1) System-level model
系统级模型
1.
Aiming at folded cantilever in the application of MEMS gyroscope,a mathematical model is built and the system-level model is accomplished by SABER platform.
针对MEMS陀螺中常见的折叠梁结构,建立了折叠梁的理论模型,并在SABER平台上建立了其系统级模型。
2) system level power model
系统级功耗模型
3) four level system model
四能级系统模型
4) system level model
系统级仿真模型
1.
A system level model was built according to the dynamic equation of micromachined gyroscope with electromagnetic driving and capacitive detecting and the transfer functions of the interface circuits on Simulink platform in order to reduce the noise of micromachined gyroscope system and enhance system resolution.
为了降低微机械陀螺系统的噪声和提高系统分辨率,依据电磁驱动电容检测式微机械陀螺的运动方程和接口电路的传递函数在Simulink仿真平台上建立了系统级仿真模型。
5) System-level simulation
系统级模拟
1.
The idea of establishing the equivalent lumped mechanical description based on the mechanical analysis in combine with the energy principle is proposed, which is used for implementing the system-level simulation of the dynamic behavior of the eletro-mechanical coupled cantilever beam.
提出基于受力分析与能量原理建立等效集总力学描述的思想,实现对机电耦合MEMS悬臂梁动态行为的系统级模拟。
2.
A method for MEMS system-level simulation is proposed,which is based on the force analysis of the moving device.
介绍一种MEMS系统级模拟方法。
6) system-level modeling
系统级建模
1.
Obtaining the macro model of MEMS is the key of MEMS system-level modeling and simulation.
获得系统的宏模型是MEMS系统级建模与仿真的关键。
补充资料：非平衡级模型
分子式：
CAS号：
性质： 一种多级多离过程数学模型。认为各级气液相主体未达到平衡，仅在气液相接触界面处平衡成立，对气液相主体用传质、传热速率方程表征传递过程乙非平衡级模型无需估算理论级数和级效率，适用于精馏、吸收和萃取等过程。
CAS号：
性质： 一种多级多离过程数学模型。认为各级气液相主体未达到平衡，仅在气液相接触界面处平衡成立，对气液相主体用传质、传热速率方程表征传递过程乙非平衡级模型无需估算理论级数和级效率，适用于精馏、吸收和萃取等过程。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条