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At Embro, we develop and produce customised, textile-based surface sensors in large dimensions. Applications include: > pressure sensors > impact sensors > detection and monitoring of composites > surface temperature sensors > area sensors for humidity and damage sensing > inductive sensors > capacity sensors

We at TFP use our special wire and fiber laying technology to create sensors for large dimensions to measure pressure, humidity and monitor structural composite parts. Please contact us for further information.

The NDIR bundle N2O is made up of optimally matched thin film infrared emitters and a corresponding IR thermopile detector to measure nitrous oxide in gas mixes. The kit has a short delivery time and therefore achieves measurement results in a short time. This is especially an advantage for developers in research projects with a limited time span. The two-channel detector's optical filter has been optimized for the absorption spectrum of N2O and can provide important data, especially in the analysis of exhaust gases in the automotive, railway and marine sectors, the monitoring of industrial exhaust emissions and environmental monitoring.

The NDIR bundle N2O is made up of optimally matched thin film infrared emitters and a corresponding IR thermopile detector to measure nitrous oxide in gas mixes. The kit has a short delivery time and therefore achieves measurement results in a short time. This is especially an advantage for developers in research projects with a limited time span. The two-channel detector's optical filter has been optimized for the absorption spectrum of N2O (CWL: 4525 ± 20 nm / HBW: 83 ± 6 nm) and can provide important data, especially in the analysis of exhaust gases in the automotive, railway and marine sectors, the monitoring of industrial exhaust emissions and environmental monitoring.

The NDIR bundle industrial gases consists of optimally matched thin-film infrared emitters and various IR thermopile detectors for gas analysis in industrial applications. The set includes ten components for commonly measured gases such as CO2, CO, hydrocarbons, nitrogen compounds and alcohols: four JSIR 350 series IR emitters in various TO packages and six matched thermopile IR detectors with two or four channels of the MTS 200 series. In the development project, the NDIR bundle supports several goals: short-term delivery of IR components without minimum order, evaluation of components or testing of different components in the measurement system. Fast test results in development help to gain a decisive advantage on the way to market maturity of the series product. Micro-Hybrid is the only supplier worldwide to produce both IR components for gas analysis - practically and quickly available in one box.

The NDIR bundle medical gases is a test set of perfectly matched components for gas analysis in the medical environment. The bundle offers a selection of IR emitters and detectors for the measurement of common gases such as CO2, CO, N2O, hydrocarbons, halothane, x fluranes or alcoholic compounds: three IR emitters of the JSIR 350 series in different housings and seven matched thermopile IR detectors with two or four channels of the MTS 200 series. Developers thereby achieve rapid results in the project phase: short-term availability of infrared components in small quantities; evaluation and testing of products and various components in one measuring system. Fast test results in the development of medical technology systems and devices help to achieve a significant competitive edge until the series product is ready for the market. Micro-Hybrid is the only manufacturer worldwide to supply both infrared components for gas analysis in one set.

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter is ideal for various gas analysis applications in medicine, industry and other demanding application fields. With a very low input power of 175 mW, this infrared radiation source can also be used for mobile devices and hand held devices. The combination of filling gas and the optical window (CaF2) optimizes the emission in the wavelength range from UV to 12 µm. The packaging version in the standard TO46 housing with reflector is suitable for measurement distances from 2 cm. The emitter can be used with MTS thermopile detectors or with MPS pyro detectors. The combination with Micro-Hybrid IR detectors guarantees optimum performance and ensures precise measurement results for the analysis of gas concentrations. For further technical information please refer to the data sheet.

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter in the HermeSEAL® option is a high performance emitter for particularly demanding gas analysis applications in medicine, industry and aerospace. The packaging version in the standard TO39 housing with reflector and window (SiARC) is suitable for measurement distances from 2 cm and optimizes the emission in the wavelength range from UV to 15 µm. Due to the HermeSEAL® technology option, this IR source can be used in harsh environments and is insensitive to high temperatures, humidity or aggressive gases. In the patented HermseSEAL® packaging process, filters are connected to the housing by soldering. This hermetically seals the inside of the housing. The sensitive membrane of the infrared source is protected from harmful ambient influences which increases its lifetime and reliability.

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter is a high performance emitter for demanding gas analysis applications in medicine and industry. The packaging version in the standard TO39 housing with reflector and window (SiARC) is suitable for measurement distances from 2 cm. and optimizes the emission in the wavelength range from UV to 15 µm. The emitter can be used with MTS thermopile detectors or with MPS pyro detectors. The combination with Micro-Hybrid IR detectors guarantees optimum performance and ensures precise measurement results for the analysis of gas concentrations. Our sales team will be happy to advise you on customization and scale prices for high volumes. For further technical information please refer to the data sheet.

