Thermopile
Thermopiles are precision sensors that convert thermal energy into electrical signals, enabling accurate measurement of temperature and radiant energy. They are widely used in industrial, scientific, and environmental applications, including gas analysis, infrared thermometry, and thermal imaging. By providing rapid, reliable, and non-contact measurements, thermopiles help optimize processes and enhance the accuracy of thermal monitoring.
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Matrix or Linear Multi-Element Thermopiles
Excelitas Technologies' matrix or linear multi-element thermopiles offer high sensitivity and low background noise, ideal for precise and reliable thermal measurements. Their compact format allows for flexible integration into a range of applications requiring advanced thermal detection.
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Thermopile for NDIR Gas Detection
Excelitas Technologies' thermopiles for NDIR gas detection offer high sensitivity and low background noise, ideal for precise and reliable gas measurements.With their fast response time and compact format, they can be easily integrated into various gas detection systems. These thermopiles are particularly suited for industrial, environmental, and safety applications.
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Analog Thermopile
Excelitas Technologies' analog thermopiles offer high sensitivity and low background noise, ideal for precise and reliable thermal measurements.With their fast response time and compact format, they can be easily integrated into different thermal detection systems.
descriptions
HTDS offers high-performance thermopiles designed for sensitivity, durability, and ease of integration into various systems. With precise signal output and robust construction, these sensors ensure reliable operation even in demanding environments. By combining advanced technology with practical usability, HTDS thermopiles deliver accurate thermal data, supporting professionals in achieving better process control, safety, and measurement efficiency.


