Electrical / Electronics
RF transmission line designer
RF line design and analysis for coax, quasi-TEM microstrip, RLGC propagation, load transformation, quarter-wave matching and frequency sweep.
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RF line design and analysis for coax, quasi-TEM microstrip, RLGC propagation, load transformation, quarter-wave matching and frequency sweep.
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Convention: exp(j·ω·t), Z = R + jX, γ = α + jβ, forward wave exp(-γ·z). X > 0 is inductive and X < 0 is capacitive.
Coaxial cable, Microstrip, Generic RLGC line, Line and load, Quarter-wave matching, Frequency sweep
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w is trace width, h is substrate height and t is copper thickness. Target mode solves w. The model is a quasi-TEM approximation, not a full-field solver.
This limit is evaluated only for modules with a target impedance Z0.
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