TSCSNNN015PGUCV

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A pressure sensor, also known as a transducer, is a device that is used to measure the pressure of a gas or liquid. The term transducer refers to the combination of two devices, a pressure-measuring instrument and a transmitter, which can convert signals from one form to another allowing them to be transmitted from one device to another. TSCSNNN015PGUCV is one such pressure sensor.

TSCSNNN015PGUCV is a high-precision, low-power, capacitive-type, piezoelectric pressure sensor. It utilizes a thin-film design to enable stringent accuracy, accuracy classification and wide pressure range performance with an increased level of stability and reliability. It has a wide dynamic range with an accuracy range of up to one-tenth of a bar. It functions by measuring the capacitive changes in pressure between two parallel plates.

The TSCSNNN015PGUCV is designed for commercial and industrial applications and is applicable for the measurement of pressure in low-pressure applications such as environmental data and medical equipment. It is also suitable for application in process measurement, industrial automation, instrumentation, and robotics. It features a low power design, has a wide pressure range, and a high accuracy rate. The sensor also comes with a wide range of communication protocols such as analog current, voltage, I2C, SPI, and RS-485.

The working principle of the TSCSNNN015PGUCV is based on its capacitance measurement. The pressure applied to the sensor produces a change in the capacitance due to the strain applied on the piezoelectric material between the two electrode plates. The output from the sensor is proportional to the external pressure applied.

The sensor is capable of measuring pressure up to 8 bar and is sealed in a hermetically sealed housing. It can measure both positive and negative pressures and has an overpressure safety feature. It is small in size, with a package footprint of just 28 x 58.7 x 21.6 mm, and has an operating temperature range of -25°C to 85°C.

The TSCSNNN015PGUCV is an ideal solution for applications in which accurate and reliable pressure sensing is important. It is highly accurate and suitable for various applications such as medical device and equipment, industrial, instrumentation, and robotics. It is cost-effective, robust enough to endure harsh environments, and offers low power consumption and longer operating life.

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