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A semiconductor detector has been developed to monitor the explosive concentration of carbon monoxide (II) in the atmosphere. The detector allows you to monitor the leakage and accumulation of carbon monoxide in a wide range of concentrations. The detector provides automatic continuous monitoring of the amount of carbon monoxide (II), giving light and sound signals when the amount of carbon monoxide (II) in the air exceeds its limit values. Unlike existing gas control devices, the detector uses a microprocessor in a universal module to measure and process the signal, which allows you to reduce energy consumption and expand the measurement range. In addition, the detector has small dimensions, a high level of reliability (achieved through the use of elements with a high level of integration), and is easy to configure and operate. The device can work with any semiconductor sensors (CO, H2 sensors, gasoline vapors, etc.), which allows it to be used to analyze gas environments with various mixtures.

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Semiconductor Signalizer for Monitoring Carbon (II) Oxide Concentration in the Atmospheric Air

  • 会议论文

  • 发表日期：

    2026年

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  • Mavjuda Eshkobilova,
  • Ergashboy Abdurakhmanov,
  • Ilhom Abdurakhmanov,
  • Farrukh Khomurzaev,
  • Fazliddin Erdanov

摘要

A semiconductor detector has been developed to monitor the explosive concentration of carbon monoxide (II) in the atmosphere. The detector allows you to monitor the leakage and accumulation of carbon monoxide in a wide range of concentrations. The detector provides automatic continuous monitoring of the amount of carbon monoxide (II), giving light and sound signals when the amount of carbon monoxide (II) in the air exceeds its limit values. Unlike existing gas control devices, the detector uses a microprocessor in a universal module to measure and process the signal, which allows you to reduce energy consumption and expand the measurement range. In addition, the detector has small dimensions, a high level of reliability (achieved through the use of elements with a high level of integration), and is easy to configure and operate. The device can work with any semiconductor sensors (CO, H2 sensors, gasoline vapors, etc.), which allows it to be used to analyze gas environments with various mixtures.