FEATURE: Fast Response Time. High Analytic. Cut-Off Visible Wavelength λp=94nm High sensitivity. Lead Free product, in compliance with RoHS. AKE GKE D

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1 PHOTO INTERRUPTER AKE GKE DATA SHEET REV. : 1. DATE : 2-JUN.-27 GKE GOODTAKE GKE GOODTA GOODTAKE INTERNATIONAL LTD. 1 (7) Rev Jun-7

2 FEATURE: Fast Response Time. High Analytic. Cut-Off Visible Wavelength λp=94nm High sensitivity. Lead Free product, in compliance with RoHS. AKE GKE DESCRIPTIONS: consist of an infrared emitting diode and a phototransistor, encased side-by-side on converging optical axis in a black thermoplastic housing the phototransistor receives radiation from the IRED only. This is the normal situation. But when an object is in between, the phototransistor could not receive the radiation. GKE GOODTAKE APPLICATIONS: Mouse copier. Switch scanner. Floppy disk driver. Non contact switching. INTERNAL CIRCUIT: GKE GOODTA GOODTAKE INTERNATIONAL LTD. 2 (7) Rev Jun-7

3 pticagoodtake DIMENSIONS NOTE:1. All dimensions are in millimeter. GKE GOODTAKE GKE GOODTA 2. Tolerance is ±.2 unless otherwise noted. OGOODTAKE INTERNATIONAL LTD. 3 (7) Rev Jun-7 lakegke

4 Input Output ABSOLUTE MAXIMUM RATINGS AT Ta=25 Parameter Symbol Ratings Power Dissipation PD 75 mw Reverse Voltage VR 5 V Forward Current IF 5 ma Peak Forward Current GOODTAKE INTERNATIONAL LTD. 4 (7) Rev Jun-7 IFP Unit FP 1 A Collector Power Dissipation PC 75 mw AKE GKE Collector Current IC 2 ma Collector-Emitter Breakdown Voltage Emitter-Collector Breakdown Voltage Operating Temperature Temperature Soldering Temperature BVCEO 3 BVECO 3 V ECO 5 V Topr ~+85 Tstg -4 4~+85 Tsol 27 for 6 sec Max (2mm from Body ody) NOTES:IFP CONDITIONS--PULSE WIDTH 1µS AND DUTY 1%. TYPICAL ELECTRICAL & OPTICAL CHARACTERISTICS(Ta=25 ) GKE GOODTAKE Input Output Trnsfer Characteristics Parameter Symbol Min in. Type Max ax. Unit Test Condition Forward Voltage VF V IF=5 ma Reverse Current IR 1 µa VF=5V Peak Wavelength λp 94 nm View Angle 2θ1/2 6 Deg Collector Dark Current Collector-Emitter Saturation Voltage On State Collector Current ICEO 1 V CE(sat).4 V IC(on) na VCE CE=1V 1.2 ma Rise Time Tr 15 µs Fall Time Tf 15 µs Ic=2 =2mA IB=1µA 5V Ee=1 =1mW/ W/cm 2 GKE GOODTA λp=94 =94nm VCE CE=5V Ic=1 =1mA RL=1 =1Ω

5 RELIABILITY TEST ITEMS AND CONDITIONS: NO Item Test Conditions GOODTAKE INTERNATIONAL LTD. 5 (7) Rev Jun-7 Test Hours/Cycle Sample Quantity Test Result 1 Solder Heat TEMP:27 ± ±3 1 SEC 11 pcs DEFECT 2 Temperature Cycle H:+85 18min 1min L: min 3 Thermal Shock H:+85 3min 4 High Temperature 5 Low Temperature 6 High Temperature High Humidity 3sec L: min 16 cycles 22 pcs DEFECT AKE GKE 1 cycles 11 pcs DEFECT TEMP:+25 1 HRS 22 pcs DEFECT TEMP:-25 1 HRS 22 pcs DEFECT 85 /93 93% RH 1HRS 22 pcs DEFECT GKE GOODTAKE GKE GOODTA

6 TYPICAL ELECTRO-OPTICAL CHARACTERISTICS CURVES FOR IR: Relative Radiant Intensity Forward current(ma) 1..5 AKE GKE Wavelength(nm) Fig.1 Spectral Distribution Forward Voltage(V) Fig.3 Forward Current Vs Forward Voltage.9.8 GOODTAKE INTERNATIONAL LTD. 6 (7) Rev Jun-7 Radiant Intensity(mW/Sr) ma Intensity(IF=2mA) Radiant Relative IF= Fig.2 Relative Radiant Intensity Vs Ambient Temperature GKE GOODTAKE Forward Current(mA) Fig.4 Forward Current Vs Radiant Intensity Radiant Intensity Fig.5 Angle Vs Radiant Intensity GKE GOODTA

7 TYPICAL ELECTRO-OPTICAL CHARACTERISTICS CURVES FOR PT Collector Power Dissipation PD(MW) AKE GKE Relative Collector Currect(%) FIG.1 Collector PD VS Ta FIG.3 Relative Ic VS.Ta GOODTAKE INTERNATIONAL LTD. 7 (7) Rev Jun-7 Relative Spectral Sensitivity Collector Current(mA) Collector Current IC(mA) Wavelength(nm) FIG.2 Spectral Sensitivity GKE GOODTAKE Collector Dark Current ICEO(nA) FIG.5 ID VS Ta Irradiance Ee(mW/cm2) FIG.4 Ic VS IV Ee=1.5mW/cm2 Ee=1.25mW/cm2 Ee=1.mW/cm2 GKE GOODTA Ee=.75mW/cm2 Ee=.5mW/cm Collector-Emitter Voltage VCE(V) FIG.6 Collector Current VS Collector-Emitter Voltage 4