MLH010BGB01B

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Pressure Sensors, Transducers are used for a number of applications that involve measuring the pressure or force created by a given object. The MLH010BGB01B is one such example, and it is an electronic pressure sensing device designed to sense differential and static pressure and convert it into an electrical signal output. In this article, we will discuss the application field and working principle of the MLH010BGB01B.

Application Field

The MLH010BGB01B is a versatile and reliable digital pressure transmitter intended for use in industrial engineering applications. It can be used in environments with a wide temperature range and pressure range, and it is capable of accurately measuring the pressure of gaseous, liquid, or other fluid mediums. It is suitable for use in applications related to the fluid pressure surveillance and control of industrial processes.

The MLH010BGB01B is suitable for use in many different industries and applications. It can be used in medical, biotech, chemical, oil and gas, automotive, and other industries. Its pressure range can be varied from -1 to 500 bar and its temperature range can be varied from -20 to +125℃. It is a rugged and durable transmitter, which are important features for use in industries with harsh environments.

Working Principle

The MLH010BGB01B uses a proprietary, patent pending circuitry design to measure the differential and static pressure of the mediums. It is capable of detecting different pressure levels within a range as small as 500 μbar, which is an impressive level of resolution for an industrial pressure sensor. It is also highly accurate, with an accuracy level up to 0.1%.

The MLH010BGB01B uses an isolated piezoresistive sensing element as its core component. The piezoresistive sensing element has a Wheatstone bridge circuit structure, which is responsible for detecting the pressure of the medium. When the pressure changes, the electrical resistance of the wheatstone bridge changes, which in turn leads to a change in the electrical signal output. The signal is then amplified and converted into an analog signal with an integrated signal conditioning circuit.

In addition to the piezoresistive sensing element, the MLH010BGB01B incorporates many other components such as strain-gauges, filters, regulators, and amplifiers. These components work together to ensure that the transmitted signal maintains its high level of accuracy and resolution even after long-term use.

Conclusion

The MLH010BGB01B is a reliable and accurate digital pressure transmitter for industrial environments. Its application field is wide, ranging from medical and automotive to oil and gas. It also offers a high resolution and accuracy with a range of 500 μbar and 0.1% accuracy. Its core component is a Wheatstone bridge circuit, and it incorporates many other related components to ensure its signal strength. Overall, the MLH010BGB01B is a powerful and dependable pressure sensor that can be used in many different types of applications.

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