1.4
XSHR40D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR41D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.79
XSHR43D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR45D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR53D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 1.9
XSHR62D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR68D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 0.9
XSHR71D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.7; Iv(ucd) If@10mA Typ.= 0.95
XSHR73D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 0.8; Iv(ucd) If@10mA Typ.= 1.9
XSHR76C - Material (Color) = GaP(Red); Lens = Red Transparent; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.8
XSHR76D - Material (Color) = GaP(Red); Lens = Red Diffused; Peak Wave Length = 700; Iv(ucd) If@10mA Min.= 1.2; Iv(ucd) If@10mA Typ.= 2.9
XSMD383W - Material (Color) = InGaAlP(Red); Lens = Water Clear; Peak Wave Length = 640; Iv(ucd) If@10mA Min.= 70 / *280; Iv(ucd) If@10mA Typ.= 155 / *515
XSMD483W - Material (Color) = InGaAlP(Red); Lens = Water Clear; Peak Wave Length = 640; Iv(ucd) If@10mA Min.= 300 / *700; Iv(ucd) If@10mA Typ.= 495 / *994
XSMD83W - Material (Color) = InGaAlP(Red); Lens = Water Clear; Peak Wave Length = 640; Iv(ucd) If@10mA Min.= 300 / *700; Iv(ucd) If@10mA Typ.= 495 / *994
XSME383W - Material (Color) = InGaAlP(Red); Lens = Water Clear; Peak Wave Length = 630; Iv(ucd) If@10mA Min.= 110 / *480; Iv(ucd) If@10mA Typ.= 265 / *895
XSME483W - Material (Color) = InGaAlP(Red); Lens = Water Clear; Peak Wave Length = 630; Iv(ucd) If@10mA Min.= 500 / *1500; Iv(ucd) If@10mA Typ.= 780 / *2790
XSME83W - Material (Color) = InGaAlP(Red); Lens = Water Clear; Peak Wave Length = 630; Iv(ucd) If@10mA Min.= 500 / *1500; Iv(ucd) If@10mA Typ.= 780 / *2790
XSMG16M - Material (Color) = GaP(Green); Lens = White Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *8; Iv(ucd) If@10mA Typ.= *14
XSMG28D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *3; Iv(ucd) If@10mA Typ.= *9.5
XSMG58C - Material (Color) = GaP(Green); Lens = Green Transparent; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *5; Iv(ucd) If@10mA Typ.= *9
XSMG58W - Material (Color) = GaP(Green); Lens = Water Clear; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *5; Iv(ucd) If@10mA Typ.= *9
XSMG68D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *8; Iv(ucd) If@10mA Typ.= *9
XSMG92W - Material (Color) = GaP(Green); Lens = Water Clear; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *10; Iv(ucd) If@10mA Typ.= *39
XSMGR15M - Material (Color) = GaAlAs(Red) / GaP(Green); Lens = White Diffused; Peak Wave Length = 660 / 565; Iv(ucd) If@10mA Min.= *20 / *5; Iv(ucd) If@10mA Typ.= *48 / *8
XSMR10D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *36; Iv(ucd) If@10mA Typ.= *75
XSMR14D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *95
XSMR16D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *68
XSMR16M - Material (Color) = GaAlAs(Red); Lens = White Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *68
XSMR17D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *68
XSMR18D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *77
XSMR19D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *58
XSMR21D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *65
XSMR22D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *395
XSMR23D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *18; Iv(ucd) If@10mA Typ.= *68
XSMR25D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *77
XSMR28D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *50; Iv(ucd) If@10mA Typ.= *75
XSMR38D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *50; Iv(ucd) If@10mA Typ.= *85
XSMR43D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *65
XSMR45D - Material (Color) = GaAIs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *40; Iv(ucd) If@10mA Typ.= *65
XSMR58C - Material (Color) = GaAlAs(Red); Lens = Red Transparent; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *55
XSMR58M - Material (Color) = GaAlAs(Red); Lens = White Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *49
XSMR58W - Material (Color) = GaAlAs(Red); Lens = Water Clear; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *55
XSMR71D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *50; Iv(ucd) If@10mA Typ.= *98
XSMR91D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *70; Iv(ucd) If@10mA Typ.= *195
XSMR92D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *50; Iv(ucd) If@10mA Typ.= *115
XSMR92W - Material (Color) = GaAlAs(Red); Lens = Water Clear; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *70; Iv(ucd) If@10mA Typ.= *149
XSMRMG18M - Material (Color) = GaAlAs(Red) / GaP(Green); Lens = White Diffused; Peak Wave Length = 660 / 565; Iv(ucd) If@10mA Min.= *40 / *8; Iv(ucd) If@10mA Typ.= *68 / *9
