FASCO INDS/ SENISYS CLL550/551 Series WOE D EB 3499738 0001298 3 Digital Output IC Sensors SENSOR INTEGRATED SYSTEMS. PP tik 0. rae i 18) be 4.060 SPHERICAL ey | nas (9613 4 o202 (513) _ _ 0198 (2.883 [ve gino c2.s43 F p08 10.45) = _ [onan 0079 (201 _.] L Gua \ 0.063 (1601 Vo DIMENSIONS ARE IN diss (288) oaaa H2299 INCHES CHILLIMETERSI ass 01.401 1 = TT oj ao16 t0.49) L 0108 [2.743 0.100 (2.54) Features buffer and inverter output polarities @ open-collector output e IR-bandpass filtered case @ = fully TTL compatible e wide sensing haif-angle, 35 Description The CLL550/551 series of IC sensors consist of a silicon integrated circuit featuring a high- speed photodiode, followed by a linear amplifier and Schmitt-trigger to pravent am- biguous output conditions. The conserva- tive design allows turn-on times typically less than 500 ns with typical risatimes of 30 ns, This series is mechanically compatible with the CLED145 IRED series and spectrally compatible with all IREDs in the Senisys product line. Cail Senisys for applications assistance. Absolute Maximum Ratings (Ta=25C unless otherwise stated.) Storage and Operating Temperature ssassussuanesusonsessonsuauenvaseansaveneoveesesesseseanoess 40C to + 100C: - Lead Soldering Temperature"? 240C Supply Voltage Voc: assess OV Supply Voltage Voce 18V Power Dissipation 250mWwe) Junction Temperature 100C Notes: 0.06" (1.5mm) from the case for 5 seconds maximum. 260C maximum when wave soldering. Voc: is the principal power pin of the device, generally referred to as Vcc. Vee is the voltage applied through a load to the output pin of the device. Derate linearly from 25C at -3.33 mW/C. Maximum junction temperature is a function of the glass-transition temperature of the. encapsuating plastic. Same margin of safety is built into this number; specified - - glass-transition temperature for this material is 115C. MPAPON = NORMALIZED ler VS. Ta 25 o 3 50 75 wo TEMPERATURE (C) Senisys @ 1600 West Plano Parkway e@ Plano, Texas 75075 @ Phone: 214-422-1844 @ FAX: 214-423-4661 Fundamental Characteristics SPATIAL RESPONSE INVERTER v wo cc A OUT Os * ; K GND % o c O04 RELATIVE 02 Q s% 60 40 20 0 POSITION ( ). 20 40. 60 80 ANGULAR 124 oye ta ete ge AMAR a ABRAM ane gtd a apa mp An wnp ey * fot Wek aay aA at ht sh raap hs a 1 eekaibekgben on hash dw dele | FASCO INDS/ SENISYS CLL550/551 Series Digital Output IC Sensors Teng & es Electrical Characteristics (Ta= 25C unless otherwise stated) 1-41-69 ee: Symbol | Parameter | min | max | units | TestCondiions = By Voc Supply Voltage Range 4.75 | 5.25 Vv ; Voce Output Voltage Supply Range 4 16 Vv 4.75<Voc1s5.25V : Icc Voc1 Current Drain - 20 mA 4.75=Vcc1 $5.26V a : foH Output Current Ss nl 4 CLL560 - 100 | wA_ | Voc=5V, Vo=16V . so * CLL551 ) - 100 | wA | Vec=5V,Vo=16V.. : : Eet Threshold Irradiance - 2.4 |mWicem?! Vec=5V,4=935nm | : VoL Output Voltage ) ae 7 , CLL550 - | o4 V Voc =5V, lo. = 16mA ; CLLss1 - 0.4 V Voc=5V, lo. =16mA Notes: 1. Output current is the maximum off-state current value for the device. Normally, this value would be specified as Icex with the specified condition being Vee0.2 volts. In optoelectronic integrated circuits, this output current Is constrained to Include some potential for photon-generated current in the output stage, hence, lox Is always greater than the expected value for Icex. ee 2. irradiance for this parameter Is Ey 2 1.0mW/cm? from a gallium arsenide IRED with an operating wavelength of 935 nm, - 3. Inadiance =0. Radiation outside the range of device sensitivity may be present during these tests. Sufficient protection has been | provided when the parameter being measured cannot be altered by further irradiation shielding. . . . Typical value Is 0.3 volts and proportionally lower for lower output currents. The fimiting value is Vorrser, approximately 0,1 volts Half-sensitivity angle is the total included angle between half sensitivity points. it Is assumed that the point of maximum sensitivity Is - along the centerline of the lens. oo 6. Dynamic characteristics are measured using a gallium arsenide IRED with operating wavelength of 935 nm and typical radiation rise and fall times of 700 ns. we eaten dander nen | a> seedy les Typical Characteristics Design Characteristics at Ta = 25C (not guaranteed by test) Symbol Parameter | value units Conditions Gus | Half-sensitivity Angle 70 Alrt(+/) | Hysteresis 20 % : f sw Switching Frequency 400 | kHz Voc =5V, RL=270Q2 tr Rise time 30 ns see note 6 . : tONn Turn-on time 500 | ns | seenotes ; = z tf Fall time 10 | ns | seenote a t OFF Turn-off time 18 | us see note 6 Pe Senlsys @ 1600 West Plano Parkway e Plano, Texas 75075 e Phone: 214-422-1844 FAX: 214-423-4661 - ; 4 125