MEMS Pressure Sensor Market : Trends, outlook and Opportunity Analysis 2024
MEMS or Micro-Electro-Mechanical Systems is a technology in which tiny integrated devices or systems are created that combines mechanical and electrical components. They are fabricated on the micro scale, yet, generate effects on macro scale. A pressure sensor is an instrument to measure pressure, particularly of liquids or gases. Significant increase in automation and miniaturization of electrical devices are the major drivers for the growth in MEMS Pressure Sensor Market. Increasing use of pressure sensors in consumer electronics and high-end devices is the major driver for the growth of the industry. Pressure sensors also find their application in automotive industry. The growing demand of vehicles, worldwide, has added to the rising demand of pressure sensors. However, due to the factors such as Eurozone crisis and high cost of labor and raw materials, the growth of overall MEMS pressure sensor market is getting affected. Obtain Report Details @ http://www.transparencymarketresearch.com/mems-pressure-sensor-market.html Automotive and medical equipment is projected to be the major contributors in the escalation of the overall MEMS pressure sensor market. Advancement in technology such as Tire Pressure Monitoring System (TPMS) and portable healthcare monitoring products is expected to add to the growth of the industry. Asia Pacific is estimated to hold more than half of the global share of MEMS pressure sensor market. The MEMS pressure sensor market can be segmented on the basis of technology, application, and region. The industry can be divided based on technology into capacitive, resonant solid state, piezoresistive, electromagnetic, and optical. The piezoresistive sensors are low-cost and highly efficient; hence, the growth in this segment is very evident. However, the capacitive technology segment is expected to show highest growth rate in MEMS pressure sensor market due to its wide application such as touch sensing, position sensing, and motion sensing.