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The answer is radiation. The energy leaves the end of the wire in the form of an electro-magnetic wave.
where cmc_m is the speed of light in the medium (typically for a copper over FR-4 PCB c_m is approximately 1.5e8).
The answer is radiation. The energy leaves the end of the wire in the form an electro-magnetic wave.
where cm is the speed of light in the medium (typically for a copper over FR-4 PCB c_m is approximately 1.5e8).
where c_m is the speed of light in the medium (typically for a copper over FR-4 PCB c_m is approximately 1.5e8).
where cm is the speed of light in the medium (typically for a copper over FR-4 PCB cmc_m is approximately 1.5e8).
where cm is the speed of light in the medium (typically for a copper over FR-4 PCB cm is approximately 1.5e8).
$$l_{track} < \frac{\lambda}{10}$$$$l_{track} < \frac{\lambda}{10} = \frac{T_r c_m}{5}$$
$$l_{track} < \frac{\lambda}{10}$$
$$l_{track} < \frac{\lambda}{10} = \frac{T_r c_m}{5}$$
