Supply figaro Gas Sensors for detection of Odor and Air Contaminants
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Price
Price on request ≥1piece
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Model Number
TGS2603-B00 -
Data Sheet
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Package
Original packaging -
Specs
TGS2603-B00 -
Quantity
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Product Description
Features: Applications:
Low power
consumption Air cleaners
High sensitivity to amine-series and sulfurous odor
gases Ventilation
control
High sensitivity to food
odors Deodorizer control
Long life and low
cost Air quality
monitors
Uses simple electrical circuit
The sensing element is comprised of a
metal oxide semiconductor layer formed on an alumina substrate of a sensing
chip together with an integrated heater. In the presence of a detectable gas,
the sensor's conductivity increases depending on the gas concentration in the
air. A simple electrical circuit can convert the change in conductivity to an
output signal which corresponds to the gas concentration.
The TGS 2603 has high sensitivity to low
concentrations of odorous gases such as amine-series and sulfurous odors
generated from waste materials or spoiled foods such as fish.
By utilizing the change ratio of sensor resistance
from the resistance in clean air as the relative response, human perception of
air contaminants can be simulated and practical air quality control can be
achieved.
Specifications:
Model number | TGS2603-B00 | |||
Sensing element type | 26-series | |||
Standard package | TO-5 metal can | |||
Target gases | Trimethylamine, H2S, etc. | |||
Typical detection range | 1 ~ 10ppm | |||
Standard circuit conditions | Heater voltage | VH | 5.0±0.2V AC/DC | |
Circuit voltage | VC | 5.0±0.2V DC | Ps≤15mW | |
Load resistance | RL | variable | 0.45kΩ min. | |
Electrical characteristics under standard test conditions | Heater resistance | RH | approx 67Ω at room temp.(typical) | |
Heater current | IH | 48mA | ||
Heater
power consumption |
PH | 240mW | VH=5.0V DC | |
Sensor resistance | RS | 20 ~ 200kΩ in air | ||
Sensitivity(change ratio of Rs) | <0.5 | Rs(10ppm EtOH)/Rs(air) | ||
Standard test conditions | Test gas conditions | normal air 20±2˚C, 65±5%R.H. | ||
Circuit conditions | Vc = 5.0±0.2V DC VH = 5.0±0.2V AC/DC | |||
Conditioning period before test |
96 hours or longer |