MLH100BSL14E

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Pressure sensors and transducers are used in a variety of engineering systems to measure the pressure of liquids and gases in varying states. The MLH100BSL14E is a digital pressure transducer used to measure a wide range of pressures. This article will provide an overview of the MLH100BSL14E pressure sensor, its applications and working principle.

Applications

The MLH100BSL14E pressure sensor is designed for applications requiring high accuracy and resolution measurements. It is suitable for use in automotive and industrial applications such as engine control systems, fuel injection systems, gas compression systems, and fuel tanks. Additionally, the MLH100BSL14E is suitable for applications where temperature sensing is required.

Working Principle

The MLH100BSL14E is a pressure transducer that uses a piezoresistive sensor element and a Wheatstone bridge structure to convert an applied pressure into an electrical signal. The pressure is applied directly to the diaphragm, which is the sensing element. The diaphragm moves in response to the pressure, causing a resistive change in the Wheatstone bridge. This resistance change in the Wheatstone bridge is then converted and output as an electrical signal.

The MLH100BSL14E is further equipped with an optional temperature sensor, which further enhances its accuracy and resolution by compensating for changes in temperature. This temperature sensor is integrated into the Wheatstone bridge, and senses the temperature of the diaphragm to compensate for temperature variations.

Features and Benefits

The MLH100BSL14E pressure sensor boasts a number of features that make it a reliable and precise pressure measurement device.

The MLH100BSL14E is equipped with a digital signal processor, allowing for real-time digital signal processing. This allows for faster and more accurate measurements, as well as the ability to perform more complex calculations. Additionally, the MLH100BSL14E has a wide operating temperature range, ranging from -40°C to +85°C, making it suitable for use in a variety of environments.

The MLH100BSL14E is also equipped with an internal EEPROM, allowing for user-defined calibration and pressure range settings. This allows for the device to be customized for a wide variety of applications, ensuring accurate and precise measurements.

The MLH100BSL14E is further equipped with a linearized, digital output, allowing for easier integration into system without the need for external calibration and compensation. This digital output can be in either an I2C or SPI format.

Conclusion

The MLH100BSL14E pressure sensor is an accurate and reliable pressure transducer designed for use in a wide variety of applications. It is equipped with a digital signal processor and temperature compensation, allowing for real-time digital signal processing and accurate measurements. Additionally, its wide operating temperature range and linearized, digital output make it an ideal choice for numerous engineering applications.

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