Diffused silicon pressure transmitter _ Sisson SISEN (certified) _ Liupanshui pressure transmitter provided by Sisson Automation Equipment Co., Ltd. in Guangzhou. Automation Equipment Co., Ltd. Guangzhou Sisson (www.sisenauto.com) is specialized in the "vortex flowmeter, pressure transmitter, electromagnetic flowmeters, air flow meter," the enterprise, the company of "honesty, hard service" concept, to provide you with the highest quality products and services. Welcome to inquire! Contact: Emil. Sisson automation, BST6600 series diffused silicon pressure transmitter, using the diaphragm structure Sisson automation SISEN proliferation of imported brands diffused silicon sensor hermetically welded structure with high sensitivity and high stability imported diffused silicon sensor Immunity strong long-term stability with high precision 316 stainless steel isolation silicon pressure transmitter pressure transmitter manufacturer diffused silicon pressure transmitter works: diffused silicon pressure transmitter temperature sensor the temperature signals into electrical signals, and then by a preamplifier to amplify the electrical signal filtering, send to the CPU A / D converter module of the analog to digital conversion, the final data processing and display by the CPU and PWM output. Block diagram of the following: The side of the media ---> Sensors ---> electronic circuits ---> output signal measured media pressure acts directly on the sensor ceramic / diffused silicon diaphragm / on diaphragm produces medium pressure After the minute displacement is proportional to pressure transmitter brand, under normal operating conditions, the maximum displacement of the diaphragm is not greater than 0.025 mm 2088 pressure transmitter, the electronic circuit detects the amount of displacement, i.e., to convert the displacement amount corresponding to this a standard industrial pressure measurement signal. When the overpressure diaphragm directly attached to sturdy ceramic matrix / silicon diffusion, since the gap between the diaphragm and the substrate is only 0.1 mm standard pressure transmitter, and therefore when the overvoltage maximum displacement of the diaphragm can be 0.1 mm, so to ensure that the diaphragm does not produce excessive deformation, the sensor has good stability and high reliability from the structure.