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation performance. The JSIR 350 IR emitter in the HermeSEAL® option is a high performance emitter for particularly demanding gas analysis applications in medicine, industry and aerospace. The packaging version in the standard TO39 housing with reflector and window (sapphire) is suitable for measurement distances from 2 cm and optimizes the emission in the wavelength range from 2.5 to 5.5 µm. Due to the HermeSEAL® technology, this IR emitter can be used in harsh environments and is insensitive to high temperatures, humidity or aggressive gases. In the patented HermseSEAL® packaging process, filters are connected to the housing by soldering. This hermetically seals the inside of the housing. The sensitive membrane of the IR source is protected from harmful ambient influences which increases its lifetime and reliability.

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter is ideal for various gas analysis applications in medicine, industry and other demanding application fields. The packaging version in the standard TO39 housing with reflector is suitable for measurement distances from 2 cm. The combination of filling gas (nitrogen) and optical window (CaF2) optimizes the emission in the wavelength range from UV to 12 µm. The emitter can be used with MTS thermopile detectors or with MPS pyro detectors. The combination with Micro-Hybrid IR detectors guarantees optimum performance and ensures precise measurement results for the analysis of gas concentrations. Our sales team will be happy to advise you on customization and scale prices for high volumes. For further technical information please refer to the data sheet.

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter is ideal for various gas analysis applications in medicine, industry and other demanding application fields. With a very low input power of 175 mW, this infrared radiation source can also be used for mobile devices and hand held devices. The packaging version in the standard TO46 housing with reflector is suitable for measurement distances from 2 cm. The emitter can be used with MTS thermopile detectors or with MPS pyro detectors. The combination with Micro-Hybrid IR detectors guarantees optimum performance and ensures precise measurement results for the analysis of gas concentrations. The high performance membrane of the MEMS IR emitters reaches membrane temperatures of up to 850 °C. It allows high and long term stability. It enables high and long-term stable radiation performance.

The pyro-detector measures methanol (CH4O/half structure formula: CH3OH) & ethanol (C2H5OH) at ambient temperatures between -20 and 85 °C. With its high detectivity of up to 4.0*10^8 cm√Hz/W and a sensitivity of up to 200000 V/W, the 2-channel detector represents the high end solution for demanding applications in medical or industrial production and process applications. The optical filter with a CWL of 9663 ± 80 nm and a HBW of 240 ± 40 nm combined with the reference channel are specially designed to analyze typical alcohol compounds. The exceptional signal values result from the combination of a broad spectral sensitivity of 2 - 15 µm (optimized from 3 - 5 µm), a high sensitivity with a modulation frequency of up to 100 Hz, a low microphone effect due to the low membrane mass, very low temperature dependence and an amplified signal in current mode. The reliable measurement results are furthermore secured by a high read-out rate up to 100 Hz as well as by the short response time.

The NDIR bundle NO combines perfectly matched thin-film IR emitters of the JSIR 350 series and thermoelectric IR detectors of the MTS 200 series for the detection of nitric oxide (CWL: 5300 ± 30 nm / HBW: 200 ± 20 nm). It is available at short notice and provides users with measurement results for their project in a very fast way. Micro-Hybrid is the only supplier worldwide who offers all components for the analysis of infrared active gases in form of IR-emitters and IR-detectors. Industries such as automotive, railway and shipping rely on NDIR exhaust gas analysis data. This technology is also used for monitoring industrial exhaust gases, production processes and environmental conditions.

2 channel premium thermopile sensor for the measurement of hydrocarbons (HC). IR filters with a CWL of 3400 ± 20 nm and a HBW of 140 ± 20 nm and a particularly high detectivity of up to 6.27*10^8 cm√Hz/W as well as a very high sensitivity of up to 171 V/W guarantee precise and long-term stable measurement results. The Thermopile is suitable for demanding industrial applications such as industrial gas measurement, coolant monitoring or process analysis. Two detector chips with 200 bismuth antimony/antimony thermopiles each form the core for this 2 channel thermopile. The signal quality is comparable to that of pyroelectric detectors. The integrated thermistor for reference temperature determination, an interference absorber and an additional reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm) optimize the measurement results of the dual IR detector. For this product, customer-specific adaptations are possible as well as agreements on graduated prices.

The NDIR emitter kit made by Micro-Hybrid is a set of the most frequently used IR-emitters of the JSIR 350 series and a CO2 IR-detector of the MTS 200 series ith this set you get a possibility to order smaller quantities available at short notice and evaluate our products or test different combinations of components in your measurement system. This set may also help you to design your setup. Our bundle can otherwise come into use for educational purposes on colleges and universities for electronic and measurement applications training or single use assemblies for bachelor or master theses. In Addition engineers may use it for testing different set ups and preseries products or prototypes.

