Hallo everybody
I'm trying to calculate resistive losses on a coaxial cable for a parametric sweep,
my model is excited in two ways: density current and Voltage(Va) by means of single turn coil, in this model there is no difference about the way i excited,
Firstly, I've successfully achieved inductance by energy method and Impedance ( imag (Va/current)) for all frecuencies but resistive losses are very different when I use resistive losses (mef.Qrh) and real (Vap/current), the last one is ok, because i have compared with analytical results.
I wish anybody can help me, specifically my doubt is how resistive losses works?
I'm trying to calculate resistive losses on a coaxial cable for a parametric sweep,
my model is excited in two ways: density current and Voltage(Va) by means of single turn coil, in this model there is no difference about the way i excited,
Firstly, I've successfully achieved inductance by energy method and Impedance ( imag (Va/current)) for all frecuencies but resistive losses are very different when I use resistive losses (mef.Qrh) and real (Vap/current), the last one is ok, because i have compared with analytical results.
I wish anybody can help me, specifically my doubt is how resistive losses works?