I'd have to do exactley the same as you to arrive at an answer which would mean, read up extensivley on this subject, find out what the maths is behind this and write my own software
Unless you know the math’s behind this and can provide formulas in which case most people could write the software for you given the equations or perhaps I should rephrase this most people who can program or use matlab
Thankyou any way Geraldo I was just interested to see if anyone hasdone this and wether they could explain the maths behind this but its pleasing to know that we have some honest people on this site Id rather see that answer than someone pretending to know
The discussion addresses the availability of an Embedded Edge-Coupled Microstrip calculator. Existing online calculators for edge-coupled microstrip impedance are referenced, but these do not account for an embedded structure with a cover layer, which significantly alters differential pair characteristics. The complexity of accurately modeling embedded edge-coupled microstrip lines is highlighted, with suggestions that users need to understand the underlying mathematics and possibly develop custom software, such as MATLAB or C programs, to perform precise calculations. Relevant resources include academic theses and impedance calculator tools, though none specifically provide an embedded edge-coupled microstrip solution. The conversation emphasizes the lack of ready-made calculators for this specific configuration and the necessity for in-depth study and custom implementation. Summary generated by the language model.
