What mechanism causes energy transfer between adjacent signal traces due to time-varying magnetic fields?
Answer
Inductive crosstalk.
The time-varying magnetic field coupling between traces leads to inductive crosstalk, which depends on the current flow and mutual inductance.
Related Questions
What fundamentally generates an electric field ($\\mathbf{E}$)?Magnetic fields ($\\mathbf{B}$) are created exclusively by what phenomenon?If a charged particle is completely stationary ($\\mathbf{v}=0$) within a strong magnetic field, what magnetic force does it experience?How do magnetic field lines fundamentally differ from electric field lines regarding their topology?What constraint does the magnetic force place on changing a moving charge's speed?According to Faraday's Law, what induces a circulating electric field?Which unit is used to quantify electric field strength ($\\mathbf{E}$)?What mechanism causes energy transfer between adjacent signal traces due to time-varying magnetic fields?What principle reconciles the force experienced by a charged particle when observed from different inertial frames?Which of the following statements is true regarding static fields and radiation?In the equation $\\mathbf{F}_E = q\\mathbf{E}$, what is the direction of the force relative to the electric field lines?