The influence of scale on the pressure sensor

Under the action of the continuous analog circuit, the calcium and magnesium plasmas are subjected to a fixed-direction electromagnetic force, which is beneficial to the formation of scale on the metal probe of the pressure sensor, and metal substances such as steel are very easy to form scale. When the temperature of the water rises When the time, the molecular potential energy between them will increase, that is, the molecular distance will increase. When the molecular distance is large to a certain extent, calcium and magnesium plasma will adhere to the surface of the metal, and a layer of scale will be formed after a long time. The molecular gap between the film and the scale film is large, so after the scale film is formed, the natural speed of scale increases, which eventually causes the pressure sensor circuit department to feel that the water temperature is not correct, and the circuit department converts to the wrong electrical signal output, that is, pressure. The sensor fails, and the circuit department adopts the digital circuit of the small-signal trigger principle to greatly overcome this shortcoming. The small-signal trigger principle can effectively reduce the electromagnetic force of the calcium and magnesium plasma. The digital signal causes the water molecules to be discontinuous by a small electromagnetic force, which can effectively reduce the formation of scale caused by the circuit; then to solve the formation of scale on the metal itself, a conductive silica gel material can be used as a protective body for high-quality stainless steel materials, which is not easy to use. The formation of scale is a major feature of silica gel and other polymer materials. Because calcium and magnesium plasmas do not easily penetrate and seep into the silica gel polymer, it is difficult for scale to form, that is, it cannot adhere to the surface of silica gel. The stainless steel probe can also correctly express the infection water level, which can ensure the normal operation of the pressure sensor, and the scale problem is solved. Under the action of the continuous analog circuit, the calcium and magnesium plasmas are subjected to a fixed-direction electromagnetic force, which is beneficial to the formation of scale on the metal probe of the pressure sensor, and metal substances such as steel are very easy to form scale. When the temperature of the water rises When the time, the molecular potential energy between them will increase, that is, the molecular distance will increase. When the molecular distance is large to a certain extent, calcium and magnesium plasma will adhere to the surface of the metal, and a layer of scale will be formed after a long time. The molecular gap between the film and the scale film is large, so after the scale film is formed, the natural speed of scale increases, which eventually causes the pressure sensor circuit department to feel that the water temperature is not correct, and the circuit department converts to the wrong electrical signal output, that is, pressure. The sensor fails, and the circuit department adopts the digital circuit of the small-signal trigger principle to greatly overcome this shortcoming. The small-signal trigger principle can effectively reduce the electromagnetic force of the calcium and magnesium plasma. The digital signal causes the water molecules to be discontinuous by a small electromagnetic force, which can effectively reduce the formation of scale caused by the circuit; then to solve the formation of scale on the metal itself, a conductive silica gel material can be used as a protective body for high-quality stainless steel materials, which is not easy to use. The formation of scale is a major feature of silica gel and other polymer materials. Because calcium and magnesium plasmas do not easily penetrate and seep into the silica gel polymer, it is difficult for scale to form, that is, it cannot adhere to the surface of silica gel. The stainless steel probe can also correctly express the infection water level, which can ensure the normal operation of the pressure sensor, and the scale problem is solved.
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