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Supplier: Electro Optical Components, Inc.
Description: High-performance thermopile detectors with ASIC for non-contact infrared temperature measurement solutions WISE’ infrared sensing technologies are playing a vital role in creating a healthier, easier and safer tomorrow. WISE has gained worldwide recognition for the design and
- Detectivity: 1.5 10^8cmHz^(½)/W
- Responsivity: 0.1000 mV/µW
- Temperature Range: -22 to 932 F
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Supplier: Electro Optical Components, Inc.
Description: Electro Optical Components offers high performance pyroelectric and thermopile detectors as well as IR sources. Detectors that measure radiation by means of the change of temperature of an absorbing material are classified as thermal detectors, often referred to as temperature sensor
- Detectivity: 0.3800 to 0.4200 10^8cmHz^(½)/W
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Supplier: Dexter Research Center, Inc.
Description: A specially constructed MEMS based thermopile that will withstand operating temperatures of 300°C with Silicon window and 225°C with coated windows*. The reduced height (.090” tall cover) helps minimize the thermal path and gradient potential of the package.
- Detectivity: 0.7900 10^8cmHz^(½)/W
- Electrical Outputs: Voltage
- Responsivity: 40.8 mV/µW
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Supplier: Omron Electronic Components – Americas
Description: Contactless Measurement OMRON MEMS Thermal Sensors are able to detect the slightest temperature changes MEMS Thermal (IR sensor) measures the surface temperature of objects without touching them when the thermopile element absorbs the amount of radiant energy from the object.
- Input (Supply) Voltage: 4.5 to 5.5 volts
- Operating Temperature: -10 to 80 C
- RoHS Compliant: Yes
- Sensor Grade / Operating Range: Medical, Industrial
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Supplier: Dexter Research Center, Inc.
Description: Features A specially constructed MEMS based thermopile that will withstand operating temperatures of 300°C with Silicon window and 225°C with coated windows*. The reduced height (.090” tall cover) helps minimize the thermal path and gradient potential of the package.
- Operating Temperature: 225 to 300 C
- Package Type / Mounting: Other
- Sensor Grade / Operating Range: Industrial
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Dexter Research Center announces the availability of its new ST60 High Temperature Detectors. The specially constructed MEMS based thermopiles (read more)
Browse Noncontact Infrared Temperature Sensors Datasheets for Dexter Research Center, Inc.
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2011 Index IEEE Electron Device Letters Vol. 32
March 2011 369-371 Chen, C.-N., and Huang, W.-C., A CMOS- MEMS Thermopile With Low Thermal Conductance and a Near-Perfect Emissivity in the 8–14- m Wavelength Range; LED Jan. 2011 96-98 Chen, C.-W., see Chien, F.-T …
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Multifunction thermopile sensors fabricated with a MEMS-compatible process
[11] C.-N. Chen and W.-C. Huang, “A CMOS- MEMS Thermopile with low thermal conductance and a near-perfect emissivity in the 8-14-μm wavelength range,” IEEE Electron Device Lett., vol.
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Modelling of thermopile-based MEMS sensors using analytical and numerical techniques
In order to obtain accurate results during CoventorWare simulation it was necessary to use material properties associated with fabrication processes applied for realization of our MEMS thermopile - based sensors.
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A CMOS-MEMS Thermopile With Low Thermal Conductance and a Near-Perfect Emissivity in the 8–14-μm Wavelength Range
A CMOS- MEMS Thermopile With Low Thermal Conductance and a Near-Perfect Emissivity in the 8–14-
$\mu\hbox{m}$ -
The effect of Ti adhesion layer on the thermoelectric noise of a high resolution thermopile for nanowatt heat flux sensor
The effect of Ti adhesion layer on the thermoelectric noise of Microelectromechanical system ( MEMS ) thermopile sensor is investigated in this study.
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Corrections to “Multifunction Thermopile Sensors Fabricated With a MEMS-Compatible Process” [May 13 242-247]
… 14] should have appeared as: [14] K. P. Yoo, H. P. Hong, M. J. Lee, S. J. Min, C. W. Park, W. S. Choi, and N. K. Min, “Fabrication, characterization and application of a microelectromechanical system ( MEMS ) thermopile for non-dispersive infrared …
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Vacuum MEMS sensor based on thermopiles - simple model and experimental results
Abstract – This paper presents a simple model of MEMS thermopile based vacuum detector and experimental results .
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MEMS-based infrared detector for body thermometer
The MEMS thermopile fabricated on a silicon nitride microbridge structure was proposed.
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Thin film encapsulated 1D thermoelectric detector in an IR microspectrometer
Thin film encapsulation process and interference-based IR absorber are proposed to improve the performance of a CMOS compatible MEMS thermopile array.
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High Yield Front-etched Structure for CMOS Compatible IR Detector
In this paper, we demonstarte a new front-cut thermopile structure which has good compatibility with CMOS technology to fabricate MEMS thermopile IR detector.