XSMRMG47MCC - Material (Color) = GaAlAs(Red) / GaP(Green); Lens = White Diffused; Peak Wave Length = 660 / 565; Iv(ucd) If@10mA Min.= 20 / 5; Iv(ucd) If@10mA Typ.= 58 / 10
XSMY383W - Material (Color) = InGaAlP(Yellow); Lens = Water Clear; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 50 / *110; Iv(ucd) If@10mA Typ.= 85 / *285
XSMY483W - Material (Color) = InGaAlP(Yellow); Lens = Water Clear; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 200 / *300; Iv(ucd) If@10mA Typ.= 395 / *698
XSMY83W - Material (Color) = InGaAlP(Yellow); Lens = Water Clear; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 200 / *300; Iv(ucd) If@10mA Typ.= 395 / *698
XSSG383W - Material (Color) = InGaAlP(Green); Lens = Water Clear; Peak Wave Length = 574; Iv(ucd) If@10mA Min.= 36 / *110; Iv(ucd) If@10mA Typ.= 65 / *215
XSSG483W - Material (Color) = InGaAlP(Green); Lens = Water Clear; Peak Wave Length = 574; Iv(ucd) If@10mA Min.= 180 / *480; Iv(ucd) If@10mA Typ.= 295 / *895
XSSG83W - Material (Color) = InGaAlP(Green); Lens = Water Clear; Peak Wave Length = 574; Iv(ucd) If@10mA Min.= 180 / *480; Iv(ucd) If@10mA Typ.= 295 / *895
XSUG10D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 4.5
XSUG11C - Material (Color) = GaP(Green); Lens = Green Transparent; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUG11W - Material (Color) = GaP(Green); Lens = Water Clear; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUG14D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3
XSUG15D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3.5
XSUG16D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3.5
XSUG17D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3.5
XSUG18D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUG19D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 2.5
XSUG21D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 2
XSUG22D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUG23D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 2.5
XSUG25D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUG28D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1.2; Iv(ucd) If@10mA Typ.= 2.5
XSUG29D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 5
XSUG35C - Material (Color) = GaP(Green); Lens = Green Transparent; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUG35W - Material (Color) = GaP(Green); Lens = Water Clear; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUG36C - Material (Color) = GaP(Green); Lens = Green Transparent; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7
XSUG36D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 5
XSUG38D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUG40D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 3.5
XSUG41D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 1.5
XSUG43D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 4.5
XSUG45D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 4.5
XSUG53D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 4
XSUG58C - Material (Color) = GaP(Green); Lens = Green Transparent; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 5
XSUG58W - Material (Color) = GaP(Green); Lens = Water Clear; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 5
XSUG62D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4
XSUG71D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUG73D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XSUG76C - Material (Color) = GaP(Green); Lens = Green Transparent; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 19
XSUG76D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XSUG91D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 6; Iv(ucd) If@10mA Typ.= 14
XSUGR18M - Material (Color) = GaAsP/GaP(Red) / GaP(Green); Lens = White Diffused; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 5 / 5; Iv(ucd) If@10mA Typ.= 9 / 7
XSUGR47M - Material (Color) = GaAsP/GaP(Red) / GaP(Green); Lens = White Diffused; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= 8 / 5; Iv(ucd) If@10mA Typ.= 18 / 10
XSUGR91M - Material (Color) = GaAsP/GaP(Red) / GaP(Green); Lens = White Diffused; Peak Wave Length = 627 / 565; Iv(ucd) If@10mA Min.= *7 / *7; Iv(ucd) If@10mA Typ.= *19 / *14
XSUGY18M - Material (Color) = GaP(Green) / GaAsP/GaP(Yellow); Lens = White Diffused; Peak Wave Length = 565 / 590; Iv(ucd) If@10mA Min.= 5 / 3; Iv(ucd) If@10mA Typ.= 7 / 5
XSUGY47M - Material (Color) = GaP(Green) / GaAsP/GaP(Yellow); Lens = White Diffused; Peak Wave Length = 565 / 590; Iv(ucd) If@10mA Min.= 5 / 2.6; Iv(ucd) If@10mA Typ.= 10 / 6.9
XSUO10D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUO14D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4
XSUO15D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 6.5
XSUO16D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUO17D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 5.5
