E8EB-10C

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Pressure Sensors, Transducers are devices or components that measure one or more physical parameters such as pressure, temperature, humidity, displacement, and so on, then convert them into desired signals including digital or analog ones. Among them, E8EB-10C was the latest one, in order to meet the demand of various application fields, it had several features to attract the customers.

First of all, the E8EB-10C had a gold-plated sensing element, which was accurate and reliable. With an accuracy and resolution of 0.1% Full Scale Measurement, the gold-plated sensing element made it possible to measure and record the pressure changes quickly and accurately. In addition, the sensor was also easy to install and required no external power supply. The other advantage was the wide operating temperature range. It could work in the temperature range between -20℃ and +200℃, and could be used in extreme temperatures for long periods of time.

Furthermore, it also worked with optional telemetry and communication systems. With an optional analogue output, the E8EB-10C could provide information directly to a controlling device such as a PLC or microprocessor. This made it suitable for use in force, position, and flow systems. It was also suitable for use in remote or hazardous applications, as communication was possible over long distances.

Moreover, its working principle was also based on the piezoresistive principle. This principle was based on the changes in resistivity of a piezoresistive material due to the applied stress. When the pressure is applied to the sensing element, the resistance of the piezoresistive material changes and thus a voltage signal is generated, which is proportional to the applied pressure. Thus, this sensing element could be used to measure the pressure and generate a voltage output signal.

In conclusion, with its gold-plated sensing element, wide operating temperature range, optional telemetry and communication systems, and its piezoresistive principle, E8EB-10C is an ideal sensing element for both industry and commercial applications. Its accuracy and resolution of 0.1%FS allowed precise pressure control, while its optional analogue output could be used to provide information to other devices. Therefore, it was an ideal choice of pressure sensors, transducers for a wide range of applications.

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