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22 Threads found on Finite Integration
The series resistance of the switch in principle will change the integrator into a PI characteristic (proportional part Rswitch/Rin) - however, for a "good" resistor ratio (small) the influence on the time constant of the integration process should be negligible. Don`t forget that also the finite and frequency-dependent opamp`s open loop gain distu
Ideal point source (J&M) is challenging in FDTD, its actually a singularity point, at which the signal magnitude is infinity, however, the integration over such delta function is a finite value. This is very very challenge for differential based solvers. Especially for its near fields, its error is going to be large.
hi every one I am trying calculate stiffness matrix for 2D fem and using quadrilateral element(2 elements). but i am facing problem with the integration. it is giving me warnings with out calculating stiffness matrix. the warning is Warning: Cannot attach the property of being close to the limit point to limit variable. please help me
CST MWS is not suitable for large structure. It is based on finite integration Technique and uses volume discretization. I think, you should use ADS Momentum of FEKO Software. They are based on the Moment Method. Also, if you are familiar with Ansoft HFSS, so you can use Floque boundary condition to overcome this probl
The "original" solver in CST Microwave Studio is based on finite integration Technique. Computational electromagnetics - Wikipedia, the free encyclopedia
The TD-FE tecnique is somewhat uncommon. There are some text books that describe it, but I don't know of any codes. In the time domain, finite-differences or the finite integration techniqe are much more popular.
Hi nirmal323, In the case that one function has finite support (-a, a), then the integation in (-∞, ∞) reduces to integrate in (-a, a). But if the function has finite support in one domain, it doesn't have finite support in the other, so you should integrate in (-∞, ∞) in the other domain in order that Parseval's (...)
Hi, As far as I can remember any function that has "finite" number of discontinuties is integrable. The idea behind integration is to compute the area swept under the function now suppose that the required function has discontinuties at say n points in the range of integration then we can patch these points up as their contribution to (...)
MWS is particularly using the FIT method (finite integration Technique), the brother of the FDTD method. Those two techniques are similar but not identical.
FIT is same as FDTD in cartesian coortinates. Its interesting as FIT finite integration technique FDTD finite Difference time domain Please upload some tutorial if u have one
The simulation engine of CST is based on finite integration Technique (FIT), not FDTD. However, FIT used for time-domain simulation has some similarities to FDTD.
Dear all What is FIT (finite integration Technic) and it's differanc with FDTD method? Thanks
I need information about the finite integration method, basics and methodology. If someone can help me it will be great. If someone has information about moment method it can be useful too. thanks
I highly doubt that there is a finite expression of that integral. It can be expressed by a series if certain integration limits are applied.
Do you mean the "limit" in calculus? If so, then the whole modern mathematics is based on it, the differentiation, integration, ... All will collapse if there were no "limit". You only got arithmatics or finite math.
dear all, i'm intrested in numerical methods in electromagnetic. looking for a source for "FIT (finite integration technique)". whether you know an UWB Antenna simulated by FIT method? waiting for your reply. best regards.
hi, i'm looking for some references about "finite integration technique (FIT)". who one can help me? regards.
CST is based on finite integration Technique. This method is similar to finite Difference Time Domain Method; the main difference is that FIT solve maxwall equation in time domain in integral form while FDTD in differencial form. To understand the CST program you can serch for some paper on FDTD method (it is very popular) midnite
You can take a look at these old posts : The main solver method behind MWS is finite integration Technique (FIT)... mog.
i'm new to FIT. could anyone suggest me the most practical reference for dummy like me? books, lecture notes, article or whatever..
i've done a finite ground CPW and i drew the integration line on one port from the ground to the center line on one side, and one the second port i drew the integration line from the other ground to the center line. I verified the results i got with an ADS result and it matched pretty good. you can always try veryfying with ADS if you have (...)
This issue was discussed in some other topics. A few points: It is called finite integration Technique (or Method) was invented in 1977 by Thomas Weiland and it can be considered like a generalization of FDTD invented by Yee in 1966. Yee discretizes the differential form of Maxwell?s curl equations while FIT discretizes the integral form (Farad