IPSU-G4002-3

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Pressure sensors, transducers and related products are designed to detect and measure the pressure in various environments. The IPSU-G4002-3 is a versatile, multifunctional, high-performance pressure transducer with a wide range of applications in various industries, such as oil and gas, chemical, power, and aviation. In this article, we will discuss the IPSU-G4002-3 application field and working principle.

The IPSU-G4002-3 transducer model is a low power, low noise, and stable pressure transducer. It has an ultra-high resolution of 0.007%, and is suitable for a variety of pressure detection applications. The product is capable of measuring pressure in the range of -40 to +66 mbar absolute or vacuum and 14 to +135 mbar gauge, depending on the parameters. It is equipped with an advanced 16-bit integrated circuit, which enables it to achieve high accuracy at the same time reducing power consumption. The chip design has a flexible configuration, which makes the product flexible and adaptable to different working conditions. Additionally, the product features an automatic self-calibration function, which ensures accuracy and repeatability.

The product also has a multi-level compensation algorithm to improve measurement accuracy. It is protected by a small polycarbonate housing that is resistant to physical impacts. The product also has a self-diagnose function, which can identify and failures and alert the user as soon as possible. The transducer is designed to be integrated into various existing systems, making integration and installation easier.

The working principle of the IPSU-G4002-3 is a piezoresistive effect. This effect occurs when a material\'s electrical resistance changes when subjected to mechanical stress. The reference strain-gauge bridge is a Wheatstone bridge composed of four elements connected in a Wheatstone bridge circuit. Each of the four elements is composed of a piezoresistor, and the strain-gauge bridge can convert the force of a pressure application into electrical signals.

The voltage output of the strain-gauge bridge is amplified and converted into a digital signal. This signal is then processed and sent to a linear A/D converter to obtain an accurate measurement of pressure. The determination of pressure is achieved by the use of a linear or non-linear interpolation table. The temperature compensation is done by a thermistor or thermocouple. Finally, the output is converted into the desired unit of pressure.

The IPSU-G4002-3 transducer is designed for export and application in a wide variety of industrial settings. It offers reliable performance, accuracy, low power consumption, as well as flexibility and adaptability. Whether it\'s used for measured values or process control, the IPSU-G4002-3 transducer provides dependability and accuracy when it comes to taking measurements in the toughest of conditions.

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