BN504 Search Results

Contextual Info: STANLEY ELECTRIC CO LTD crr * ja Z H L E * " 0002033 8S2 » IIS T PHOTODARLINGTON TRANSISTOR PD504 • FEATURES • • Package Dimensions HIGH SENSITIVITY lc = 15mA TYP. FOR PHOTOSENSOR (BN504 COMBINATION) ■ APPLICATION • • OPTICAL SWITCH PHOTOSENSOR

Contextual Info: STANLEY ELECTRIC CO LTD 5SE j ÇfôhLEI PHOTOTRANSISTOR PS504 Package Dimensions • FEATURES • • HIGH SENSITIVITY lc=10mW TYP. FOR PHOTO INTERRUPTER (BN504 COMBINATION) ■ APPLICATION • OPTICAL SWITCH • PHOTOSENSOR IAbsolute Maximum Ratings Item

photoisolator

Abstract: BN504 PD504 PS504
Contextual Info: ! D J 00233Û3 □□0D LI33 T | A C INTERFACE INC 7 BN504 S M lei • v . T -4HÌ STANLEY INFRARED LED • FEATURES ■ Package Dimensions {1 High emission output Typ. 1.0 mW/sr at I f = 20mA) (2) Best suited for photointerrupter (3) Effective when used in combination with

BN504

Abstract: photoisolator PD504 PS504
Contextual Info: ! D J 00233Û3 □□0DLI33 T | A C INTERFACE INC S M lei • 7 BN504 . T - 4H Ì v STANLEY INFRARED LED • FEATURES ■ Package Dimensions {1 High emission output Typ. 1 .0 mW/sr at I f = 20m A ) (2) Best suited for photointerrupter (3) Effective when used in combination w ith

Contextual Info: STANLEY ELECTRIC CO LTP SSE ]> Mb?fllSfl 0002000 33b M I I S T SilAmt ~ (o ( PHOTOTRANSISTOR PS505 • FEATURES • • Package Dimensions HIGH SENSITIVITY (lc=2.5mA TYP. FOR PHOTO INTERRUPTER (BN504 COMBINATION) ■ APPLICATION • • OPTICAL SWITCH PHOTOSENSOR

CN106

Abstract: DN505 dn319 BN202 CN505 DN106 BN504 AN305 BN301
Contextual Info: ISUPER INTENSITY INFRARED LED ▼CHARACTERISTICS BY SHAPE Ta=25 i Peflk Wavelength Radiant intensity ip iw B s i^ fc H S B S fe S Type No Output Powe> Po Cut-Off Frequency 7YP lr MIN TVP 1 YP te TY P If AN106 950 50 15 25 50 3.5 50 0.5 50 BN106 925 20 2.0

CN106

Abstract: BN501 CN306 CN504 CN505
Contextual Info: •SUPER INTENSITY INFRARED LED S ta n le y 's in fra re d LE D s fe a tu re the high in te n sity / high sp e e d DN series. Four w a v e le n g th s 8 5 0 , 880, 925 and 950 are a va ila b le in a va rie ty of pa cka g e sizes to a c c o m o d a te any d e sig n re q u ire m e n t m a tc h e d w ith one of ou r p h o to tra n s is to rs or pin p h o to d io d e s the ideal s o u rc e -re c e iv e r

EE-L104HB

Abstract: EE-L105X DN304 AN303 CN306 CN504 122dl 18AF DN305 AN111
Contextual Info: - 1£ Sk h it J -H è ¡II 3? im A 50 typ 4 50 ty p 8 50 ty p 5 50 1 .3 1.5 ty p 10 50 ty p 5 50 1.45 1.8 min imWï typ 8 a n u í C N lll I h 1+ \ ty p V) ( Ta = 25°C) CTfl = 25-C) # im A ) I f 7. ? ; i. - m 1e minimWsr: Po DN202 • it ¥ rife Ft; m a x IV)

EBR3432S

Abstract: PG3368S CN306 AR3432 LPG5374X AY5385X PG1101H PG3361X NSY101 KU107-01
Contextual Info: •PRODUCT TABLE TYPE NO. AA1101H | PAGE 55 TYPE NO. AY1102W | PAGE 56 TYPE NO. BR2651K ! PAGE 44 AA1101W 56 AY2202S 41 BR3338S 38 AA1102W 56 AY2222S 41 BR3361X 39 AA2202S 41 AY2651K 44 BR3362X 39 AA2222S AA2651K 41 AY3365S 37 BR3363K 45 44 AY3402S 40 AA3365S

PP506-1

Abstract: pp-506-1 DN304 "Co Sensor" CN106 PP506 PP701 BN202 CN501 KR311
Contextual Info: •SU PER INTENSITY VISIBLE LED I INFRARED LED I PHOTO DETECTOR ■ Stanley super-intensity visible and infrared LEDs 660 nm to 925 nm are suitable as light sources for optical comm unications, bar-code readers and sensors. The package of the [ID -311, CD-511 and □□-1011 series used for light sourcing and reception can be easily combined with

photosensors

Abstract: AN501 stanley CN501 DN401 DN106 CN306 CN504 CN505 CN305 DN106 stanley
Contextual Info: EU LTR A HIGH POWER INFRARED LED T-m-H SSE D I I STANLEY CO INC 4b7filSa 0G00L.2Ô 7 Stanley infrared LEDs, including the super-intensity, high-speed DN Series, are available in four wavelengths 850,880, 925, 950nm as well as in a wide variety of package types.

DN305

Abstract: AN-305 Stanley PS5022
Contextual Info: ISUPER INTENSITY VISIBLE LED I INFRARED LED / PHOTO DETECTOR Stanley super-intensity visible and infrared LEDs 660 nm to 925 nm are suitable as light sources for optical comm unications, bar-code readers and sensors. The package of the L D - 3 1 1, □ □ - 5 1 1 and □ □ - 1 0 1 1 series used for light sourcing and reception can be easily combined with