GP2A10 SHARP | Alldatasheet
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— ON ~ SHARP ELEK/ MELEC DIV 15E 0 I 4160794 0003306 '?7 i Photointerrupter TT Y/- 73 GP2A10 SS , ——t GP2 Al O Long Focal Distance, Open Collector Output, Reflective Type OPIC Photointerrupter @ Features H Outline Dimensions (Unit : mm) 1. Long focal distance (Detecting range: 2~7mm) 43e9 10.484 2. Capable of detecting many kinds of paper (Normal paper for copiers, secondary 3 = heey] paper, overhead projector paper) & ape ES ad 3. Provided with a 3-pin connector for easier ols | eS 2-93.2t" interface with control circuit @ Applications tages 5 1. Copiers iH 2. Printers i Cl 3. Facsimiles A : a [lecel} Internal connection diagram : Reflective - object p77 as |? 8 cone Oak * Connector: EI 3-pin connector 171825-3 (JAPAN AMP made) Recommended connector on the inserted side: : 172053-3, etc. (JAPAN AMP made) Housing: 172142-3, etc. (Note) Unspecified tolerance shall be typical value. OPIC is a registered trademark of Sharp and stands for Optical IC. It has a light detecting element and signal processing circuitry integrated onto a single chip. ™@ Absolute Maximum Ratings (Ta=25'C) Parameter [Symbol | Rating | Unit Supply voltage Vv “Output voltage Vv “Low level output current | To | 6 | mA “Operating temperature °c “Storage temperature “C *1 Detecting time *2 Non-detecting time %*3 The connector should be plugged in/out at normal temperature. i SHARE 732
- _ a -. ee MS SHARP ELEK/ MELEC DIv 1SE 0 | 6160798 0003307 sf Photointerrupter GP2A10 HM Electro-optical Characteristics 7 V/- 723 (Ta=25°C)
7 Rating ,
Operating supply voltage Ta=0~65C [45 [50 [55 | Vv Dissipation current [Tec | Veo=5V, Ri=© at detecting time | — | 27 | 50 | mA Vee=8V at non-detecting time Low level output voltage Vou | pana v Vee=5V at detecting time High level output voltage Von R,=10ka 47 v on
4 Non-detecting condition: d=11mm or more (without external disturbing light) with suede (black) as the
reflective object in Fig. 1 : %*5 Detecting condition: d=2~7mm (without external disturbing light) with artwork tape (black) as the reflective object in Fig. 2 6 Definition of response time: shown in Fig. 2 Fig. GP2A10 Light = Reflective object Fig. 2 if, GP2A10 Vour waveform a meq ne Detecting (-—-—-|\\--10% portion afi ity Non-detecting portion : * SHARP 733 F
SHARP ELEK/ MELEC DIV SE 0 ff 8280798 oo03308 off : Photointerrupter T- Y/~- 73 GP2A10 Fig. 3 Low Level Output Voltage vs. Fig. 4 Dissipation Current vs. Supply $ Ambient Temperature Voltage pT i | LS g a= ie | AF . 3 3 3 lo.= g as —— —— q fy tt i % 25 30 65 a Ambient temperature Ta (‘C) ‘ supply voltage ¥ ™ ° ee Fig. 5 Detecting Distance Characteristics 50 — Vec=8V d lf ieee ro ° Reflective object Reflective object e | Nees) b= 3 * GP2A10 £ (Test Arrangement) 2 29 a aes eT TT NO 14} — ° Pp Lf SL prow ‘ i ae Detecting distance d (mm) ve i ° voltage |(V) Voltmeter (Test Circuit Diagram) SHAR OES 734