| Pressure sensors are industrial products that are | | | | is one that is more popularly known in measuring |
| typically used in order to measure gas and liquid | | | | pressure that is less than a certain location's |
| pressures. It acts as if it is a transducer or a device | | | | atmospheric pressure. |
| that converts energy into another form. It is capable | | | | There are two more types of sensors namely the |
| of signal generation by way of using the pressure | | | | differential pressure sensor and the sealed pressure |
| imposed on optical, auditory, electrical and visual | | | | sensor. The former is used to obtain pressurized flow |
| signals. | | | | in vessels as well as to gauge whether there is a |
| These products are considered relevant to daily living. | | | | drop or increase in two or more pressure systems. |
| In some instances, they are also called as | | | | The latter on the other hand, is used in order to |
| transmitters, indicators or senders. Variables such as | | | | calculate sea level pressure. |
| fluid flow, gas flow, water level, speed and altitude | | | | Technologies that make up these industrial products |
| may also be measured through the aid of pressure | | | | There are also various technologies adapted to come |
| sensors. | | | | up with a pressure sensor. Fiber optic sensors are |
| The different types of the product vary depending | | | | those that obviously make use of the concepts of |
| on the application where it is used, the cost of the | | | | fiber optics. The sensor then becomes a product of |
| product itself and the type of technology employed. | | | | small pieces of fiber optic interferometers. |
| They also cover measurements of pressure | | | | Mechanical deflection is also used in order to produce |
| combustion. Here are some of the types of sensors | | | | a pressure sensor. A liquid's mechanical properties are |
| classified according to type of pressure as well as | | | | often measured to derive the pressure and to check |
| the various technologies employed. | | | | on its effect on a spring system. Any spring |
| Types of sensors according to pressure | | | | compression changes are also recorded to come up |
| measurements | | | | with the ample measurement of the pressure. |
| There are actually five types of pressure sensors in | | | | Other technologies that make up pressure sensors |
| this category. The first one is known as the absolute | | | | are strain gauge, semiconductor piezoresistive, |
| pressure sensor or one that takes sensor | | | | microelectromechanical systems, vibrating elements |
| measurements according to perfect vacuum | | | | and vibrating capacitance. Each of these technologies |
| pressure. The second one is known as the gauge | | | | has its own distinct characteristics. |
| pressure sensor known to be usable in various | | | | Overall, a pressure sensor is useful in aircraft, cars |
| applications because of its capability to be calibrated | | | | and other machinery pressures as well as weather |
| to adapt to atmospheric pressures in different | | | | instrumentation, weather balloons, rockets and |
| locations. | | | | satellites. |
| A third type known as the vacuum pressure sensor | | | | |