Displacement actuation technology - special application environment
Release Date:2025-05-14 Source: View count128
All metal probe
To meet the measurement requirements under a pressure environment of 20MPa, a full metal surface probe was designed. Continuous metal surfaces can protect internal coils and structures from high voltage damage, but due to the shielding effect of metal materials on electric fields, the electric field of the coil is difficult to penetrate the probe housing, making it impossible to form eddy currents in the measured target and achieve displacement measurement. By optimizing the coil and circuit, the problem of weak penetration magnetic field and difficult detection has been solved, and displacement measurement of all metal enclosed probes has been achieved.
Non grounded applications of capacitive sensors
Using complementary current source technology and a set of probes to achieve non grounded application of the measured target. The current reaches the measured target from one probe and returns from another probe, forming a measurement circuit. The measured target does not need to be grounded and is suitable for precise measurement of high-speed rotating targets or targets that cannot be touched.
All metal probe
To meet the measurement requirements under a pressure environment of 20MPa, a full metal surface probe was designed. Continuous metal surfaces can protect internal coils and structures from high voltage damage, but due to the shielding effect of metal materials on electric fields, the electric field of the coil is difficult to penetrate the probe housing, making it impossible to form eddy currents in the measured target and achieve displacement measurement. By optimizing the coil and circuit, the problem of weak penetration magnetic field and difficult detection has been solved, and displacement measurement of all metal enclosed probes has been achieved.
Non grounded applications of capacitive sensors
Using complementary current source technology and a set of probes to achieve non grounded application of the measured target. The current reaches the measured target from one probe and returns from another probe, forming a measurement circuit. The measured target does not need to be grounded and is suitable for precise measurement of high-speed rotating targets or targets that cannot be touched.
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