The HT3031VOCs sensor uses advanced semiconductor gas sensors, which have extremely high sensitivity to organic volatile gases such as ammonia, hydrogen, alcohol, carbon monoxide, cigarettes, wood, and paper burning smoke. The modules have been aging, debugged, and calibrated. , Calibration, with good consistency and extremely high sensitivity.
Performance:
Application field:
Air purifier
Air cleaner
Car purifier
Fresh air ventilation system and automatic ventilation fan
Air conditioner automatic ventilation and integrated ceiling controller
Kitchen and bathroom fresh air ventilation controller
The HT5032 laser dust sensor uses the principle of light scattering, which can accurately detect the concentration of suspended particles in the air from 0.3μm to 10μm.
The HT5032/HT5032L laser dust sensor uses the principle of light scattering, which can accurately detect the concentration of suspended particles in the air from 0.3μm to 10μm.
HT1021 diffused silicon pressure sensor, integrated high-reliability MEMS pressure core, zero position of the sensor through an application-specific integrated circuit...
The HT5102 infrared dust sensor adopts the principle of optical scattering, which can detect changes in the concentration of particles in the air with a particle size of 0.3μm to 10μm.
HT1022 silicon piezoresistive core solution (temperature and pressure integration), adopts single crystal silicon MEMS chip technology, leading flip-chip design, low-temperature drift, high-precision special conditioning chip to adjust the zero point and sensitivity of the sensor, and has a fast response speed.
The HT5037C dust sensor product uses the principle of light scattering method to measure the dust concentration within the detection range through the conversion of the light path and the circuit, and can directly use the microcontroller for UART and PWM communication. Small size, high accuracy, low power consumption, wide measurement range, short response time, convenient and quick application.
The HT1023 ceramic capacitor core solution uses a ceramic capacitor pressure core and a high-precision special conditioning chip, which is compatible with a variety of corrosion-resistant media and has the characteristics of small original temperature drift.
HT8101/HT8102 is a smart carbon dioxide sensor based on the principle of NDIR infrared absorption, using a single light source, dual-channel MEMS infrared thermopile detector
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