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter is ideal for various gas analysis applications in medicine, industry and other demanding application fields. The packaging version in the standard TO39 housing with cap without window is suitable for measuring distances up to 2 cm. The emitter can be used with MTS thermopile detectors or with MPS pyro detectors. The combination with Micro-Hybrid IR detectors guarantees optimum performance and ensures precise measurement results for the analysis of gas concentrations. Our sales team will be happy to advise you on customization and scale prices for high volumes. For further technical information please refer to the data sheet.

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter is a high performance emitter for demanding gas analysis applications in medicine and industry. The packaging version in the standard TO39 housing with reflector and window (SiARC) is suitable for measurement distances from 2 cm. and optimizes the emission in the wavelength range from UV to 15 µm. The emitter can be used with MTS thermopile detectors or with MPS pyro detectors. The combination with Micro-Hybrid IR detectors guarantees optimum performance and ensures precise measurement results for the analysis of gas concentrations. Our sales team will be happy to advise you on customization and scale prices for high volumes. For further technical information please refer to the data sheet.

The cost-efficient infrared emitter JSIR340-4 is optimized for NDIR gas analysis and other infrared measurement applications such as DIR spectroscopy, ATR spectroscopy or PAS spectroscopy. The membrane of the cmOS based IR emitter reaches membrane temperatures of up to 800 °C. It provides long-term stable radiation output for industrial applications for control and monitoring of process gases, associated gases at ambient temperatures between -20 and 85 °C. The packaging version in the standard TO housing with cap is suitable for measuring distances up to 2 cm. The MEMS chip used in our IR emitters consists of a multilayer hot plate diaphragm containing a high temperature stable metal C-MOSI layer. The emitter chip has an active area of 2.2 x 2.2 mm2 and is based on a silicon substrate with a back-etched membrane. All thin film processes are performed using standard MEMS processes and cmOS compatible materials. The active C-MOSI resistive layer is protected against aging & environment.

Cost efficient infrared emitter for NDIR gas analysis and other infrared measurement applications. With only 250 mW required input power, the emitter is also suitable for mobile - and handheld devices. The membrane of this cmOS based ire source achieves membrane temperatures up to 800 °C with long term stable radiation power and short time constant. For high volume applications such as building air conditioning, automation and others, the JSIR 340 is suitable due to its excellent price/performance ratio. The packaging with reflector is good for measurement distances from 2 cm. The MEMS emitter chip consists of a multilayer hotplate membrane containing a high temperature stable metal C-MOSI layer. The emitter chip is based on a silicon substrate with a back-etched membrane. All thin film processes are performed with standard MEMS processes and cmOS compatible materials. The active C-MOSI resistor layer is protected against aging and environment.

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter is ideal for various gas analysis applications in medicine, industry and other demanding application fields. The packaging version in the standard TO39 housing with reflector is suitable for measurement distances from 2 cm. The combination of filling gas (nitrogen) and optical window (BaF2) optimizes the emission in the wavelength range from UV to 14 µm. The emitter can be used with MTS thermopile detectors or with MPS pyro detectors. The combination with Micro-Hybrid IR detectors guarantees optimum performance and ensures precise measurement results for the analysis of gas concentrations. Our sales team will be happy to advise you on customization and scale prices for high volumes. For further technical information please refer to the data sheet.

Premium infrared emitter with a high performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter is ideal for various gas analysis applications in medicine, industry and other demanding application fields. The packaging version in the standard TO39 housing with reflector is suitable for measurement distances from 2 cm. The combination of filling gas and optical window (Sapphire) optimizes the emission in the wavelength range from UV to 5.5 µm. The emitter can be used with MTS thermopile detectors or with MPS pyro detectors. The combination with Micro-Hybrid IR detectors guarantees optimum performance and ensures precise measurement results for the analysis of gas concentrations. Our sales team will be happy to advise you on customization and scale prices for high volumes. For further technical information please refer to the data sheet.

The NDIR bundle CO2 is a set of perfectly matching components for the gas analysis of carbon dioxide and offers research teams, institutes and laboratories the right solution for the demand of short term required IR components in small volumes. Micro-Hybrid is combining a NAC-based IR emitter with reflector of the JSIR 350 series with the highly sensitive thermopile dual detector of the MTS 2 SENS series. The narrow band filter of the dual detector is optimized to absorb carbon dioxide (CWL: 4265 ± 25 nm / HBW: 120 ± 10 nm) and has an additional reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm). Designed for use in research projects in the fields of cell growth, plant cultivation or industrial gas measurement, our NDIR bundle CO2 provides developers with immediate results in gas analysis.

