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Twin Calorimeter Sensor Chip | Fast Differential Scanning Calorimetry
The twin calorimeter sensor chip is the core sensing element used in fast differential scanning calorimetry (FDSC) instruments for advanced thermal analysis. Built on a ceramic base plate with an integrated UFS1 chip, the sensor enables extremely high heating and cooling rates while maintaining precise temperature control. This technology allows researchers to analyze small sample masses with exceptional accuracy across a wide temperature range, making it ideal for scientific research, medical investigation and advanced material analysis.
Precision
Hybrid Thick Film Twin Calorimeter Sensor
The twin calorimeter sensor module is manufactured using hybrid thick-film technology on a ceramic substrate to ensure precise thermal measurement and stable operation. The integrated chip design supports extremely fast heating and cooling rates while maintaining accurate temperature control for high-precision calorimetric analysis.
Flexibility
CUTTING-EDGE TECHNOLOGY
Solderable and bondable gold layer enabling reliable electrical connections and sensor integration Hybrid thick-film technology ensuring stable electrical performance and high measurement precision Laser cutting and scribing processes allowing highly accurate sensor geometry and manufacturing precision
Reliability
KEY FEATURES
🔹Fine-line printing technology enabling compact and precise sensor structures
🔹Unique serial number marking supporting traceability and quality control
🔹Highly reliable sensor module design ensuring stable performance in advanced research equipment
IDEAL FOR
🔹Research
🔹Medical
🔹Investigation
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- Hybrid thick-film calorimeter sensor manufactured on a ceramic substrate for high-precision measurement.
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- Twin calorimeter sensor chip used in fast differential scanning calorimetry instruments for advanced thermal analysis.
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- Precision calorimeter sensing module designed for scientific and medical research equipment.
