DSAA4770 Search Results

DSAA4770 Datasheets Context Search

Catalog Datasheet	MFG & Type	Document Tags	PDF
KPA-2106SECK Abstract: No abstract text available Text: 2.1x0.6mm RIGHT ANGLE SURFACE LED LAMP Part Number: KPA-2106SECK Super Bright Orange Features Description z 2.1mmX0.6mm RIGHT ANGLE SMT LED, 1.0mm The Super Bright Orange device is made with InGaAlP THICKNESS. on GaAs substrate light emitting diode chip.	Original	KPA-2106SECK 2000PCS DSAA4770 JUL/04/2007 KPA-2106SECK	PDF
Untitled Abstract: No abstract text available Text: 2.1x0.6mm RIGHT ANGLE SURFACE LED LAMP Part Number: KPA-2106SECK Super Bright Orange Features Description z 2.1mmX0.6mm right angle SMT LED, 1.0mm thickness. The Super Bright Orange device is made with AlGaInP on z Low power consumption. GaAs substrate light emitting diode chip.	Original	KPA-2106SECK 2000pcs DSAA4770 NOV/29/2011	PDF
KPA-2106SECK Abstract: No abstract text available Text: 2.1x0.6mm RIGHT ANGLE SURFACE LED KPA-2106SECK Features Description ! 2.1mmx0.6mm ! LOW SMT LED, 1.0mm THICKNESS. POWER CONSUMPTION. ! WIDE ! IDEAL SUPER BRIGHT ORANGE VIEWING ANGLE. The Super Bright Orange source color devices are made with DH InGaAlP on GaAs substrate Light	Original	KPA-2106SECK 2000PCS DSAA4770 DEC/18/2002 KPA-2106SECK	PDF
Untitled Abstract: No abstract text available Text: 2.1x0.6mm RIGHT ANGLE SURFACE LED LAMP Part Number: KPA-2106SECK Super Bright Orange Description Features 2.1mmX0.6mm right angle SMT LED, 1.0mm thickness. The Super Bright Orange device is made with AlGaInP on Low power consumption. GaAs substrate light emitting diode chip.	Original	KPA-2106SECK 2000pcs The/2010 DSAA4770 OCT/26/2010	PDF
Untitled Abstract: No abstract text available Text: 2.1x0.6mm RIGHT ANGLE SURFACE LED LAMP KPA-2106SECK Features z2.1mmX0.6mm Description RIGHT ANGLE SMT LED, 1.0mm THICKNESS. zLOW zIDEAL Emitting Diode. VIEW ING ANGLE. FOR BACKLIGHT AND INDICATOR. zVARIOUS COLORS AND LENS TYPES AVAILABLE. zPACKAGE: zRoHS The Super Bright Orange source color devices are	Original	KPA-2106SECK 2000PCS DSAA4770 MAR/18/2005	PDF