An Analytical Method of Minimizing the Crosstalk of Curved Cable and Determining the Optimal Wiring
Budget: $10 – $30 USD
Crosstalk is an easily occurred
electromagnetic interference between adjacent cables.
Previous research on crosstalk mainly focused on
straight cables, and seldom works are reported for
bended cables which happens most often in applications.
Thus, we propose an analytic method to minimize the
crosstalk between curved cables and determine the
optimal wiring rules within a specified frequency range.
The procedure of the proposed method can be described
as the following steps: Firstly, the theoretical crosstalk
model of curved cables is deduced and verified by
numerical simulation. Then, an “ area” is defined as
the evaluation parameter of crosstalk effects, which is
devoted to obtaining the law of S with the bending
degree. On this basis, an optimal wiring is presented and
a physical explanation through the coupling mechanism
is given. Finally, an experiment is carried out to further
validate the proposed method.
electromagnetic interference between adjacent cables.
Previous research on crosstalk mainly focused on
straight cables, and seldom works are reported for
bended cables which happens most often in applications.
Thus, we propose an analytic method to minimize the
crosstalk between curved cables and determine the
optimal wiring rules within a specified frequency range.
The procedure of the proposed method can be described
as the following steps: Firstly, the theoretical crosstalk
model of curved cables is deduced and verified by
numerical simulation. Then, an “ area” is defined as
the evaluation parameter of crosstalk effects, which is
devoted to obtaining the law of S with the bending
degree. On this basis, an optimal wiring is presented and
a physical explanation through the coupling mechanism
is given. Finally, an experiment is carried out to further
validate the proposed method.