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Japan Figaro Methane Carbon Monoxide Sensor (CH4/CO Sensor) TGS3870
Japan Figaro methane carbon monoxide sensor (CH4/CO sensor)
Japan Figaro methane carbon monoxide sensor (CH4/CO sensor)

Japan figaro methane carbon monoxide sensor (CH4/CO sensor) - TGS3870

1) Small size;
2) Low power consumption;
3) Long lifespan, low cost;
4) Insensitive to alcohol

Product Model: TGS3870

Product Introduction

1. Japan Figaro Methane Carbon Monoxide Sensor (CH4/CO Sensor)TGS3870Description:

TGS3870-B00 is a micro-bead type sensor used for detecting methane and carbon monoxide.Semiconductor gas sensorDue to the micro-bead type gas sensing structure, by applying periodically varying high and low voltages to the sensor's heater, a single sensor can detect both methane and carbon monoxide gases. Moreover, the gas sensing element is extremely small, and the heater's power consumption is only 38mW (average).

TGS3870-B00 has extremely low sensitivity to ethanol vapor, a typical interfering gas in residential environments, and is highly durable, making it the most ideal sensor for the gas alarm market.


2. Japan Figaro Methane Carbon Monoxide Sensor (CH4/CO Sensor) TGS3870Features:

* Small size, low power consumption
* Good selectivity and high sensitivity to methane and carbon monoxide
* Low sensitivity to ethanol vapor
* Long lifespan and low cost


3. Methane Carbon Monoxide Sensor (CH4/CO Sensor) TGS3870Applications:
* Methane and Carbon Monoxide Composite Alarm


4. Methane Carbon Monoxide Sensor (CH4/CO Sensor) TGS3870Sensitivity Characteristics (Methane):

The figure below shows representative sensitivity characteristic curves measured under standard test conditions (see back).
The vertical axis represents the sensor resistance ratio Rs/Ro, with Rs and Ro defined as follows:
Rs = Resistance of the sensor in gases of various concentrations
Ro = Sensor resistance in 3000ppm methane

Methane Carbon Monoxide Sensor (CH4/CO Sensor) TGS3870</strong><strong>Sensitivity Characteristics (Methane)


5. Methane Carbon Monoxide Sensor (CH4/CO Sensor) TGS3870Sensitivity Characteristics (Carbon Monoxide):


The figure below shows representative sensitivity characteristic curves measured under standard test conditions (see back).
The vertical axis represents the sensor resistance ratio Rs/Ro, with Rs and Ro defined as follows:
Rs = Resistance of the sensor in gases of various concentrations
Ro = Sensor resistance in 100ppm carbon monoxide

Methane Carbon Monoxide Sensor (CH4/CO Sensor) TGS3870 Sensitivity Characteristics (Carbon Monoxide)