Optical Sensor

Type High sensitivity type Image size 28.672 x 0.200 mm Number of effective pixels 2048 x 1 pixels Pixel size 14 x 200 m Spectral response range 200 to 1000 nm Line rate (max.) 4672 lines/s Cooling Non-cooled Window material Quartz Package LCP

Product type RGB photodiode Package material Plastic Package type Surface mount type Package size 4.0 x 4.7 x 2.55 mm Photosensitive area 2 mm Spectral response range (Blue) 400 to 540 nm Spectral response range (Green) 480 to 600 nm Spectral response range (Red) 590 to 720 nm Peak sensitivity wavelength (Blue) 460 nm Peak sensitivity wavelength (Green) 540 nm Peak sensitivity wavelength (Red) 620 nm Photosensitivity (Blue) 0.18 A/W Photosensitivity (Green) 0.23 A/W Photosensitivity (Red) 0.16 A/W Dark current (max.) 0.1 nA Terminal capacitance 40 pF Rise time 0.2 s Operating temperature -25 to +85 deg.C Storage temperature -40 to +85 deg.C Measurement condition Typ. Ta=25 deg.C, per element, Photosensitivity: =p, Dark current (all elements): VR=1 V, unless otherwise noted

High-speed frame rate sensor capable of acquiring two-dimensional projection dataThe profile sensor S9132 is a high-performance CMOS area sensor particularly intended to acquire projection data. A projection profile in the X and Y directions has very small amounts of data compared to normal area sensors and therefore allows high-speed position detection and moving object detection. The S9132 also has advantages over convensional 2D PSDs (Position Sensitive Detectors) that the output linearity is improved, multiple light spots can be detected and external circuits are simplifi ed. A timing generator, bias voltage generator and 10-bit AD converter circuits are all integrated on the same chip, allowing operations with a very simple external driver circuit and external signal processing circuit.Features- Sensor for acquiring 2D projection data- High-speed frame rate- Low power consumption- Digital video output- 10-bit/8-bit switchable ADC

An infrared sensor is an electronic device, that emits in order to sense some aspects of the surroundings. An IR sensor can measure the heat of an object as well as detects the motion. These types of sensors measure only infrared radiation, rather than emitting it that is called a passive IR sensor. Usually, in the infrared spectrum, all the objects radiate some form of thermal radiation.

Product type RGB digital color sensor Package material Plastic Package type COB type Package size 3.43 x 3.8 x 1.6 mm Photosensitive area 1.2 x 1.2 mm Spectral response range (Blue) 400 to 540, 800 to 1000 nm Spectral response range (Green) 480 to 600, 760 to 1000 nm Spectral response range (Red) 590 to 1000 nm Photosensitivity Low range (Blue) 0.3 LSB/lx Photosensitivity Low range (Green) 0.6 LSB/lx Photosensitivity Low range (Red) 1.4 LSB/lx Photosensitivity High range (Blue) 2.6 LSB/lx Photosensitivity High range (Green) 5.3 LSB/lx Photosensitivity High range (Red) 12.9 LSB/lx Operating temperature -20 to 80 deg.C Storage temperature -20 to 85 deg.C Note This sensor also has sensitivity in the infraredregion, so cut off infrared light as needed.

Spectral response range1550 to 1850 nmSpectral resolution (FWHM) max.20 nmDark current max.40 nAPhotosensitive area (Detector)0.1 mmBand-pass filterintegratedPackageTO-5NoteTyp., Ta=25 unless otherwise noted

TypeHigh sensitivity typeImage size28.672 x 0.007 mmNumber of effective pixels4096 x 1 pixelsPixel size7 x 7 mSpectral response range400 to 1000 nmLine rate (max.)2387 lines/sCoolingNon-cooledWindow materialBroslicate glassPackageLCP

Type High sensitivity type Image size 28.672 x 0.200 mm Number of effective pixels 2048 x 1 pixels Pixel size 14 x 200 m Spectral response range 200 to 1000 nm Line rate (max.) 4672 lines/s Cooling Non-cooled Window material Quartz Package LCP