KP236N6165XTMA2

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Pressure sensors and transducers are essential components in the majority of industrial applications. They are used to provide reliable and accurate measurements of certain parameters like temperature, pressure, and flow. The KP236N6165XTMA2 is a general-purpose pressure transducer from the SiTime series of high-performance silicon-based pressure sensors. This device offers long-term stability and operational reliability even in extreme conditions.

Overview of KP236N6165XTMA2

This device features a wide operating voltage range of +3.3 V to +24 V with local power supply, and +3.3 V to +30 V with remote power supply. The pressure range is 0 – 16.0 in H2O, and the rated output current is 4 mA for both pressure and temperature signals. The response time for temperature is 0.5 ms, which is the fastest that can be expected from a semiconductor-based transducer. The temperature accuracy is ±1.6 °C and the pressure accuracy is ± 1% of full-scale. The measuring technology used in this transducer is a capacitive sensing element, which is capable of providing reliable measurements over a wide temperature range. In addition, this device features a stainless steel guarding tube and an acrylic protection tube, which makes it ideal for use in high-pressure, high-temperature environments.

The Application Fields and Working Principle of KP236N6165XTMA2

KP236N6165XTMA2 has been designed as a highly accurate and reliable pressure sensor with a high-level of stability over a wide temperature range and high-pressure limit. This device is ideal for industrial applications such as automotive, building, HVAC, process control, and instrumentation. This device can be used to measure air pressure, and it can also be used for pressure measurements of a number of pressures such as fluids, gases, and vapors. Furthermore, this device can be used with calibration systems to enhance accuracy.

This device is equipped with a capacitive sensing element which measures pressure changes over time and converts them into electrical signals. The measurement range is determined by the design of the sensing element and its capability to alter its capacitance in response to changes in pressure. As the pressure increases, the capacitance of the sensing element increases; conversely, when the pressure decreases, the capacitance decreases. This electrical signal is then amplified and output as an analog or digital signal in accordance with the application.

KP236N6165XTMA2 is a reliable pressure transducer with an impressive range of features. It is a cost effective solution that is suitable for a wide variety of industrial applications. The stability and accuracy of this device over a wide temperature range make it an excellent choice for many applications.

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