The NDIR bundle HC made by Micro-Hybrid is a set of perfectly matched IR emitters and detectors for hydrocarbon gas analysis which includes a NAC based IR emitter with reflector of the JSIR 350 series, completed with the highly sensitive thermopile dual detector of the MTS 200 series. The optical filter of the detector is adapted to the characteristic wavelength (CWL: 3400 ± 20 nm / HBW: 140 ± 20 nm) range of hydrocarbons. In order to get fast test results in biogas plants or for the development of hydrocarbon probes to control and monitor chemical processes, Micro-Hybrid is the only manufacturer worldwide to offer both infrared components for the analysis of infrared active gases.

Premium infrared emitter with a high-performance nanoamorphous carbon membrane. This achieves membrane temperatures of up to 850 °C for high and long-term stable radiation output. The JSIR 350 IR emitter is ideal for various gas analysis applications in medicine, industry and other demanding application fields. The packaging version in the standard TO39 housing with a reflector without a window is suitable for measurement distances from 2 cm. The emitter can be used with MTS thermopile detectors or with MPS pyro detectors. The combination with Micro-Hybrid IR detectors guarantees optimum performance and ensures precise measurement results for the analysis of gas concentrations. Our sales team will be happy to advise you on customization and scale prices for high volumes. For further technical information please refer to the datasheet.

The premium dual-channel pyrodetector meets the most demanding measurement applications for the analysis of N2O (nitrous oxide) in environments from -20 to 85 °C. It achieves an especially high detectivity of up to 4.0*10^8 cm√Hz/W and sensitivity of up to 200000 V/W. The optical filter with a CWL of 4525 ± 20 nm and a HBW of 83 ± 6 nm as well as an additional reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm) match the characteristics of the gas exactly. NDIR gas analysis in aerospace, industrial process and exhaust gas measurement or anesthetic gas monitoring in medical are typical application fields for the MPS2SENS nitrous oxide. The pyroelectric detector shows less sensitivity to external influences through internal signal amplification. Likewise, temperature fluctuations have only a minor influence due to the low thermal mass of the membrane. The special Micro-Hybrid product design allows a higher read-out rate up to 100 Hz and short response times of the dual detector.

Two channel premium pyrodetector detector on TO39 header for measurement of sulfur hexafluoride (SF6). The detector suits applications of industrial gas measurement or monitoring of insulation gases in the field of production and process engineering at ambient temperatures between -20 and 85 °C. With a CWL of 10540 ± 100 nm and a HBW of 690 ± 100 nm, the narrowband optical filter provides ideal values for precise analysis of the target gas. In addition, there comes a reference channel with the CWL: 5060 ± 25 as well as the HBW: 100 ± 15 nm. With a very high detectivity of up to 4.0*10^8 cm√Hz/W and sensitivity of up to 200000 V/W, the signal quality remains unique in this technology range. The detector features a broad spectral sensitivity 2 - 15 µm (optimized from 3 - 5 µm), a high sensitivity with a modulation frequency of up to 100 Hz, a low microphone effect due to the small membrane mass, very low temperature dependence and an amplified signal in current mode.

With its very high detectivity of up to 4.0*10^8 cm√Hz/W and a sensitivity of up to 200000 V/W, the 4-channel detector is the high end solution for demanding test applications. The detector is designed for the following gases: Water Vapor (H2O) (CWL: 6580 ± 40, HBW: ± 35 nm), Carbon Dioxide (CO2) (CWL: 4265 ± 25, HBW: 120 ± 10 nm) and alcoholic compounds (CWL: 9663 ± 80, HBW: 240 ± 40 nm). The precise measurement results are backed up by the reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm). The pyrodetector is suitable for test setups and teaching at ambient temperatures between -20 and 85 °C. The pyroelectric detector is characterized by the wide spectral sensitivity 2 - 15 µm (optimized from 3 - 5 µm), the high sensitivity with a modulation frequency up to 100 Hz. The low microphone effect due to the low membrane mass, the very low temperature dependence and amplified signal in current mode make the MPS4SENS TEST less sensitive to external interferences.

The high detectivity up to 4.0*10^8 cm√Hz/W as well as the high sensitivity up to 200000 V/W characterize the MPS2SENS flourane. The optical characteristics of the infrared filter windows perfectly suit the analysis of flouranes (CWL of 8620 ± 45 nm, HBW of 540 ± 45 nm, reference channel with CWL: 5060 ± 25, HBW: 100 ± 15 nm). The MPS2SENS sulfur dioxide provides reliable readings in environments between -20 and 85 °C for NDIR gas measurement in medical applications, e.g. anesthetic gas monitoring. The pyroelectric detector has 2 chips with a thin film CPM membrane in the core. (CPM: Ceramic Pyroelectrical Material). Other key product features for long-term use in demanding applications: wide spectral sensitivity 2 - 15 µm (optimized from 3 - 5 µm), high sensitivity with a modulation frequency of up to 100 Hz, low microphone effect due to the low membrane mass, very low temperature dependence, amplified signal in current mode.