Diffused Silicon Pressure Transmitter

Traditional industrial pressure detection solutions have prominent technical bottlenecks in long-term process operation. Ordinary ceramic pressure sensors suffer from poor linearity, large temperature drift and low resolution, failing to meet high-precision pressure control requirements. Conventional strain gauge transmitters feature complex structures, severe signal attenuation and poor repeatability, requiring frequent calibration and maintenance. Many low-cost pressure transmitters lack effective temperature compensation, resulting in data deviation under fluctuating working conditions. In scenarios of instantaneous pressure impact, overload and medium corrosion, ordinary sensors are prone to diaphragm deformation, core damage and permanent failure. The Diffused Silicon Pressure Transmitter thoroughly solves the above industrial pain points. Adopting advanced monocrystalline silicon diffusion process, it forms a high-stability Wheatstone bridge on the silicon chip surface. When medium pressure acts on the 316L stainless steel isolation diaphragm, pressure is evenly transmitted to the silicon sensing core through internal silicone oil, triggering precise resistance changes of the bridge circuit. The built-in high-performance signal processing module amplifies, linearizes and dynamically compensates the original micro-signal, finally converting it into standard industrial output signals. Compared with traditional pressure sensors, the diffused silicon core features higher sensitivity, lower hysteresis and creep error, and stronger anti-overload capability. With full-range temperature drift correction and industrial EMC anti-interference design, it maintains consistent accuracy in variable temperature and complex electromagnetic environments, becoming a universal high-precision pressure measuring core for modern industrial automation systems.

This industrial diffused silicon pressure transmitter supports diversified personalized customization for chemical, hydraulic, water conservancy, HVAC and mechanical pressure monitoring projects. High-purity diffused silicon sensing core ensures ultra-high sensitivity, excellent linearity and minimal repeat error, supporting precision measurement of tiny pressure changes. Intelligent full-temperature compensation algorithm automatically corrects zero drift and sensitivity deviation from -40℃ to 125℃, achieving stable output across full working temperature range. Integrated isolated diaphragm structure effectively resists instantaneous pressure impact and excessive overload, avoiding core damage. All-metal fully sealed waterproof and dustproof housing adapts to harsh industrial environments with vibration, humidity and dust. Low hysteresis and low creep performance guarantees long-term stability within 0.1%FS/year, greatly reducing calibration frequency. Dual signal output options and universal industrial voltage design realize seamless docking with PLC, DCS and data acquisition systems. According to project demands, we can customize pressure measuring range, thread specification, diaphragm material, digital display function, signal output mode and explosion-proof grade to meet refined pressure monitoring requirements of different media and working conditions.