How Do Transducers Work In Flight Testing?

Transducers have a myriad of applications. Ranging from agriculture and aerospace, the importance of transducers are well-known in various industries. The Aerospace industry uses these devices for pressure measurements. For the purpose of mass measurement, transducers come in many variants: sensors, actuators or bi-directional transducers. Their primary purpose of transducers is to convert pressure or brightness into another form of energy. They are integral to the measurement of hydraulics and pressure controls in aerospace shuttles. 

Converting pressure into electrical signals is called transduction. This device usually has a sensing element which senses input energy, then, converting it into a transduction element allow for many functions. For example, piezoelectric transducers are used in electric drum pads to convert the movements of the drummer into a percussive beat. With new heavy duty pressure transducers, you can get the high-accuracy and rugged pressure sensing found in large industries working with commercial aviation, military and aerospace. Pressure transducers are also called pressure indicators and are essential to configuring a flight's static pressure. 

Flight Pressure Transducers

Heavy duty pressure products perform expertly in many potential applications, such as compressors and hydraulic controls, and in industries as diverse as aerospace, medical, transportation, agriculture, refrigeration, and industrial. Therefore, there are some industrial procedures which rely on the electrical signals relayed by transducers. But, how do transducers work?

How Do They Work?

A pressure transducer is one piece of equipment that is involved in the flight process of all aircraft. More specifically, a certain type of transducer is used during the building phase of the aircraft, before the aircraft construction is complete when the flight testing is in process.