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Decoupled microgyros and the design principle DAVED

机译:解耦的微型陀螺仪和DAVED的设计原理

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This paper reports the surface micromachined gyroscopes realized by HSG-IMIT according to the patented decoupling principle DAVED (DECOUPLED ANGULAR VELOCITY DETECTOR). The DAVED prototypes show a rms noise below 0.05/sup o///sub s/ and a bias stability of /spl plusmn/2.5 /sup o///sub s/ over the temperature range and thus meet the target specification comparable to ESP requirements. Further, a novel and advanced concept is presented which can be viewed as a doubly decoupling scheme. The goal of decoupling is to reduce the so-called quadrature signal and thus improve the sensor performance, especially, the temperature sensitivity. This advancement will be necessary to meet the demands of future applications, like, ADASs (Advanced Driver Assistance System) or partially replace fiber optic gyroscopes, for example, within autonomous guided vehicles.
机译:本文介绍了HSG-IMIT根据专利的去耦原理DAVED(去耦角速度检测器)实现的表面微机械陀螺仪。 DAVED原型显示在整个温度范围内均方根噪声低于0.05 / sup o /// sub s /,偏置稳定性为/ spl plusmn / 2.5 / sup o /// sub s /,因此符合可与ESP相比的目标规格要求。此外,提出了一种新颖且先进的概念,可以将其视为双重去耦方案。去耦的目的是减少所谓的正交信号,从而改善传感器性能,尤其是温度灵敏度。这种进步对于满足诸如ADAS(高级驾驶员辅助系统)之类的未来应用的需求是必要的,或者例如在自动驾驶车辆中部分替代光纤陀螺仪。

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