Method of designing ''encoder'' to eliminate steady-state crosstalk at far end of transmission lines
A design method and transmission line technology, applied in the field of signal denoising, can solve problems such as complex methods
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[0042] The technical solutions of the present invention will be described in detail below in conjunction with the accompanying drawings.
[0043] Such as figure 1 shown, where U S is the supply voltage, R S and R L are the source and load resistors, respectively.
[0044] First, the actual structure of the transmission line is modeled and simulated, and the electromagnetic parameters of the transmission line are analyzed using the electromagnetic parameter extraction tool to obtain the transmission line electromagnetic parameter matrix per unit length of the transmission line: the inductance matrix L and the capacitance matrix C. In this way, the transmission line impedance matrix can be expressed as Z=jωL, and the admittance matrix is Y=jωC. Then you can get:
[0045] P -1 YZP=γ 2
[0046] In the above formula, γ 2 is a diagonal matrix whose diagonal elements are the characteristic roots of the matrix YZ, and P is a matrix composed of eigenvectors corresponding to ...
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