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The global capacitive pressure sensor market size is experiencing significant growth and is expected to grow considerably in the next few years. Capacitive pressure sensors are the devices, which measure the pressure by detecting changes in electrical capacitance caused due to the movement of a diaphragm. Pressure sensors are undergoing an evolution from the traditional approach of production to a more pragmatic, technologically-advanced approach that ensures miniaturization and improved capabilities. Shocks and vibrations cause a wide range of problems such as disconnected wires, faulty signals, broken circuit boards intermittent problems, and shortening of the life of the equipment. Capacitive pressure sensors have gained a prominence compared to the resistive sensing technology, owing to their high sensitivity, accuracy and absence of wear & tear problem. These sensors are continuously replacing the resistive sensors in several applications due to their various distinguished features. Furthermore, the advancements in sensor technology have led to the development as well as a shift toward miniaturization of sensors, thus, offering several opportunities to the key industry participants.
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Top impacting factors: capacitive pressure sensor market trends, scenario analysis, drivers, and impact analysis
The implementation of innovative pressure sensors is the major driver that is expected to boost the market growth during the forecast period. Original equipment manufacturers (OEMs) in the global capacitive pressure sensor for consumer applications are bringing out products with improved features and launching innovative products on a regular basis. In addition, advancements in microelectromechanical (MEMS) sensors fuel the market growth. A MEMS pressure sensor can measure and detect external pressure as well as it responds mechanically to compensate for the pressure change. However, intense pricing pressure may hinder the significant sales growth of these sensors. On the other hand, advancements in nanoelectromechanical system (NEMS) technology are expected to provide lucrative opportunities for the market growth over the forecast period.
Automotive applications to hold significant growth in the market
Essential requirements in the manufacturing and design of pressure sensors for automotive applications comprise optimal performance in a range of media, temperatures, shock, vibration, and electromagnetic conditions. The sensor must be durable enough to perform vital functions. The ceramic capacitive pressure sensors are suitable for measuring absolute or relative pressure of media present in the most sophisticated vehicle systems. Ceramic material makes it ideal against PC-LD and MD-HD treatments for engines. In addition, the rapid evolution of the automotive sector with the emergence of electric vehicles or autonomous vehicles are emphasizing on the miniaturization of equipment for applications, thereby driving the market growth. Huge demand for automotive vehicle as well as its rapid developments enhances the capacitive pressure sensor market.
The strong and simple mechanical structure of capacitive pressure sensor has led to numerous applications for industrial purposes. It can sustain severe industrial conditions due to the use of ceramics and provides a quicker response rate. The miniaturization of capacitive pressure sensors with the development in MEMS technology has also increased its applications in an extensive range of industries.
On the other hand, miniaturization of capacitive pressure sensors decreased its production cost. Therefore, with cheap, efficient, and wide applications, the capacitive pressure sensor market is growing significantly.
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