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- subminiature accelerometer 超小型加速器
- This is the theory of a pendulum accelerometer. 摆式加速计的原理。
- Just rotate and the accelerometer does the rest. 只要旋转和加速度没有休息。
- Why MEMSIC Accelerometer could be used in Portable devices? 为什么美新加速度传感器可用于便携式设备?
- Accelerometer: Instrument that measures acceleration. 加速度计:一种测量物体速度变化率(即加速度)的仪器。
- In some cases the entire accelerometer case is ground isolated. 在某些情况中,整个加速表外壳是接地绝缘的。
- A small recording accelerometer in the model furnishes data on its behavior. 模型中装有小型加速器用以记录其运动状态的数据。
- Less benefit is achieved on this vehicle by use of the accelerometer. 在这个飞行器上使用加速度计带来的好处不大。
- The pendulous accelerometer design had much in common with the gyro design. 摆式加速度计的设计与陀螺设计有很多共同之处。
- A metal bearing assembly for sizing procedure of subminiature vibrating motors. 金属轴承装置;尺寸适合超小型振动马达.
- A model for the nonlinear dynamics of a subminiature rotorcraft is established. 摘要建立了超小型旋翼机系统的非线性参数化模型。
- The pendulous accelerometer design had much in common with the gyro design . 摆式加速度计的设计与陀螺设计有很多共同之处。
- A flexile surface tends to bend, inducing strain on the accelerometer's base. 弹性表面会发生弯曲,包括加速表底座上的应变。
- The accelerometer bias errors result in an average constant offset plus an oscillatory component. 加速度计的偏置误差形成一平均的常值偏离加上一振荡分量。
- The bail connecting the most inferior gimbal axis to the next gimbal axis mounts the meridian accelerometer. 把最里面的框架轴与第二框架轴连接在一起的框架上安装了子午线加速度计。
- The results of hardware experiments verify the feasibility of the tire-mounted accelerometer approach. 硬件实验结果验证了该轮胎内置传感方案的可行性。
- It is proved to be more energy-saving, more subminiature, less measuring time and more stable for individual. 使之达到了功耗低、体积小、测量时间短、个体适应性强的设计目的,适用于临床诊断监测和家庭医疗保健。
- Abstract: The research procedure of a subminiature separating swirl tube was described. 摘 要: 论述了一种超小型旋流管的研究过程。
- APEM is a leading worldwide manufacturer of miniature, subminiature, and industrial switches. APEM是全球著名的专业开关和键盘的生产厂商.
- It is proved to be more energy-saving,more subminiature,less measuring time and more stable for individual. 使之达到了功耗低、体积小、测量时间短、个体适应性强的设计目的,适用于临床诊断监测和家庭医疗保健。