
AO-08 Electrochemical oxygen gas sensor Accurate and reliable, with strong anti-interference capability
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Specifications
- Brand Name
- NoEnName_Null
- High-concerned chemical
- None
- Origin
- Mainland China
- Output
- Analog Sensor
Product Description
Product Overview
The AO-08 oxygen sensor is an electrochemical sensor specifically designed for measuring oxygen concentration in medical equipment. It adopts a molded body design.
The interface type of the AO-08 oxygen sensor is a 3.5mm headphone jack, featuring fast response and long service life.
Oxygen sensor
Full-scale linear output
No external power supply required for operation
Temperature compensation
Fast response
Accurate and reliable Strong anti-interference capability
Click the picture to learn more about our sensors
Pros & Cons
Pros
- Accurate electrochemical detection with fast response for medical use.
- Strong anti-interference capability ensures reliable oxygen readings.
- Long service life and 3.5mm jack for simple integration.
- Compact molded design ideal for equipment embedding.
Cons
- Analog output only, no digital display included.
- Medical-specific, may not suit industrial or hobby applications.
- Limited specs on exact size or power requirements.
- No brand certification details beyond origin.
Common Questions
What is the material and principle of the AO-08 oxygen sensor?
Electrochemical sensor with molded body for accurate oxygen measurement.
What size and interface does this oxygen gas sensor have?
Compact design with 3.5mm headphone jack interface for easy connectivity.
Is this sensor compatible with medical equipment?
Specifically designed for oxygen concentration in medical devices with analog output.
How do I use the AO-08 electrochemical oxygen sensor?
Plug into 3.5mm jack; fast response and strong anti-interference for reliable readings.
What shipping and origin for this reliable oxygen sensor?
Originates from Mainland China; standard shipping with focus on secure handling for electronics.
Product information last updated on March 19, 2026
