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capnostat 5 co 2 sensor  (Philips Healthcare)

 
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    Philips Healthcare capnostat 5 co 2 sensor
    Illustration of the main components of our portable volumetric capnograph: a flow sensor connected to a differential pressure transducer, and a <t>CO</t> <t>2</t> transducer connected to a microcontroller. The transducers have a digital output that integrates them with the microcontroller, which is connected to a laptop computer.
    Capnostat 5 Co 2 Sensor, supplied by Philips Healthcare, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/capnostat+5+co+2+sensor/pmc13143798-53-34-39?v=Philips+Healthcare
    Average 86 stars, based on 1 article reviews
    capnostat 5 co 2 sensor - by Bioz Stars, 2026-08
    86/100 stars

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    1) Product Images from "Development and preliminary tests of a portable volumetric capnograph for outpatient use"

    Article Title: Development and preliminary tests of a portable volumetric capnograph for outpatient use

    Journal: Jornal Brasileiro de Pneumologia

    doi: 10.36416/1806-3756/e20250136

    Illustration of the main components of our portable volumetric capnograph: a flow sensor connected to a differential pressure transducer, and a CO 2 transducer connected to a microcontroller. The transducers have a digital output that integrates them with the microcontroller, which is connected to a laptop computer.
    Figure Legend Snippet: Illustration of the main components of our portable volumetric capnograph: a flow sensor connected to a differential pressure transducer, and a CO 2 transducer connected to a microcontroller. The transducers have a digital output that integrates them with the microcontroller, which is connected to a laptop computer.

    Techniques Used:

    Graphs comparing our portable volumetric capnograph (CapVol) with a CO 2 SMO Plus ® DX-8100 oxycapnograph (Philips Respironics, Murrysville, PA, USA; reference equipment). In A, differential pressure (Pa) vs. flow for the reference equipment. In B, partial pressure of CO 2 (PCO 2 ) for CapVol vs. the reference equipment. PI: prediction interval.
    Figure Legend Snippet: Graphs comparing our portable volumetric capnograph (CapVol) with a CO 2 SMO Plus ® DX-8100 oxycapnograph (Philips Respironics, Murrysville, PA, USA; reference equipment). In A, differential pressure (Pa) vs. flow for the reference equipment. In B, partial pressure of CO 2 (PCO 2 ) for CapVol vs. the reference equipment. PI: prediction interval.

    Techniques Used:

    Capnography curves. In A, tidal volume vs. partial pressure of CO 2 (PCO 2 ), highlighting the position of slope III (volunteer 3, expiratory cycle 2). In B, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 3, expiratory cycle 8). In C, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 2, expiratory cycle 17). In D, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 2, expiratory cycle 27).
    Figure Legend Snippet: Capnography curves. In A, tidal volume vs. partial pressure of CO 2 (PCO 2 ), highlighting the position of slope III (volunteer 3, expiratory cycle 2). In B, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 3, expiratory cycle 8). In C, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 2, expiratory cycle 17). In D, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 2, expiratory cycle 27).

    Techniques Used:



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    Illustration of the main components of our portable volumetric capnograph: a flow sensor connected to a differential pressure transducer, and a <t>CO</t> <t>2</t> transducer connected to a microcontroller. The transducers have a digital output that integrates them with the microcontroller, which is connected to a laptop computer.
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    Image Search Results


    Illustration of the main components of our portable volumetric capnograph: a flow sensor connected to a differential pressure transducer, and a CO 2 transducer connected to a microcontroller. The transducers have a digital output that integrates them with the microcontroller, which is connected to a laptop computer.

    Journal: Jornal Brasileiro de Pneumologia

    Article Title: Development and preliminary tests of a portable volumetric capnograph for outpatient use

    doi: 10.36416/1806-3756/e20250136

    Figure Lengend Snippet: Illustration of the main components of our portable volumetric capnograph: a flow sensor connected to a differential pressure transducer, and a CO 2 transducer connected to a microcontroller. The transducers have a digital output that integrates them with the microcontroller, which is connected to a laptop computer.

    Article Snippet: The selected components were as follows: a Hamilton ® pediatric/adult flow sensor (variable orifice; Hamilton Medical AG, Graubünden, Switzerland) an SDP810-125PA differential pressure sensor (Sensirion AG, Stäfa, Switzerland) with an I2C digital output a Capnostat 5 CO 2 sensor (Philips Respironics, Murrysville, PA, USA) with an RS232 digital output an Arduino UNO-R3 ® microcontroller with an Atmega328P ® processor (Arduino, Monza, Italy) illustrates the main components used in developing the device.

    Techniques:

    Graphs comparing our portable volumetric capnograph (CapVol) with a CO 2 SMO Plus ® DX-8100 oxycapnograph (Philips Respironics, Murrysville, PA, USA; reference equipment). In A, differential pressure (Pa) vs. flow for the reference equipment. In B, partial pressure of CO 2 (PCO 2 ) for CapVol vs. the reference equipment. PI: prediction interval.

    Journal: Jornal Brasileiro de Pneumologia

    Article Title: Development and preliminary tests of a portable volumetric capnograph for outpatient use

    doi: 10.36416/1806-3756/e20250136

    Figure Lengend Snippet: Graphs comparing our portable volumetric capnograph (CapVol) with a CO 2 SMO Plus ® DX-8100 oxycapnograph (Philips Respironics, Murrysville, PA, USA; reference equipment). In A, differential pressure (Pa) vs. flow for the reference equipment. In B, partial pressure of CO 2 (PCO 2 ) for CapVol vs. the reference equipment. PI: prediction interval.

    Article Snippet: The selected components were as follows: a Hamilton ® pediatric/adult flow sensor (variable orifice; Hamilton Medical AG, Graubünden, Switzerland) an SDP810-125PA differential pressure sensor (Sensirion AG, Stäfa, Switzerland) with an I2C digital output a Capnostat 5 CO 2 sensor (Philips Respironics, Murrysville, PA, USA) with an RS232 digital output an Arduino UNO-R3 ® microcontroller with an Atmega328P ® processor (Arduino, Monza, Italy) illustrates the main components used in developing the device.

    Techniques:

    Capnography curves. In A, tidal volume vs. partial pressure of CO 2 (PCO 2 ), highlighting the position of slope III (volunteer 3, expiratory cycle 2). In B, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 3, expiratory cycle 8). In C, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 2, expiratory cycle 17). In D, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 2, expiratory cycle 27).

    Journal: Jornal Brasileiro de Pneumologia

    Article Title: Development and preliminary tests of a portable volumetric capnograph for outpatient use

    doi: 10.36416/1806-3756/e20250136

    Figure Lengend Snippet: Capnography curves. In A, tidal volume vs. partial pressure of CO 2 (PCO 2 ), highlighting the position of slope III (volunteer 3, expiratory cycle 2). In B, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 3, expiratory cycle 8). In C, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 2, expiratory cycle 17). In D, tidal volume vs. PCO 2 , highlighting the position of slope III (volunteer 2, expiratory cycle 27).

    Article Snippet: The selected components were as follows: a Hamilton ® pediatric/adult flow sensor (variable orifice; Hamilton Medical AG, Graubünden, Switzerland) an SDP810-125PA differential pressure sensor (Sensirion AG, Stäfa, Switzerland) with an I2C digital output a Capnostat 5 CO 2 sensor (Philips Respironics, Murrysville, PA, USA) with an RS232 digital output an Arduino UNO-R3 ® microcontroller with an Atmega328P ® processor (Arduino, Monza, Italy) illustrates the main components used in developing the device.

    Techniques: