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SG-238V

KODENSHI KOREA CORP
Part Number SG-238V
Manufacturer KODENSHI KOREA CORP
Description Photointerrupter
Published May 20, 2005
Detailed Description Photointerrupters(Transmissive) SG-238V DIMENSIONS The SG°©238V photointerrupter high°©performance standard type,combin...
Datasheet PDF File SG-238V PDF File

SG-238V
SG-238V

Overview
Photointerrupters(Transmissive) SG-238V DIMENSIONS The SG°©238V photointerrupter high°©performance standard type,combines high°©output GaAs IRED with high sensitive phototransistor.
(Unit : mm) FEATURES ¶UPWB direct mount type ¶UGAP £∫ 1.
2mm ¶U Compact APPLICATIONS ¶U Cameras ¶UVideo cameras ¶UFloppy disk drives ¶U£√£ƒ°©ROM drives MAXIMUM RATINGS Item Power dissipation Forward current Input Reverse voltage *1 Pulse forward current Collector power dissipation Collector current Output C-E voltage E-C voltage *2 Operating temp.
*2 Storage temp.
*3 Soldering temp.
(Ta=2° 5…) Symbol PD F I VR FP I PC C I VCEO VECO Topr.
Tstg.
Tsol.
Rating 75 50 5 0.
5 75 20 30 5 -20~+85 -30~+100 260 Unit mW mA V A mW mA V V °… °… °… *1.
pulse width £∫£Ù£˜ßZ100 sec.
period •Ï £∫ T=10msec.
*2.
No icebound or dew *3.
For MAX.
5 seconds at the position of 1mm from the package ELECTRO-OPTICAL CHARACTERISTICS Item Forward voltage Input Reverse current Peak wavelength Output Collector dark current Light current TransmissionLeakage current C-E saturation voltage Rise time Fall time (Ta=2° 5…) Symbol VF R I •Îp CEO I c I CEOD I VCE(sat) T1 T2 Conditions Min.
Typ.
1.
2 940 1 Max.
1.
4 10 100 2.
5 10 0.
4 125 1200 Unit.
V •ÏA nm nA mA •Ï A V •Ï sec.
•Ï sec.
F=20mA I VR=5V F =20mA I VCE=10V F=10mA,C E V =5V,N ( o°© n shading) 0.
25 I F=10mA,C E V =5V (shading) , I F=10mA,CI =0.
03mA I =15mA,LR =100 •ÿ k VCC=4.
4V,FI - 1- Photo interrupters(Transmissive) SG-238V Collector power dissipation Vs.
Ambient temperature Forward current Vs.
Forward voltage Light current Vs.
Forward current Light current Vs.
Collector-Emitter voltage Relative light current Vs.
Ambient temperature Dark current Vs.
Ambient temperature Relative light current Vs.
Moving distance - 2- ...


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