senses and measures pressure. In this case, pressure is defined as the amount of force exerted over an area. Pressure sensors allow for more specialized maintenance strategies, such as predictive maintenance..
By controlling in combination with a dedicated interface, it can control in accordance with the concentration of oxygen in the exhaust gas.
based on robust MEMS technology, in which capacitance differences can be converted into an analogue voltage within a micro-mechanical sensor chip..
silicon radiation sensors adapted to custom specifications and requirements.
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O2 H2 NO2 NO CO CO2 H2S SO2 C2H4O CH4 H2O2 CLO2 CH2O PH3 THT(C4H8S) ETO(C2H4O) HCN 4OXLL.
Electrochemical gas sensor, infrared gas sensor, infrared carbon dioxide sensor, Oxygen Sensor, hydrogen sensor, Nitrogen dioxide sensor, Carbon monoxide sensor, Hydrogen sulfide sensor, Sulfur dioxide sensor, Ethylene oxide sensor, methane sensor, hydrogen peroxide sensor, Chlorine Dioxide Sensor, Formaldehyde sensor, Phosphine sensor, Tetrahydrophene sensor, Ethylene oxide sensor, Hydrogen cyanide sensor, nitric oxide sensor, 4OXV Oxygen sensor, 4OXLL Oxygen sensor.
Functionalisation, individualisation & integration – beyond common microsystems.
With established supply chains and microsystems experts at every stage, we ensure the highest quality from the raw material to the finished sensor. Restrictions such as complex process chains, customisation options depending on the lot size or cleanroom constraints hinder creativity and innovation in sensor technology.