MLH016BGP14D

Pressure Sensors, Transducers

MLH016BGP14D is a pressure transducer designed for use in a variety of applications. The transducer is capable of measuring pressure up to 16 bar (250 psi). The transducer is built with a range of components which allows it to be effective in both general and extreme environments.

The MLH016BGP14D transducer can be used in a variety of different pressure sensing applications. These applications include automotive, medical, and industrial applications. It is suitable for use in systems where pressures need to be constantly monitored as well as in applications where fast and accurate sensing is required.

Working Principle

The MLH016BGP14D operates on the piezoresistive principle. It is a bridge type transducer with four piezoresistors. The transducers design utilizes a full Wheatstone bridge configuration with single low temperature coefficient active elements for low noise operation. The bridge output is given by the sensor, which is expressed as a linear voltage output.

As pressure is applied to the four resistors, the resistance of the resistors changes. This change in resistance is then measured by the transducer and the output voltage is proportional to this change. The bridge has been calibrated so the output is linearly proportional with range of pressure being measured.

The MLH016BGP14D is designed to be used with a differential amplifier. This allows the output of the transducer to be amplified and the response time to be increased. This increases the performance of the MLH016BGP14D and makes it suitable for a broader array of applications.

The MLH016BGP14D is designed with a robust sensing element and a stainless steel diaphragm construction. This makes it suitable for extreme temperature and pressure conditions, allowing it to perform better in more extreme environments than other pressure transducers.

The MLH016BGP14D is a versatile pressure transducer designed for a variety of applications. It is capable of measuring pressure up to 16 bar (250 psi). It can be used in a variety of different sensing applications, including automotive, medical and industrial applications. The transducer operates on the piezoresistive principle and has been calibrated for accurate and linear response. The transducer is designed with a robust sensing element and a stainless steel diaphragm construction, making it suitable for extreme temperature and pressure conditions.