Please share your views ,is it compulsory to design basic patch, substrate, ground of fractal antenna as per mathematical calculations of microstrip antenna, because thereay be alot of designs which can't be made on that particular dimensions so can we consider dimensions as per requirement of design so as to achieve required results of antenna at required frequency of operation?
For conventional structures like rectangular, circular and triangular, mathematical equation based dimensions will give better results..... For other structures it depends upon the type of structure you are going to construct.....
If you are designing a novel geometry, then you should provide the ground mathematics for your work. Yet, in the case of a conventional fractal antenna, referring to previous and standard formulations should be enough.
For conventional shapes, proceed with expressions for novel shaped , it depends totally on your design goal
Dear Shally mam,
At the starting you should follow a basic structure consists of patch, ground and substrate of fractal antenna according to proper mathematical equations of microstrip patch antenna. After that you can change the structure as per your Goal. You can modify, change incorporate something to the structure of antenna as per the requirement.
Bast Regards
Anik
As your query is on 'Fractal Microstrip Antenna', I would suggest to start with some design where the basic mathematical equations are available, say for rectangular or equilateral triangular geometry.
If the 'Fractal' property is not maintained, you can named your design structure as 'Modified Fractal Microstrip Antenna'. In that case, you can process as per your wish. There will be no need to maintain the fractal property.
Dear madam
I think u should Design basic patch as per standard equations because if you are going to design an antenna you must have some criteria like required resonating frequency, available material and its size and design should fulfill all these. One more thing if you design antenna initially with standard equations then you can compare its performance after incorporating Fractal into it and able explain the benefits of incorporating fractal in terms of miniaturization, multiband etc.
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