MICRO-HYBRID ELECTRONIC GMBH - Living microworlds.

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.

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 premium dual channel thermopile has been specifically designed for demanding measurement applications for the analysis of N2O (nitrous oxide) in environments from -20 to 85 °C. It achieves an exceptionally high detectivity of up to 6.27*10^8 cm√Hz/W and a sensitivity of up to 171 V/W. This signal quality is comparable to pyroelectric detectors. The infrared filter with a CWL of 4525 ± 20 nm and a HBW of 83 ± 6 nm is precisely matched to the optical characteristics of the target gas. Medical technology, especially patient and anesthetic gas monitoring, are typical application fields for the MTS2SENS200 nitrous oxide. The integrated thermistor for reference temperature determination and an additional reference channel (CWL: 3910 ± 28, HBW: 70 ± 10 nm) complete the detector. The dual detector MTS2SENS200 nitrous oxide is based in the core on 2 chips with 200 bismuth-antimony/antimony thermocouples each.

The MTS2SENS200 sulfur dioxide is tuned by its filter window for the analysis of sulfur dioxide (SO2) with a CWL of 7300 ± 50 nm and a HBW of 180 ± 20 nm. The signal strength of the detector is comparable to that of a pyro detector - high detectivity of up to 6.27*10^8 cm√Hz/W and high sensitivity of up to 171 V/W with krypton as filling gas. The dual-channel IR thermopile for NDIR gas analysis has 2 chips in the core, each with 200 BiSb/Sb thermopairs. The interference absorber, an integrated thermistor for reference temperature determination and the reference channel (CWL: 5060 ± 25, HBW: 100 ± 15 nm) are further important product features for long-term use in demanding applications. The MTS2SENS200 sulfur dioxide provides reliable measurement values in environments between -20 and 85 °C, e.g. for biotechnology or quality assurance. Our sales team will be happy to discuss further scale prices and possible individual customizations with you.

2 channel premium thermopile detector for IR gas analysis of nitric oxide (NO) with a CWL of 5300 ± 30 nm and a HBW of 200 ± 20 nm. Application areas of such measurement applications are mainly in the industrial gas measurement of process gases or exhaust gases. The particularly high detectivity of up to 6.27*10^8 cmHz^1/2/W, as well as the very high sensitivity of up to 171 V/W, provide a signal quality comparable to 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. Storage and operation can be performed between -20 and 85 °C. Two sensor chips with 200 bismuth antimony/antimony thermopiles each form the core for the 2 channel thermopile MTS2SENS200 nitrogen monoxide. Due to its high-end materials, the thermopile is particularly durable and delivers precise measurement results.

"The dual channel IR thermopile for NDIR gas analysis of halothane (C2HBrClF3) with a CWL of 7665 ± 77 nm and a HBW of 242 ± 40 nm. The signal strength is of the high sensitivity IR detector is comparable to that of a pyro detector: high detectivity up to 6.27*10^8 cm√Hz/W and high sensitivity up to 171 V/W. These values can be achieved by filling with krypton. The MTS2SENS200 halothane provides reliable readings in environments between -20 and 85 °C, e.g. for anesthetic gas monitoring. The interference absorber, an integrated thermistor for reference temperature determination and the reference channel (CWL: 5060 ± 25, HBW: 100 ± 15 nm) are further important product features for long-term use in demanding medical applications. Two sensor chips with 200 BiSb/Sb thermocouples each form the basis of this premium detector. The narrow-band optical filter windows are specially adapted to the analysis of target gases in the application.