FP3LULU10M5

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

FP3LULU10M5 technology offers an advanced version of pressure sensor solution availed to the market. Specifically, it is an advanced pressure sensor integrated circuit design by HOA Technologies, Inc. that offers many features and advantages. This long-endurance, dynamic, and high-performance pressure sensor is designed for industrial applications and is now ready for mass production.

The FP3LULU10M5 is a vast improvement over traditional pressure sensors due to its robust structure, precision, and wide dynamic range (WDR). This WDR is attained due to the utilization of ultra-advanced technology and large size Caltech capacitive sensing elements, providing an enhanced sensing range. The device has a flexible pressure sensing range of 0-10 MPa (0-145 psi), with excellent linearity of better than 0.5%. Additionally, it is integrated with operational-amplifier circuitry, allowing for up to 0.5% overall accuracy.

In terms of its application field, the FP3LULU10M5 pressure sensor is ideally used in industrial applications that require precise and robust pressure sensing. It is perfect for use in food and beverage production, medical equipment, chemical and petrochemical plants, heavy machinery, and even in HVAC systems. Its wide dynamic range and excellent accuracy make it ideal for use in these fields.

Additionally, the FP3LULU10M5 features an advanced design which allows it to not be affected by surrounding temperatures. This temperature-stable feature makes it well suited for applications in industries that require measurement accuracy over a wide range of temperatures. It is also designed to guarantee high temperature and phase stability, whilst still providing a reliable output within the application.

The working principle behind the HOA FP3LULU10M5 pressure sensor is quite straightforward. A piezoelectric capacitor is connected to the pressure sensing diaphragm of the sensor. This capacitor supplies an output signal that can be measured and then amplified. This amplified output signal is then processed to generate an accurate output based on the pressure applied to the sensing diaphragm.

The structure, accuracy, robustness, and temperature stability of the sensor makes it ideal for use in industrial production and medical instruments. Its wide dynamic range, 0.5 to 10 MPa, allows for flexible use. Furthermore, the temperature stability of the FP3LULU10M5 pressure sensor allows it to be used in applications that require a reliable output within a wide temperature range. This makes it a highly useful technological advancement for applications requiring accurate and reliable pressure sensing in the industrial and medical fields.

The specific data is subject to PDF, and the above content is for reference