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High-Voltage Module CPM
The MH module, adaptable to all CPMs, enhances the ease of integrating your CPM into experiments. With its versatile compatibility across various CPM models, this module simplifies the setup process, ensuring seamless integration into experimental setups. Its flexibility and user-friendly design streamline the implementation of detection gates, offering researchers enhanced control and precision in their experiments.
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UV Photodiodes 250 to 280 nm
Discover the exceptional precision and sensitivity of HTDS' UV photodiodes ranging from 250 to 280 nm, specifically designed to meet the stringent requirements of advanced optical applications.
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UV Photodiodes 280-400 nm
HTDS offers GaN photodiodes for optimized detection between 280 and 400 nm with low dark current. Unlike most UV detectors, this material is insensitive to visible light, eliminating the need for an optical filter, making these photodiodes a robust solution with no moving parts.
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UV Photodiodes 180 to 440 nm
InGaN photodiodes for detection between 180 and 440 nm are primarily used for monitoring UV sources or in spectroscopy, particularly for the analysis of pollutants in water, thanks to their good spectral sensitivity and low dark current.
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BLACK SILICON PHOTODIODES
Discover unmatched precision with HTDS' "Black Silicon" photodiodes for advanced optical applications.
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EasytrayBack
Easy to deploy and robustNo operator requiredModular and ergonomicCustomizable and tailor-madeAdaptable to all types of RX
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POD Decontamination SM2000ID
The SM2000ID Decontamination POD is designed to provide a mobile and efficient solution for decontaminating various contaminants. Easy to deploy and use, this robust and durable system is ideal for emergency situations and diverse environments.
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Cloud and point ASTM D97/D2500 C
The apparatus consists of a benchtop case containing the cooling compressor, the thermally insulated jacket and supporting the analytical head. An 8.4” touch screen interface on the front permits to control the instrument, retrieve and print data and calibrate the sensors