MEMS sensors have developed substantially over the last 15 years in many respects. A number of new approaches have been very successful and this has led to high performance devices. Advances in the micro-machining techniques have provided a substantial enhancement to the technology, leading to substantial cost reduction. As the technology has advanced there has been a greater understanding of the cause and effects of the error mechanisms and the need for a close integration between the sensing element and the electronic control circuits. The performance of MEMS devices has increased by many orders of magnitude over a decade or so, owing to successful development projects. Consequently, MEMS accelerometers and gyroscopes are capable of providing inertial-grade measurements of acceleration and angular motion for long-range navigation systems.
A. KourepenisJeffrey T. BorensteinJ. ConnellyRichard D. ElliottPaul A. S. WardMarc S. Weinberg
A. KourepenisJeffrey T. BorensteinJ. ConnellyRichard D. ElliottPaul A. S. WardMarc S. Weinberg
Marek PachwicewiczJerzy WeremczukKrzysztof Danielewski