Micro-Hybrid is specialized in miniaturized, ceramic-based electronic circuits and infrared components focusing on sophisticated product solutions made for harsh environments.
MICRO-HYBRID is international leading in developing and producing advanced electronic microsystems. We are specialized in miniaturized, ceramic-based electronic circuits and packages and infrared components made for harsh environments.
With a high degree of know-how and experience as well as a broad network of cooperation, we create electronics and sensors for highest demands. We master individual measurement and sensor solutions with significant added value for our customers. State of the art technologies & materials and an exceptional engineering team are the base for innovative electronic packages and modules. Our deep application experience in a wide range of industries enables us to solve customer specific development tasks. Micro-Hybrid covers the complete supply chain inclusive development, calibration and all backend processes.
This is why companies worldwide choose us as their partner for application specific OEM electronic solutions.
Micro-Hybrid Electronic GmbH
Phone: +49 36601 5920
Gain advantages on the way to market launch: competitive edge thanks to test measurements that can be performed at short notice of common gases such as
CO2, HC, NOX, NO, SO2 in industrial or medical applications.
NDIR bundles are available from stock in small volumes. Each box consists of premium IR emitters and matching, highly sensitive thermopile detectors which are optimized for the selected application. We are the only supplier worldwide to produce both IR sources and detectors in-house.
HermeSEAL® Technology is a unique packaging process. By soldering a metalized filter to the reflector or cap, hermetically sealed IR emitters are created. They are specially designed for demanding applications in harsh environments such as
heat, humidity, corrosive gases, or vacuum.
The high-performance membrane of these MEMS IR emitters is made of nanoamorphous carbon and reaches membrane temperatures up to 850 °C. It enables a high and long-term stable radiation performance.
Our pyroelectric sensors are specially designed for NDIR gas analysis or flame detection. The quad detector analyzes up to 3 gases or detects typical spectral emissions of burning materials.
Our pyro detector is based on MEMS technology. It consists of a 0.5 µm thinfilm Ceramic Pyroelectrical Material (CPM) mounted on a silicon-based membrane. The optically transparent front electrode absorbes IR radiation in a wide range from 2 – 15 µm and can be customized with optical filters.
New technology to predict fertile days in the female cycle - measuring the concentration of carbon dioxide in exhaled air with infrared technology is the key to an innovative, digital ovulation test for women.
A new method of tracking fertile days in the cycle opens up yet another field of application for infrared gas measurement. By analyzing the CO2 level in the exhaled air it is now possible to accurately determine fertility non-invasively and without side effects. This new approach to monitoring can be used for natural cycle control as well as for the fulfillment of a child's wish.
During fertile days, the level of carbon dioxide in the breathing air decreases. To determine fertility, it is necessary to calmly breathe into the test device for one minute every day. The breath is exposed to infrared light. The CO2 molecules absorb part of the IR radiation and the sensor in detects any difference in the transmission of the carbon dioxide. The altered output signal is evaluated by an electronic module and shows the result in a user-friendly way in an mobile app.
For the analysis of the concentration of CO2, Micro-Hybrid offers all necessary infrared components: IR emitters and detectors.
IR Thermopile detectors for operating temperatures ranging from -20 to +180 °C used in Casting, forging or die forming: Sensors survey material temperatures for control and optimization of the entire process in metal production or processing.
MTS Thermopile detectors reliably determine the surface temperature at close and medium distances of metal on moving objects or objects that are difficult to access, in harsh environments or of fragile measurement targets.
In comparison to common packaging technologies, the filter of the MTS 1 Hightemp is soldered and therefore resistant to various environmental influences such as heat, aggressive gases or high humidity and allows operating temperatures between -20 and +180 °C. The IR detector MTS 1 TEMP provides excellent performance in contactless temperature measurement: best detectivity up to 7.2 x 108 cm x Hz1/2/W, high sensivity up to 295 V/W and short response times of typ. 30 ms.
The MTS 1 Hightemp is available as standard version in TO-39 housing in our webshop. Our sales team would be happy to advise you on customer-specific adaptations, such as other housings, filling gases or thermistors for compensation of the ambient temperature.
Gain advantages on the way to market: head start thanks to test measurements of gases frequently used in industrial applications such as CO2, CO, HC, SF6, NOX, H2O, NO, SO2 that can be done at short notice.
With limited project times and development budgets, our NDIR bundle can speed things up in several ways. Developers save valuable project hours searching for different suppliers and the laborious matching of both components for the test setup - thanks to the ideal combination of IR emitters and detectors in the NDIR bundle "industrial gases".
For the selected process gases, these IR components are available from one supplier in a short time and without any minimum quantities thanks to the prefabricated kit. The set enables rapid tests with different emitter setups in the measurement system and the evaluation of sensors for individual measurement tasks in industrial applications such as
• Condition monitoring
• Monitoring of processes,
• Plant control
• Quality control
• Exhaust gas analysis.
The set consists of four NAC-based JSIR 350 series emitters in different housings and six matched MTS thermopiles with two or four channels.
We only use functionally necessary cookies and the web analysis tool Matomo in order to optimally design and continuously improve our website for you. By continuing to use our website, you agree to this. Further information and an objection possibility can be found here: Data protection