BS112 SHARP | Alldatasheet

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SHARP ELER/ ELEC DIV ase g Bl s180778 oovzeas of Blue Sensitive Photodiodes BS112/BS142 BS 1 1 2/BS1 42 Wide Wavelength Band Type Photodiode T- 41-51 ™@ Features ™ Outline Dimensions (Unit : mm) . 1. A wide range of sensitivity wavelength BS112 BS142 (A+ 350~1,150nm) 20 lement Element ® 2. High reliability (hermetic seal package) wv / @o 3. High sensitivity (BS112 I, : MIN. 5.52A, xy BS142 I, : MIN. 18zA at Ey=1002x) N @ Applications o @ 1. Illuminance meters Glass window Glass window 2. Scientific color measuring instruments, g9.2t7 813.8510 such as colorimeters, flame color meters, q \\piz5i, | analyzers and spectral photo meters aa | es pita Fi 3. Precise optical instruments aad | 3 ll VI sous ¢ af lo af af\\ *

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. Anode mar} Active area: 11.9mm? Active area: 41.8mm? @® Anode © Anode @ Cathode @ Cathode M Absolute Maximum Ratings (Ta=25'C) Parameter | Symbol ["“esii2 [S142 [Unit Reverse voltage [ve [os fs |v Operating temperature c Storage temperature c “'Soldering temperature [Tau [260 | 260 [°C #1 For 5 seconds ™@ Electro-optical Characteristics (Ta=25'C) Pereneter__[Svmbol| Conditions il “Open circuit voltage | “Vee _[Ev=100%x | 025 [032 | — | 025 | om | — |v “Short circuit current [Ie [y=100e« [55 | 70 | — [18 | 2 | — | ga Dark current [ta [ve=iv [= Pax | a07 [= foxioe | a a Peak sensitivity wavelength [ap [50 | = [| 650) — | am Sensitivity wavelength width | a [380 | an [350 — 2,160 [am Response time Ltt PRsika = a0 T= = a as *2_ Ev: Illuminance by CIE standard light source A (tungsten lamp) - 121 i

, SHARP ELEK/ MELEC DIV se o J azec7sa oooeLa 6 ff j Blue Sensitive Photodiodes 1-41-51 BS112/88142 T=] - a Fig. 1 Spectral Sensitivity Fig. 2. Photocurrent vs. Illuminance Ty=25'C 1 ESH2) 100, 7X SST Ty aa = wtf \\ Past eatin

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2 o \\ EEE Sere enkes / 2 7 2 “ERR See o ! é 5 ATH tH a | dT TC : 2 HELLA 3 BEE SaaS 2 2d ad See i eat ee IN HATE HEH ; NN CTC EEA | 400500 600 760 800 800 100071001200 rs e $e 6 ore t Wavelengh 2 (nm) Muminance Ey (&x) Fig. 3 Photocurrent vs. luminance Fig. 4 Photocurrent vs. Forward Voltage (88142) (BS112) SEE HH Ee 000 ' ATI R= 100koN Til iil fet matinecaa ce eer Il EH 2ko | 2 vo LINN eet 2 HSS = EASA ae a emai emia; : AH i i ae see ee g we 8 oil SU aR eer att ee eis tt Oil vo LTT FT Hie a Iluminance Ey (ix) Forward voltage V; (V) Fig. 5 Photocurrent vs. Forward Voltage Fig. 6 Short Circuit Current, Open Circuit (BS142) Voltage vs. Ambient Temperature .5t — Se. silo ees wees 160) PEG (Ta=25c) [| [ [J _ ete standara ATTN See NTT aq beets” ‘ CNS eel _

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op EEE Se pa — i MI NA fit N 3 ESR 3 . 2 io SEE 3 40 2 00 p RSS « me MINS IST 4+ | | HE Sere Nat ee 0.00.82 0 OT 02 05 1 25 oO 25 50 6 100 Forward voltage V, (V) Ambient temperature T, (‘C) >-.krTJT_— SHARP 122

a SHARP ELEK/ MELEC DIV 15E Dd | 81802796 0002697 T I Blue Sensitive Photodiodes . BS112/BS142 Fig. 7 Dark Current vs. Reverse Voltage Fig. 8 Dark Current vs. Reverse Voltage

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5 afr HHH] i of FH HT ea 2 COME TH Fee EE ee SHEA a SDS aati eres AHIESEE AT EHH HEE FH LCT WUC | O51 2 5 10 20 50 100200 5 1 2 5 10 20 50 100 200 Load resistanse R. (kO) Load resistance Ri (kQ) Test Circuit for Response Time Infrared LED —_BS112/BS142 Output Input a Rt =]o-- ~~ f= 905 Output Pulse generator “| . . —__ SHARE 123