XSUO18D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUO19D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUO25D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUO36C - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Transparent; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7
XSUO36D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 7
XSUO38D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUO40D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUO43D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUO53D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XSUO71D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUO73D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 9
XSUR10D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUR11C - Material (Color) = GaAsP/GaP(Red); Lens = Red Transparent; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUR11W - Material (Color) = GaAsP/GaP(Red); Lens = Water Clear; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUR14D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4
XSUR15D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUR16D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUR17D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 5.5
XSUR18D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUR19D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUR21D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 1.2; Iv(ucd) If@10mA Typ.= 2.5
XSUR22D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUR23D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 5.5
XSUR25D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUR28C - Material (Color) = GaAsP/GaP(Red); Lens = Red Transparent; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 12; Iv(ucd) If@10mA Typ.= 19.5
XSUR28D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUR29D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7
XSUR35C - Material (Color) = GaAsP/GaP(Red); Lens = Red Transparent; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 5.5
XSUR35W - Material (Color) = GaAsP/GaP(Red); Lens = Water Clear; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 5.5
XSUR36C - Material (Color) = GaAsP/GaP(Red); Lens = Red Transparent; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7
XSUR36D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 7
XSUR38D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUR40D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUR41D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 2.5
XSUR43D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUR45D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUR53D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 9
XSUR58C - Material (Color) = GaAsP/GaP(Red); Lens = Red Transparent; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4
XSUR58W - Material (Color) = GaAsP/GaP(Red); Lens = Water Clear; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4
XSUR62D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 7
XSUR68D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUR71D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUR73D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 9
XSUR76C - Material (Color) = GaAsP/GaP(Red); Lens = Red Transparent; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 12; Iv(ucd) If@10mA Typ.= 29
XSUR76D - 2x3 Mm Rectangular Solid Lamp
XSUR91D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 12; Iv(ucd) If@10mA Typ.= 23
XSUR92D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= *7; Iv(ucd) If@10mA Typ.= *19
XSUR92W - Material (Color) = GaAsP/GaP(Red); Lens = Water Clear; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= *10; Iv(ucd) If@10mA Typ.= *29
XSUS36C - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Transparent; Peak Wave Length = 607; Iv(ucd) If@10mA Min.= 4; Iv(ucd) If@10mA Typ.= 5.9
XSUS36D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 607; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7.5
XSUS45D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 607; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 4.5
XSUS58C - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Transparent; Peak Wave Length = 607; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7
XSUS58W - Material (Color) = GaAsP/GaP(Orange); Lens = Water Clear; Peak Wave Length = 607; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7
XSUS68D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 607; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3.5
XSUS73D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 607; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 7
XSUS76C - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Transparent; Peak Wave Length = 607; Iv(ucd) If@10mA Min.= 15; Iv(ucd) If@10mA Typ.= 24
XSUS76D - Material (Color) = GaAsP/GaP(Orange); Lens = Orange Diffused; Peak Wave Length = 607; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 17
XSUY10D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 4.5
