MagNet和MotorSolve与SMASH集成实现机电一体化仿真

thwfei

Mechatronic System Simulation Using MagNet and MotorSolve Coupled with SMASH
MONTREAL, QC
JUNE 30, 2010
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DOLPHIN Integration SA and Infolytica Corporation announce today that their solutions for mixed signal simulation and electromagnetic field simulation can now work together to perform powerful mechatronic system simulation. SMASH, from DOLPHIN Integration, can directly simulate response surface models of electric motors generated in VHDL-AMS by MagNet or MotorSolve, from Infolytica, and can perform a system level simulation of both the device and the control circuitry.
The multilingual and mixed-signal simulator SMASH "All-in-One" is an EDA must for hierarchical SoC Integration, with patented features for DfY, and the most extensive VHDL-AMS language compliance. It serves as the cornerstone for the Virtual Fab Process enabling ViC and SoC Right-on-First-Pass Silicon.
Infolytica Corporation offers several electric motor and electromagnetic design software solutions. The company’s MagNet and MotorSolve software can be used to generate response surface models of various motor types in VHDL-AMS.
Designing mechatronic systems requires understanding the significant interactions between the electromechanical components and the analog or digital electronics. The VHDL-AMS models are functionally equivalent to the original MagNet or MotorSolve models, but they can be evaluated extremely quickly in a transient circuit simulation. The files can be integrated into a circuit description in SMASH to perform a simulation taking into account the interactions between the machine and control circuitry.
"Addressing the domain of magnetic models is a huge step forward for our users in the automotive industry, who are more and more often faced with the tricky mixing of magnetic, mechanical and, of course, electrical models" said Thierry Villard, EDA Sales Director at Dolphin Integration. He continued on to say this work "represents recognition of the performances of our mixed-signal simulator SMASH in terms of VHDL-AMS language compliance and simulation speed."
MagNet和MotorSolve与SMASH集成实现机电一体化仿真
发布日期：2010-7-28 13:39:08 来源： Marketing Dep.
DOLPHIN Integration SA和Infolytica公司于 2010年6月9日在魁北克的蒙特利尔宣布：今天针对混合信号仿真和电磁场仿真的解决方案能够同时进行，完成强有力的机电一体化仿真。来自于DOLPHIN Integration的SMASH能直接仿真Infolytica公司用VHDL-AMS建立的MagNet或MotorSolve电机的表面响应模型，并能进行设备和控制电路的系统级仿真。


表面响应模型

多维和混合信号仿真器SMASH“All-in-One”是电子设计自动化（EDA）软件，必须用于多层系统芯片（SoC）集成，拥有成品率（DfY）的专利保护功能和最广泛的VHDL-AMS语言兼容性。它作为虚拟Fab过程的基石使Right-on-First-Pass 硅的ViC和SoC有效。



Infolytica公司提供多种电机和电磁设计的软件解决方案。公司的MagNet和MotorSolve能用来产生VHDL-AMS生成的不同电机类型的表面响应模型。



设计机电一体化系统需要深刻理解机电元件和模拟/数字电子产品的相互影响。VHDL-AMS模型从功能上相当于MagNet或MotorSolve模型，但它在瞬态电路仿真中能迅速地评估。在SMASH的电路描述中集成了这些文件，考虑了电机和控制电路的相互影响，实现仿真。



“定位磁场模型的应用领域对汽车工业的使用者来说是迈进了一大步。这些领域的使用者越发频繁地面对复杂的磁场、机械和电场模型的混合疑难问题”，EDA销售总监Thierry Villard在DOLPHIN Integration说道。他继续说道，这些工作“代表对我们混合信号模拟器SMASH针对VHDL-AMS语言兼容性和仿真速度性能的认可”。

bobyonetwo

怎么不能下载啊

kkguo

多谢楼主分享，学习了。