MICRO-HYBRID is one of the world technology leaders in the field of electronic microsystems. Through extensive research and development investments, a high degree of know-how and a broad network of cooperations, we create components and sensors with the highest precision. We achieve individual solutions with significant added value for our customers by further development of technologies and materials as well as technical innovations. Our extensive application experience in a wide range of industries enables us to offer a unique range of technologies to solve your development tasks. This is why technology companies worldwide choose us as their partner for solving their measuring tasks. Micro-Hybrid is a company of the Micro-Epsilon Group.
This pyroelectric detector uses sensitive elements based on MEMS technology. The pyroelectric element consists of an approximately 0.5 µm thinfilm Ceramic Pyroelectrical Material (CPM) mounted on a modified silicon-based membrane. The front electrode is optically transparent allowing infrared radiation to be absorbed by the active area with a broad absorption range from 2 – 15 µm. IR Flame detection and NDIR gas analysis are the main application fields.
Selection of IR emitters and detectors in the Micro-Hybrid online shop to order small volumes as a test package. The NDIR bundles contain a NAC based emitter and a highly sensitive thermopile dual detector with a narrow band filter, optimized for the selected target gas and a second reference channel. You can shop kits online for different gases: carbon dioxide, carbon monoxide, nitrous oxide, nitrogen monoxide, hydrocarbons, water, sulphur dioxide, alcohols and sulphur hexafluoride.
High-end MEMS based infrared emitter with black-silicon emission layer with true black body radiation characteristic for NDIR gas analysis in the long wave length range for ambitious medical and industrial applications. Hot-plate temperatures up to 700 °C in combination with emission coefficient ɛ ~ 1enable highest radiation intensities. In addition, JSIR 360 IR sources have a long lifetime thanks to their thermal-mechanical adjusted membrane and a spectral drift free behavior.