XSUY11C - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Transparent; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUY11W - Material (Color) = GaAsP/GaP(Yellow); Lens = Water Clear; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUY14D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3
XSUY15D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3.5
XSUY16D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3.5
XSUY17D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 2.5
XSUY18D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3.5
XSUY19D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 2.5
XSUY21D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 0.5; Iv(ucd) If@10mA Typ.= 2
XSUY22D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUY23D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 2.5
XSUY25D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3.5
XSUY28D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1.2; Iv(ucd) If@10mA Typ.= 2.5
XSUY29D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4
XSUY35C - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Transparent; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3.5
XSUY35W - Material (Color) = GaAsP/GaP(Yellow); Lens = Water Clear; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 3.5
XSUY38D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 4.5
XSUY40D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 3.5
XSUY41D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 1.5
XSUY43D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 4.5
XSUY45D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 4.5
XSUY53D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 4
XSUY58C - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Transparent; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 2
XSUY58W - Material (Color) = GaAsP/GaP(Yellow); Lens = Water Clear; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 2
XSUY62D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 1.8; Iv(ucd) If@10mA Typ.= 4
XSUY68D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 2.5
XSUY71D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 2; Iv(ucd) If@10mA Typ.= 3.5
XSUY73D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 3; Iv(ucd) If@10mA Typ.= 7
XSUY76C - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Transparent; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XSUY76D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 9
XSUY91D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 12
XSUY92D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= *2.6; Iv(ucd) If@10mA Typ.= *6
XSUY92W - Material (Color) = GaAsP/GaP(Yellow); Lens = Water Clear; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= *7; Iv(ucd) If@10mA Typ.= *19
XSUYR18M - Material (Color) = GaAsP/GaP(Red) / GaAsP/GaP(Yellow); Lens = White Diffused; Peak Wave Length = 627 / 590; Iv(ucd) If@10mA Min.= 5 / 3; Iv(ucd) If@10mA Typ.= 9 / 5
XSUYR47M - Material (Color) = GaAsP/GaP(Red) / GaAsP/GaP(Yellow); Lens = White Diffused; Peak Wave Length = 627 / 590; Iv(ucd) If@10mA Min.= 8 / 2.6; Iv(ucd) If@10mA Typ.= 18 / 6.9
XSZE383W - Material (Color) = InGaAlP(Red); Lens = Water Clear; Peak Wave Length = 640; Iv(ucd) If@10mA Min.= 180 / *650; Iv(ucd) If@10mA Typ.= 595 / *2395
XSZE483W - Material (Color) = InGaAlP(Red); Lens = Water Clear; Peak Wave Length = 640; Iv(ucd) If@10mA Min.= 1500 / *5000; Iv(ucd) If@10mA Typ.= 1790 / *6990
XSZE83W - Material (Color) = InGaAlP(Red); Lens = Water Clear; Peak Wave Length = 640; Iv(ucd) If@10mA Min.= 1500 / *5000; Iv(ucd) If@10mA Typ.= 1790 / *6990
XSZE983W - Super Flux Led Lamp
XSZY383W - Material (Color) = InGaAlP(Yellow); Lens = Water Clear; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 70 / *380; Iv(ucd) If@10mA Typ.= 168 / *449
XSZY483W - Material (Color) = InGaAlP(Yellow); Lens = Water Clear; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 300 / *500; Iv(ucd) If@10mA Typ.= 495 / *1090
XSZY83W - Material (Color) = InGaAlP(Yellow); Lens = Water Clear; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 300 / *500; Iv(ucd) If@10mA Typ.= 495 / *1090
XTHI04W - Material (Color) = GaAlAs; Lens = Water Clear; Peak Wave Length = 880; Iv(ucd) If@10mA Min.= 1; Iv(ucd) If@10mA Typ.= 1.9
XTHI30BF - Material (Color) = GaAlAs; Lens = Blue Transparent; Peak Wave Length = 880; Iv(ucd) If@10mA Min.= 2 / *8; Iv(ucd) If@10mA Typ.= 3.5 / *18
XTHI30BF850 - Material (Color) = GaAlAs; Lens = Blue Transparent; Peak Wave Length = 850; Iv(ucd) If@10mA Min.= 7 / *10; Iv(ucd) If@10mA Typ.= 15 / *43
XTHI30BF860 - Material (Color) = GaAlAs; Lens = Blue Transparent; Peak Wave Length = 860; Iv(ucd) If@10mA Min.= 7 / *10; Iv(ucd) If@10mA Typ.= 14 / *35
XTHI30W - Material (Color) = GaAlAs; Lens = Water Clear; Peak Wave Length = 880; Iv(ucd) If@10mA Min.= 2 / *5; Iv(ucd) If@10mA Typ.= 9 / *18
