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T: +49 (0) 36601 592 - 0
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Contact us!
Your contact to Micro-Hybrid
T: +49 (0) 36601 592 - 0
E: sales@microhybrid.com
MTS1TEMP56
1 channel IR thermopile detector for remote temperature measurement
- Very good price-performance ratio
- Detectivity: 0.67*108 cm√Hz/W with nitrogen filling
- Sensitivity: typ. 31 V/W
- Filter cut on 5.5 µm optimized for non-contact temperature measurement in high-volume applications
- Applications: e.g. medical / life science, building automation
Bulk prices
Details
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Description
The MEMS-based MTS1TEMP56 detects infrared radiation for non-contact temperature measurement. The 56 silicon thermopiles absorb the incoming radiated energy. The integrated mass absorber ensures the efficient conversion of the radiated energy into thermal energy. The thermocouples convert this thermal energy into electrical energy, which is output as a measurement signal.
The single channel thermopile is the best choice for mass applications with quantities above 50000 pieces per year in medical and life science applications or in building automation. The TO46 package with small dimensions makes this component especially suitable for mobile devices.
With a detectivity up to 0.67 *108 cm√Hz/W as well as a sensitivity up to 31 V/W, the materials offer reliable measurement results at a very good price/performance ratio. Nitrogen was used as backfill gas and a filter with a transmission cut on 5.5 µm.
All technical information you can find in the datasheet. Our sales team will be pleased to advise you on graduated prices for larger quantities.
Technical Data
| Active area | 0.82 x 0.82 mm² | ||||
| Aperture | 0.25 mm | ||||
| Number of thermal pairs | 56 | ||||
| Time constant | 11 ms | ||||
| DC output voltage | 0.8 mV | ||||
| DC sensitivity | 31 V/W | ||||
| Noise voltage | 38 nV/√Hz | ||||
| Noise equivalent power (NEP) | 1.23 nW/√Hz | ||||
| Specific detectivity | |||||
| Resistance of thermal coil | 90 kΩ | ||||
| Thermistor | |||||
| Detector filter |
Temperature cut-on 5.5 µm
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| Minimum operating temperature | -20 °C | ||||
| Maximum operating temperature | 85 °C |
