MRGBiCT
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The information contained in this documentation is the property of MAZeT. Photocopying or otherwise reproducing any part of the catalog, whether electronically or mechanically is prohibited, except where the express permission of MAZeT GmbH has been obtained. In general, all company and brand names, as well as the names of individual products, are protected by brand, patent or product law. Data Sheet MRGBiCT RGB Sensor – TO39 Version: 2.2 MAZeT GmbH Sales Göschwitzer Straße 32 07745 JENA | GERMANY Phone: +49 3641 2809-0 Fax: +49 3641 2809-12 Mail: sales@mazet.de www.mazet.de

Data Sheet MRGBiCT - T039 5 Maximum Ratings / Characteristics 4 The information contained in these documents reflects the current state of the art at the time of publication and is of a provisional nature. MAZeT explicitly reserves the right to make technical changes to the equipment and components

Data Sheet MRGBiCT – TO39 1 Function The RGB Sensors are made of 19 x 3 photo diodes (special PIN silicon technology with extended sensibility) integrated on chip. The diodes are carried out as segments of a multiple-element hexagonal matrix structure with the diameter of 2,0 mm. The design as Si-PIN photo diodes allows signal frequencies up to MHz-range. In order to achieve a small cross talk between the photodiodes the individual sectors were separated from each other by additional structures. Each of these photodiodes is sensitized with dielectric RGB1 (red green blue) filters that...

Data Sheet MRGBiCT – TO39 Figure 1: Typical sensitivity of the RGB color sensor (MRGBiCT) scanned by width broadband light and limited angle of incidence (<10°)2 3 5 Maximum Ratings / Characteristics (TA = 25 °C; per single diode) Description Diameter of light sensitivity area Light sensitivity area per single color array (19 diodes) Typical photo sensitivity of color ranges Spectral tolerance of filter curve Reverse voltage Dark current Terminal capacitance Rise and fall time of photo-current Noise equivalent power Cross-talk Angle of incidence (see also chapter 11) Storage temperature...

Data Sheet MRGBiCT – TO39 Figure 2: MRGBiCT in T39 package Figure 3: Recommended Soldering Profile5 5 Please note the sensor includes sensitive materials and components. High temperatures and time for soldering more than specified here could damage or destroy the sensor. The information contained in these documents reflects the current state of the art at the time of publication and is of a provisional nature. MAZeT explicitly reserves the right to make technical changes to the equipment and components described in the documentation.

Data Sheet MRGBiCT – TO39 common cathode 9 Handling and Storage Care should be taken to keep the sensor surface clean. Dust, scratches will adversely affect the sensor parameters. Sensors should be handled as optical device. It is important to use normal ESD handling and precautions for ESD sensitive devices. 10 Packing Information Standard packing’s are small boxes with anti static foam. Otherwise has to be cleared with sales, see chapter 12. 11 Application NOTES 11.1 CIRCUIT Opposite figure shows a circuit for the conversion of photo current to an equivalent voltage. These voltage can be...

Data Sheet MRGBiCT – TO39 11.2 LIMITATIONS The spectral filters of our color sensors are specialized for applications with broadband source of lighting >10 nm. Please ask our sales team before you use our sensor in combination with narrowband luminous sources. 11.3 Angle of incidence In reliance on the packaging the sensor IC has an aperture angle (beam width) of nearly 90°. Traditional an interference filter works depends on angle of incidence. So a bumped light beam with different angles to vertical until 10° will not causes any filter shifts. Make sure by using lenses or optical holes...