Semiconductor Gas Sensor
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Semiconductor Gas Sensor
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DSD03-M1K-JH14
Update Time: 2023-07-11
Describe
The DSD03-M1K-JH14 is an exceptionally unique electrochemical carbon monoxide (CO) sensor developed and manufactured by Daohe Shun. It is a fuel cell-type sensor where carbon monoxide and oxygen undergo respective oxidation-reduction reactions on the working electrode and counter electrode, releasing charge

The DSD03-M1K-JH14 is an exceptionally unique electrochemical carbon monoxide (CO) sensor developed and manufactured by Daohe Shun. It is a fuel cell-type sensor where carbon monoxide and oxygen undergo respective oxidation-reduction reactions on the working electrode and counter electrode, releasing charge to generate current. The magnitude of the generated current is directly proportional to the concentration of carbon monoxide and follows Faraday's law. By measuring the current, the level of carbon monoxide concentration can be determined.

  

  


Features

High sensitivity, high resolution, linear output.

High stability, excellent anti-interference capability.

Low power consumption, small size, long lifespan.

Environmentally-friendly structural design.

Unique anti-leakage structure.

 

 

Applications

* Residential and commercial carbon monoxide monitoring.

* Industrial carbon monoxide monitoring.

* Indoor parking carbon monoxide monitoring.

* Generator carbon monoxide monitoring.

* Smart home carbon monoxide monitoring.

 

 

Dimensions

Figure 1: Sensor Structure Diagram

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Main Technical Specifications

Product Model

DSD03-M1K-JH14

Detected Gas

Carbon monoxide

Concentration Detection

0~1000ppm

Overload detection

2000ppm

Output information

1.5~3.5nA /ppm

Repeatability

±2%

Resolution

0.5ppm

Response time (t90)

≤60 Seconds

Long-term drift.

<2% / Month

Recovery time.

≤60 Seconds

Expected lifespan.

10 years

Operating temperature.

-20~50℃

Operating pressure range.

0.1Mpa ±10%

Recommended load resistance.

1KΩ

Physical dimensions.

14×14.8m(D×H)

Bias voltage.

No specific requirement.