BCS5030G1 TDK

Visible Radiant Optical Sensor /Data Sheet BCS2015G1 BCS2015G1 is the photodiode which uses an amorphous silicone Application semiconductor on the glass substrate. It is the most suitable for Brightness control for LCD, EL and CRT Brightness Adjustment, Control of the Lighting systems. BCS2015G1 is Brightness control for Keypads (e. g. Mobile Phones) for surface mounthing. Positioning scanline for Rear Projecton TV Exposure adjust for Compact Camera Features Sub exposure adjust for Digital Camera Highly receptive to visible light but not receptive to infrared light (close to Human eye visibility). Accurate illumination measurement can be taken without the use of an infrared filter. ( Phototransistors and photodiodes that use crystal- silicon semiconductors typically require this filtering.) Surface mounting can be used in lead- free reflow soldering. Lead- free, Cadmium-free Shapes and dimension Glass Substrate BCS2015G1 Photo acceptance area 0.6 (1.25) 0.6 0.5 0.6 Dimensions in mm Tolerance:0.2mm ( ) : Typical value t=0.6 typ. (0.7max.) - Electrode + Electrode 2 ( ) Marker of polarity Marker of polarity Electrical Characterisic Temperature= 25deg.C Item Value Units Min. Typ. Max. Output current 100Lux*1 VR=0V (Short Circuit Current) A 0.07 0.10 0.13 Output current 100Lux*1 VR=5V A 0.08 0.12 0.16 Dark current VR=0.05V pA --- --- 10 *Initial value Absolute Maximum Ratings Temperature= 25deg.C Item Value Units Reverse biass voltage: VR V 10 Non-reverse biass current mA 2 Optical Characteristic Temperature= 25deg.C Item Value Units Spectral sensivty area nm 350 to 750 Peak of sensivity nm 58020 Others Item Value Units Operating temperature deg. C -20 to 85 Keep and transfer temperature deg. C -40 to 85 Dimensions mm 2.01.50.6t Weight g 0.004 *1 White Fluor Light (color temperature=4200K) 51101 *All specifications are subject to change without notice. 1.5 (1.2) Photo acceptance area 1Output characteristic(typical):BCS2015G1 1.00E-04 1.00E-05 1.00E-06 1.00E-07 VR=0 1.00E-08 VR=1 VR=2 VR=3 1.00E-09 VR=5 1.00E-10 0.1 1 10 100 1000 10000 100000 Illuminance(Lx) *VR:Reverse biass voltage Measuring circuit diagram I-meter A Light V Voltage Source Optical sensor V-meter Output Current(A)