KSP-1MLR2 KODENSHI | Alldatasheet
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Technical content
KSP-1MLR2 KODENSHI KOREA CORP 1. Scope The KSP-1MLR2, a silicon photodiode mounted in a TO-18 type header with black epoxy encapsulation, provides wide angular response and is relatively low-cost as compared to TO-18 can-type devices. 2. Features ¡ß Wide angular response ¡ß Low profile package ¡ß Relatively low-cost against metal can package 3. Applications ¡ß Optical detectors ¡ß Infrared sensors ¡ß Smoke detectors 4. Package Outline See the attached Drawing No. PD-KSP1MLR2-OT-01 5. Absolute Maximum Ratings [Ta = 25¡É ] 6. Electro-optical Characteristics [Ta = 25¡É ] KKC-QM-043-2 1/2 ¡¾60 deg. -2.2 V
0.18 MHz
Ev=1,000lx *1 50 §Ü 0.1 §Ë *1.Color temp.=2856K standard Tungsten lamp Item Simbol Open circuit voltage Voc Short circuit current Isc Half angle ¥Ä¥è Peak wavelength ¥ëp 900 §¬ Spectral sensitivity ¥ë 700~1,050 Temperature coefficient of Isc ¥ât Temperature coefficient of Voc ¥át V=0V, f=1MHz Capacitance Ct 11 §Ë Dark current Min. Typ. Max. Operating Temperature Topr. -25 ~ +90 ¡É Storage Temperature Tstg. -30 ~ +100 RatingsSymbolItem Unit Reverse Voltage Soldering Temperature 260 20VR Tsol. V Id VR=5V Unit 0.4 V Condition
KSP-1MLR2 KODENSHI KOREA CORP 7. Typical Electrical-optical Characteristics Curves ¡áLight current Vs. ¡áShort circuit current Vs. ¡áDark current Vs. Forward voltage Illuminance Ambient temperature ¡áRelative sensitivity Vs. ¡áDark current Vs. ¡áRadiant Pattern. Wavelength Reverse voltage ¡áCapacitance between terminal Vs. Reverse voltage KKC-QM-043-2 2/2 Short circuit current Isc 10 (lx) Illuminance Ev 10 10 101 2 3 410-1 101 (§Ë) Ta=25¡É Dark current Id Ambient temperature(Ta) 0-20 20 (¡É)8060 100 10-3 10-2 10-1 100 101 (§Ê) VR=5V Relative intensity S 500 400 700 Wavelength(¥ë) 600 800 900 (§¬)10001100 Ta=25¡É 100 (%) Dark current Id 0 (V)20 Reverse voltage VR 5 10 15 25 30 10-3 10-2 10-1 100 101 (§Ê) Ta=25¡É 0+20 +40 +60 +80 +100 -100 -80 -60 -40 -20 100100 Angle(deg.) Relative Sensitivity(%) Ta=25¡É 0 2010 Reverse voltage VR 5 15 (V)25 Capacitance between terminals Ct 100 (§Ü)
125 Ta=25¡É
f=1MHz Forward voltage VF (§Ë) Light current IL 100lx 200lx 300lx 400lx 500lx 1000lx Ta=25¡É