CAR3106E14S-1PF42

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

CAR3106E14S-1PF42 is a high-performance pressure sensor with good application fields and working principle. The sensor is a new product developed by CAR, based on its well-established and reliable CAR3106 series pressure sensors. Its application fields cover a wide range of industries, including automotive, mechanical engineering, industrial process control and medical instrumentation, among others. This sensor is designed to accurately measure pressure of gases and liquids with a measuring range up to 2,550 mbar. It is also capable of digital output signal conversion recorded onto a serial peripheral interface bus (SPI).

The stellar feature of the CAR3106E14S-1PF42 pressure sensor is its ability to measure pressure fluctuations within a wide range of frequencies, ranging from 0 Hz to 3 MHz. This allows it to accurately identify pressure variations due to air or liquid flow fluctuations. Additionally, the high accuracy of the sensor ensures that measurements are taken in the tightest of ranges with an error margin of up to 0.1 %. The sensor is also quite reliable and stable with excellent temperature compensation and hysteresis.

The working principle of the CAR3106E14S-1PF42 pressure sensor can be illustrated as follows. The basic principle involves the use of differential capacitance between two electrodes. In this case two sensors are placed in the same chamber with a diaphragm situated in between. An alternating current is generated by the device, and the differential capacitance measured is used to determine the pressure in the chamber. As the pressure inside the chamber changes, the capacitance also changes. The device then converts the capacitance into a voltage or a digital output signal which is used to calculate the pressure.

As mentioned above, the CAR3106E14S-1PF42 pressure sensor can be used in a variety of applications due to its wide range of features and capabilities. Its main application fields include automotive, mechanical engineering, industrial process control and medical instrumentation. In automotive engineering, the pressure sensor is used to measure pressure in a fluid system such as the brakes or the suspension, as well as to measure air pressure inside a tire. In mechanical engineering, it is used to measure the pressure of a material, such as the water pressure in a boiler or the pressure of a gas inside a tank. Industrial process control applications require accurate pressure measurements, and the CAR3106E14S-1PF42 pressure sensor can provide these measurements with a high accuracy and stability. Finally, in medical instrumentation the sensor can be used to measure the movement and pressure of liquids in the body, such as blood pressure or other vital signs.

In conclusion, the CAR3106E14S-1PF42 pressure sensor is a high-performance pressure sensor with excellent accuracy, stability and temperature compensation. This sensor can measure pressure fluctuations within a wide range of frequencies and can be used in a variety of industries, including automotive, mechanical engineering, industrial process control and medical instrumentation. The working principle of the sensor relies on the use of differential capacitance, which is converted into a voltage or a digital output signal used to measure the pressure.

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