Fermion - analog gas sensor NO, NO2, H2 - MEMS MiCS-2714 - DFRobot SEN0441
Fermion - analog gas sensor NO, NO2, H2 - MEMS MiCS-2714 - DFRobot SEN0441 – 2
Fermion - analog gas sensor NO, NO2, H2 - MEMS MiCS-2714 - DFRobot SEN0441 – 3
Fermion - analog gas sensor NO, NO2, H2 - MEMS MiCS-2714 - DFRobot SEN0441 – 4
Fermion - analog gas sensor NO, NO2, H2 - MEMS MiCS-2714 - DFRobot SEN0441
Fermion - analog gas sensor NO, NO2, H2 - MEMS MiCS-2714 - DFRobot SEN0441
Fermion - analog gas sensor NO, NO2, H2 - MEMS MiCS-2714 - DFRobot SEN0441
Fermion - analog gas sensor NO, NO2, H2 - MEMS MiCS-2714 - DFRobot SEN0441

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Fermion - analog gas sensor NO, NO2, H2 - MEMS MiCS-2714 - DFRobot SEN0441

21.60
3662168

AN-20679

5904422382216

Piegāde 11-18 d.d.

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DFRobot has developed an analog NO, NO2, and H2 gas sensor. The MiCS-2714 MEMS sensor module can measure hydrogen and nitrous oxide concentrations. It detects hydrogen (H2) from 1 ppm to 1000 ppm and nitrogen dioxide (NO2) from 0.05 ppm to 10 ppm. The board is powered by 5 V, has an analog voltage output, and an enable EN pin for low power consumption.

Main features:
  • Detects NO, NO2 and H2 gases
  • Integrated calculation formulas for different gases
  • Low energy consumption
  • Analog interface
  • Compatible with 5V microcontrollers
Specifications:
  • Detectable gases: H2, NO2, NO
  • Supply voltage: 4.9 V to 5.1 V
  • Power consumption: 0.45 W
  • Output signal: analog quantity
  • Measuring range:
    • H2: 1 ppm to 1000 ppm
    • NO2: 0.05 to 10 ppm
  • Operating temperature: -30 °C to 85 °C
  • Operating humidity: 5% to 95% relative humidity
  • Storage temperature: -40°C to 85°C
  • Service life: more than two years (in the air)
  • Mounting hole diameter: 2 mm
  • PCB dimensions: 12 x 16 mm
  • Weight: 7 g