MG-15-B-MD-R

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Pressure sensors and transducers have become integral to the development of technological advances in many industries. The MG-15-B-MD-R is a pressure sensor and transducer, created by Murata Electronics, which has distinct applications and functions. It is designed to measure static water, air and oil pressure levels in various applications.

A pressure sensor is a device coming in many sizes and shapes, allowing it to be used in many different devices. Pressure sensors are connected with a mechanical device or software system to measure pressure. The process of translating physical pressure into electrical signals is called transduction. In this process, the sensor produces an electrical signal that is proportional to the applied pressure.

The MG-15-B-MD-R is a thin-film transducer which is designed for static pressure sensing in low-pressure systems (<150 kPa). It is a fluidic element, with an ion-implanted, polysilicon structure that acts to sense applied pressure and converts it to an electrical voltage. The transducer has a broad dynamic range, which makes it suitable for applications in which differential pressure is to be measured as well as absolute pressure measurement.

The MG-15-B-MD-R is part of the Murata GOFLEX product line, which is composed of MEMS-based pressure sensing devices. These pressure sensors are factory-calibrated and are designed for low-power, board-level integration. The MG-15-B-MD-R features a low voltage detection, and a broad range of sensitivities. It also has a response time of 0.2ms and a linear accuracy of 1%.

The MG-15-B-MD-R has many potential applications. It is suitable for industrial use, and can be used to measure water or gas pressures in precision environments such as medical monitoring systems or process control systems and other applications requiring accurate and reliable pressure measurement. It can also be used as a sensor in vehicle systems. It is also suitable for use in consumer electronics, where it can be used to measure the pressure of liquids or to monitor the pressure inside a container.

The working principle of the MG-15-B-MD-R is based on the change of resistance in a polysilicon element in response to a pressure change. As pressure is applied to the polysilicon element, its state of strain changes due to the mechanical force exerted by the pressure, which causes a corresponding change in resistance. This resistance is then converted to a voltage, which is used as an indication of the applied pressure.

The MG-15-B-MD-R is designed to reliably and accurately measure static pressures in a variety of applications, ranging from industrial, medical, and automotive to consumer applications. It utilizes a polysilicon element to translate mechanical pressure into an electrical voltage, which is then used to measure pressure. Thanks to its small size, broad range of sensitivities, and low power needs, the MG-15-B-MD-R is a viable solution for a wide range of applications.

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