e第五章__集成传感器.ppt

?APPLICATION STORY Micromachined Silicon Sensors Measuring up to pressures of the Aerospace industry. The industry takes off in the last thirty years, both civil and military sectors of the aerospace industry have seen unprecedented growth with developments to meet the increasing demand for effective and safe air based transportation and defences. This has in turn created a significant increase in global competition and the use of many advanced and innovative technologies from a wide spectrum of engineering disciplines, at all levels of the industry supply chain. Well known civil examples include the introduction of supersonic and large passenger/freight aircraft - the Concorde and Boeings 747 Series. Also, manufacturers such as Airbus industrie emerged and went on to develop a range of fly-by-wire aircraft and following an industry de-regulation in the seventies, a vast amount of new airline operators entered the market. As the aerospace transportation infrastructure developed even further, so did the market for regional jets to cover the higher frequency, shorter haul/hop flights and an increasing number of corporate owners started to buy business jets to run their own flight missions. Although of a small seat capacity, many modern business jets can now fly a non-stop distance of 5000 miles and beyond. The next decade will see further developments in all these sectors including, for example, the introduction of the 500 plus seater and Super Jumbo. Military forces use a diverse range of aircraft to fulfil defence related functions. These include attack, bomber, cargo, reconnaissance and training amongst others. This sector has seen the introduction of stealth aircraft technology and an acceleration in the race to produce the worlds most agile fighter aircraft. This has led to Europe moving on from the Tornado programme to the Eurofighter Typhoon project which has developed through the nineties, led by project partners in the UK, Germany, Italy and Spain. The Typho