This analysis will also apply to the case where the length \(l\) pertains to one short section of a much longer structure; in this case we will obtain the inductance per length as opposed to the total...This analysis will also apply to the case where the length \(l\) pertains to one short section of a much longer structure; in this case we will obtain the inductance per length as opposed to the total inductance for the structure. To determine the inductance, we invoke the definition: \[L \triangleq \frac{\Phi}{I} \label{m0125_eIndDef} \] A current \(I\) flowing in the \(+z\) direction on the inner conductor gives rise to a magnetic field inside the coaxial structure.
This analysis will also apply to the case where the length \(l\) pertains to one short section of a much longer structure; in this case we will obtain the inductance per length as opposed to the total...This analysis will also apply to the case where the length \(l\) pertains to one short section of a much longer structure; in this case we will obtain the inductance per length as opposed to the total inductance for the structure. To determine the inductance, we invoke the definition: \[L \triangleq \frac{\Phi}{I} \label{m0125_eIndDef} \] A current \(I\) flowing in the \(+z\) direction on the inner conductor gives rise to a magnetic field inside the coaxial structure.
