HOME  ꄲ  Smart Sensors  ꄲ  MEMS Sensors  ꄲ  MEMS Gas Sensors  ꄲ  MEMS Hydrogen Sulfide Sensor with Automotive Grade
ꁆ ꁇ

MEMS Hydrogen Sulfide Sensor with Automotive Grade

PN: RB-B211S

  •  

    Description

    The hydrogen sulfide sensor is a MEMS metal-oxide-semiconductor (MOS) sensor with high sensitivity to hydrogen sulfide. It utilizes advanced gas-sensitive material technology and semiconductor film deposition processes, along with an optimized MEMS substrate structure. This design enhances the sensor's sensitivity, response time, and stability compared to its predecessors. The product boasts
    exceptional consistency, significantly improving resistance to poisoning and drift issues. It can detect hydrogen sulfide concentrations ranging from 0.01 to 100 ppm, and the sensor demonstrates excellent resistance to silicon poisoning. 
    This sensor can be embedded in a variety of instruments or environmental improvement equipment related to the concentration of hydrogen sulfide in the air, providing timely and accurate concentration data for them. The detection process is convenient, accurate measurement, reliable operation, no need for re-calibration, greatly reducing the research and development cost, production cost.

     

    Feature：
    high sensitivity
    high resolution
    Small size, low power consumption
    Long service life
     
    Application
    Indoor air quality monitoring
    Sewage treatment natural gas detection
    Industrial safety monitoring
    mine safety
     
    2. Basic test circuit:
    The MEMS micro-thermal plate requires the application of two voltages: the heater voltage VH and the loop voltage VC.
    When a voltage is applied to the built-in heater, the sensing layer material is heated to the optimal temperature required for detecting the target gas. The loop voltage is applied to measure the voltage VRL across the load resistor RL connected in series with the sensor. A DC power supply is used, and it is important to distinguish the polarity of the sensor. As long as the electrical characteristics of the sensor are met, the loop voltage VC and the heater voltage VH can share the same power supply circuit. To optimize the alarm level and ensure that the
    maximum power consumption of the sensitive material layer remains below its limit, the resistance value of the load resistor RL must be selected.

     
    . Specifications
     

                                                            

    Dimension

     

     

     

     

     

ꄴ上一个： All in one air quality sensor module (CO2+VOC+HCHO+Temperature+Humidity）
ꄲ下一个： Battery safety monitoring sensor module for Thermal Runaway

 Company                    Product                     Follow us

Copyright： Jinan Rainbow Technology Co., Ltd
Jinan Rainbow Technology is a high-tech enterprise with MEMS technology and AI algorithms as its core. It was established in Jinan, Shandong, China and has an R&D center in New York, USA. We are focused on the design and production of MEMS sensors, Battery thermal runaway sensors, Mass flow sensor, and Energy Storage Safety Sensor Solution, and exploit the new markets through new technology.

Rainbow Technology's products can be widely used in many fields such as Hydrogen Fuel cells, gas detector, medical devices, Air Filtration, air purification, battery packs detection, Fire Safety products, Humanoid robot, smart home, lithium battery thermal runaway, and energy storage to meet the needs of safety, health, and energy conservation.
Through continuous technological innovation, Jinan Rainbow Technology possess core capabilities in design and manufacturing to provide customers with high precision, highly reliable products and One-Stop Solutions. Our aim is to promote more products cored with MEMS technology, provide more energy storage safety solutions. Contribute to the safer, more stable, and sustainable development of the energy storage industry.

Jinan Rainbow Technology has core invention patents and has passed ISO9001 quality system certification. Our products comply with RoHS and REACH environmental protection standards.
With the goal of standing at the forefront of technology, we are committed to promoting the development of MEMS technology with the spirit of "protecting the Earth with core technology and innovating to change lives".