Details, datasheet, quote on part number: XEUY29DX
PartXEUY29DX
CategoryOptoelectronics => Display => LEDs
DescriptionMaterial (Color) = GaAsP/GaP(Yellow);; Lens = Yellow Diffused;; Peak Wave Length = 590;; Iv(ucd) If@10mA Min.= 9;; Iv(ucd) If@10mA Typ.= 30
CompanySun LED Corporation
DatasheetDownload XEUY29DX datasheet
  

 

Features, Applications

Notes: 1. All dimensions are in millimeters (inches). 2. Tolerance is 0.25(0.01") unless otherwise noted.

Absolute maximum ratings (TA=25C) Reverse voltage Forward current Forward current (peak) 1/10Duty cycle 0.1ms pulse width Power dissipation Operating temperature Storage temperature Lead solder temperature [2mm below package base] VR IF iFS PT TA Tstg UY (GaAsP/GaP)

T A=25C) Forward voltage (typ.) (I F=10mA) Forward voltage (max.) (I F=10mA) Reverse current (VR=5V) Wavelength at peak emission (I F=10mA) Wavelength at Dominate emission (I F=10mA) Spectral Line half-width (I F=10mA) Capacitance P )



 

Some Part number from the same manufacture Sun LED Corporation
XEUY30D Material (Color) = GaAsP/GaP(Yellow);; Lens = Yellow Diffused;; Peak Wave Length = 590;; Iv(ucd) If@10mA Min.= 9;; Iv(ucd) If@10mA Typ.= 30
XEUY31D
XFMG20D2C Material (Color) = GaP(Green);; Lens = Green Diffused;; Peak Wave Length = 565;; Iv(ucd) If@10mA Min.= *70;; Iv(ucd) If@10mA Typ.= *138
XFMG20D6A Material (Color) = GaP(Green);; Lens = Green Diffused;; Peak Wave Length = 564;; Iv(ucd) If@10mA Min.= *70;; Iv(ucd) If@10mA Typ.= *195
XFMG20D6C Material (Color) = GaP(Green);; Lens = Green Diffused;; Peak Wave Length = 565;; Iv(ucd) If@10mA Min.= *70;; Iv(ucd) If@10mA Typ.= *195
XFMR20D2C Material (Color) = GaAlAs(Red);; Lens = Red Diffused;; Peak Wave Length = 660;; Iv(ucd) If@10mA Min.= *180;; Iv(ucd) If@10mA Typ.= *405
XFMR20D6A Material (Color) = GaAlAs(Red);; Lens = Red Diffused;; Peak Wave Length = 659;; Iv(ucd) If@10mA Min.= *100;; Iv(ucd) If@10mA Typ.= *395
XFMR20D6C Material (Color) = GaAlAs(Red);; Lens = Red Diffused;; Peak Wave Length = 660;; Iv(ucd) If@10mA Min.= *100;; Iv(ucd) If@10mA Typ.= *395
XFUR20D2C Material (Color) = GaAsP/GaP(Red);; Lens = Red Diffused;; Peak Wave Length = 627;; Iv(ucd) If@10mA Min.= 18;; Iv(ucd) If@10mA Typ.= 56
XFUR20D6A
XFUR20D6C
XFUY20D2C Material (Color) = GaAsP/GaP(Yellow);; Lens = Yellow Diffused;; Peak Wave Length = 590;; Iv(ucd) If@10mA Min.= 12;; Iv(ucd) If@10mA Typ.= 30.9
XFUY20D6A
XFUY20D6C
XGMGX20D Material (Color) = Gap (Green);; Lens = ;; Peak Wave Length = 565;; Iv(ucd) If@10mA Min.= 3600;; Iv(ucd) If@10mA Typ.= 13900
XGMRX10D Material (Color) = Gaalas (Red);; Lens = ;; Peak Wave Length = 660;; Iv(ucd) If@10mA Min.= 9000;; Iv(ucd) If@10mA Typ.= 30900
XGMRX20D
XGUGUYX10D Material (Color) = Gap (Green) / GAASp/gap (Yellow);; Lens = ;; Peak Wave Length = 565 / 590;; Iv(ucd) If@10mA Min.= 6400 / 1900;; Iv(ucd) If@10mA Typ.= 10700 / 3400
XGUGX10D Material (Color) = Gap (Green);; Lens = ;; Peak Wave Length = 565;; Iv(ucd) If@10mA Min.= 3000;; Iv(ucd) If@10mA Typ.= 9495
XGURUGX10D Material (Color) = GAASp/gap (Red) /GaP (Green);; Lens = ;; Peak Wave Length = 627 / 565;; Iv(ucd) If@10mA Min.= 4100 / 6400;; Iv(ucd) If@10mA Typ.= 6100 / 10700
XGURUYX10D Material (Color) = GAASp/gap (Red) / GAASp/gap (Yellow);; Lens = ;; Peak Wave Length = 627 / 590;; Iv(ucd) If@10mA Min.= 4100 / 1900;; Iv(ucd) If@10mA Typ.= 6100 / 3400

XLMR01WF : Material (Color) = GaAlAs(Red);; Lens = Water Clear;; Peak Wave Length = 660;; Iv(ucd) If@10mA Min.= 3000;; Iv(ucd) If@10mA Typ.= 3790

XLMY08W : Material (Color) = InGaAlP(Yellow);; Lens = Water Clear;; Peak Wave Length = 590;; Iv(ucd) If@10mA Min.= 300;; Iv(ucd) If@10mA Typ.= 445

XLUR32C : Material (Color) = GaAsP/GaP(Red);; Lens = Red Transparent;; Peak Wave Length = 627;; Iv(ucd) If@10mA Min.= 20;; Iv(ucd) If@10mA Typ.= 58

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