MLH160BSD14B

Pressure Sensors, Transducers

MLH160BSD14B is the most advanced pressure sensor of its kind, designed to providing accurate readings in a wide range of environments. The sensor is able to measure pressure and process the data to provide an electrical signal, which can then be used to control a system. The sensor is made of a stainless steel diaphragm and uses a Wheatstone bridge circuit to convert pressure into a voltage signal. This signal can be read and interpreted to monitor pressure changes.

MLH160BSD14B Application Field

The MLH160BSD14B is a versatile pressure sensor that can be used in many different applications. These include medical and scientific research, environmental monitoring, industrial process control, consumer products, and aerospace.

For medical and scientific research, the sensor can be used to monitor changes in pressure during lab experiments or other research activities. The sensor can also be used to measure the pressure inside the human body, such as for measuring blood pressure.

In environmental monitoring, the sensor can be used to measure pressure in the atmosphere or monitor changes in pressure inside a water or air monitoring system.

For industrial process control, the sensor can be used to monitor pressure of a process to ensure it is properly controlled. The sensor can also be used to monitor pressure inside an oil or gas pipeline to detect any problems or potential leaks.

For consumer products, the sensor can be used to measure the pressure inside portable medical equipment, such as pressure monitors for blood pressure or oxygen monitors.

The sensor can also be used to monitor pressures in aerospace applications, such as in aircraft fuel systems or pressure tanks.

MLH160BSD14B Working Principle

The MLH160BSD14B is based on a Wheatstone bridge circuit. This circuit uses two strain gauges, which are electrical resistors, connected in opposite directions inside a bridge. When pressure is applied to the sensor, it deforms the diaphragm and changes the electrical resistance of the strain gauges. This in turn, alters the output voltage of the circuit, which is then measured and converted into an electrical signal that can be read and interpreted.

The output signal from the Wheatstone bridge can be used to accurately measure pressure of a system. Furthermore, the sensor can be adjusted to have a higher or lower output signal based on the pressure it is measuring. This allows the sensor to be tailored to different applications where different pressures may be present.