0936010454

0936010454 technology is a pressure-sensitive sensor with a built-in temperature compensation system. The unit is available in both unidirectional and omnidirectional configurations, and both versions are designed to measure absolute, differential, or gage pressure changes. The sensor consists of a semiconductor substrate made of either silicon or a silicon-composite material. The semiconductor substrate is coated with a thin film strain gauge, which creates an electrical capacitance when it is strained by applied pressure. This capacitance is then sent to an integrated circuit, where the temperature-compensated signal is processed and sent to an output.

The core of the 0936010454 pressure sensing technology is the unique construction of its sensor, which is designed to reduce or eliminate noise and drift over a wide temperature range. Additionally, the sensor incorporates two temperature-compensation elements which continuously adjust the sensor\'s sensitivity to apply a temperature-compensated signal to the output. This allows the unit to maintain responsiveness over a wide range of temperatures, from 0 to 125°C on the upper range.

0936010454 technology is typically used in applications where the stability of the pressure readings is an important factor. This includes medical, process-control, and automotive applications that require reliable, repeatable, and precise readings. Other application areas for 0936010454 pressure sensing technology include industrial instrumentation, aerospace and aeronautical systems, and environmental applications. Additionally, the technology can be used in research and development applications, such as automotive testing and hydrostatic sensing, where accurate measurement and capture of changes in pressure are critical.

0936010454 pressure sensing technology is normally used in a two-wire current loop system, with the sensor acting as the current source and the power supply providing the current voltage to the loop. The signal from the sensors is repeated on the loop whenever the output is changed, and the feedback loop keeps the voltage pulse fed back to the input of the sensor. This helps to ensure that the signal is both accurate and repeatable, and the exact value of the pressure readings is preserved.

The 0936010454 technology also has the advantage of being relatively low-cost compared to other pressure sensing technology, thereby making it an attractive option for cost-sensitive applications. Additionally, it can be used to measure high-pressure and low-pressure applications, with flexible plumbing and mounting options.