wheassociation.blogg.se - Validity sensors ddk program

Malware and viruses are also transmitted through exe files. Without the insights that only CAE software can provide, the design process will almost always revert to inefficient and expensive trial and error prototyping.TIP: If you are facing System related issues on Windows like registry errors or System files being deleted by virus or System crashes we recommend downloading Restoro software which scans your Windows PC for any issues and fixes them with a few steps. In other cases electromagnetics are used indirectly as in the case of the magnetic pickup of a turbine flow meter.Įven in cases where electromagnetics play no role in the measurement process, they may be an important consideration for the safe operation of the system as in the case of high voltage systems which must be protected by adequate insulation levels.ĬAE software is an essential design tool for any sensor system that requires analysis of electromagnetic fields. In some cases the variation of an electromagnetic parameter is directly related to the measured quantity as in the case of a capacitive position sensor. In particular the precision of a control system cannot be greater than the precision of the sensor used to measure the controlled variable.Įlectromagnetic principles are at the heart of many types of sensor systems. Sensors are the key components of measurement, monitoring and control systems.

API and Scripting for fast automated custom designs.

Parametric utility for prototype testing and optimization.

STEP, SAT and openNURBS (.3DM) import from general 3D CAD programs.

Direct import of models from CAD Partners including: Autodesk, PTC, Solid Edge and SolidWorks (also STEP, SAT and openNURBS (.3DM) import from general 3D CAD programs).

Mathematical Solver methods optimized for each particular application.

They cover the range of physical systems including magnetic, electric, eddy current and high frequency field solvers.

Significant features of INTEGRATED’s programs: An additional advantage to having both solution methods is the ability to conﬁrm the validity of models using two independent solvers based on entirely different mathematical formulations. FEM is particularly well suited to transient simulations, which involve the ﬁeld solution at a large number of time steps. Finite Element Method (FEM) is also incorporated in the programs at no extra cost. BEM requires neither artiﬁcial boundaries to limit the model space, nor meshing of empty space regions. Our proprietary Boundary Element Method (BEM) is often the preferred method for optimizing sensor design and is best method to handle both large regions of open space and small air gaps.