XTHI30W850 - Material (Color) = GaAlAs; Lens = Water Clear; Peak Wave Length = 850; Iv(ucd) If@10mA Min.= 7 / *10; Iv(ucd) If@10mA Typ.= 15 / *43
XTHI30W860 - Material (Color) = GaAlAs; Lens = Water Clear; Peak Wave Length = 860; Iv(ucd) If@10mA Min.= 7 / *10; Iv(ucd) If@10mA Typ.= 14 / *35
XTHI53BF - Material (Color) = GaAlAs; Lens = Blue Transparent; Peak Wave Length = 880; Iv(ucd) If@10mA Min.= 5 / *8; Iv(ucd) If@10mA Typ.= 19 / *27
XTHI53BF850 - Material (Color) = GaAlAs; Lens = Blue Transparent; Peak Wave Length = 850; Iv(ucd) If@10mA Min.= 10 / *50; Iv(ucd) If@10mA Typ.= 39 / *97
XTHI53BF860 - Material (Color) = GaAlAs; Lens = Blue Transparent; Peak Wave Length = 860; Iv(ucd) If@10mA Min.= 10 / *50; Iv(ucd) If@10mA Typ.= 39 / *97
XTHI53W - Material (Color) = GaAlAs; Lens = Water Clear; Peak Wave Length = 880; Iv(ucd) If@10mA Min.= 8 / *12; Iv(ucd) If@10mA Typ.= 19 / *27
XTHI53W850 - Material (Color) = GaAlAs; Lens = Water Clear; Peak Wave Length = 850; Iv(ucd) If@10mA Min.= 10 / *50; Iv(ucd) If@10mA Typ.= 39 / *97
XTHI53W860 - Material (Color) = GaAlAs; Lens = Water Clear; Peak Wave Length = 860; Iv(ucd) If@10mA Min.= 10 / *50; Iv(ucd) If@10mA Typ.= 39 / *97
XTNI04W - Material (Color) = GaAs; Lens = Water Clear; Peak Wave Length = 940; Iv(ucd) If@10mA Min.= 1.2; Iv(ucd) If@10mA Typ.= 2.8
XTNI30BF - Material (Color) = GaAs; Lens = Blue Transparent; Peak Wave Length = 940; Iv(ucd) If@10mA Min.= 2 / *8; Iv(ucd) If@10mA Typ.= 4 / *19
XTNI30W - Material (Color) = GaAs; Lens = Water Clear; Peak Wave Length = 940; Iv(ucd) If@10mA Min.= 2 / *5; Iv(ucd) If@10mA Typ.= 8 / *19
XTNI53BF - Material (Color) = GaAs; Lens = Blue Transparent; Peak Wave Length = 940; Iv(ucd) If@10mA Min.= 5 / *8; Iv(ucd) If@10mA Typ.= 19 / *27
XTNI53W - Material (Color) = GaAs; Lens = Water Clear; Peak Wave Length = 940; Iv(ucd) If@10mA Min.= 8 / *12; Iv(ucd) If@10mA Typ.= 19 / *27
XVB1LMR32D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XVB1LMR48D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XVB1LMR50D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *390
XVB1LUG32D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XVB1LUG48D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XVB1LUG50D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XVB1LUGR59M - Material (Color) = GaP(Green); Lens = White Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *48
XVB1LUGY59M - Material (Color) = GaP(Green); Lens = White Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *48
XVB1LUR32D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XVB1LUR48D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XVB1LUR50D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 28
XVB1LUY32D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 14
XVB1LUY48D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 19
XVB1LUY50D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 18
XVB1LUYR59M - Material (Color) = GaAsP/GaP(Yellow); Lens = White Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= *20; Iv(ucd) If@10mA Typ.= *38
XVB2LMR48D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 661; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XVB2LUG48D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XVB2LUR48D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XVB2LUY48D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 19
XVB3LMR48D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 662; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XVB3LUG48D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XVB3LUR48D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XVB3LUY48D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 19
XVB4LMR48D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 663; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XVB4LUG48D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XVB4LUR48D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XVB4LUY48D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 19
XVC2LMR48D - Material (Color) = GaAlAs(Red); Lens = Red Diffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XVC2LUG48D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XVC2LUR48D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XVC2LUY48D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 19
XVD1LMR48D - Material (Color) = GaAlAs(Red); Lens = Red Ddiffused; Peak Wave Length = 660; Iv(ucd) If@10mA Min.= *100; Iv(ucd) If@10mA Typ.= *299
XVD1LUG48D - Material (Color) = GaP(Green); Lens = Green Diffused; Peak Wave Length = 565; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 19
XVD1LUR48D - Material (Color) = GaAsP/GaP(Red); Lens = Red Diffused; Peak Wave Length = 627; Iv(ucd) If@10mA Min.= 8; Iv(ucd) If@10mA Typ.= 29
XVD1LUY48D - Material (Color) = GaAsP/GaP(Yellow); Lens = Yellow Diffused; Peak Wave Length = 590; Iv(ucd) If@10mA Min.= 5; Iv(ucd) If@10mA Typ.= 19

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