Hello.
I'm now studying Smith chart and have some wired feeling about this.
Let's say transmission line connects to the inductor as a load.
According to the chart, as it moves from the load to RF source, total impedance (load + transmission line from the load to the measuring point) becomes periodically inductive and capacitive as movement on the chart is circulation.
I'm really curious how inductive load + just line becomes capacitive and even purely resistive?
Is there physically some sort of resonance to inductance and capacitance of the cable?
I'm now studying Smith chart and have some wired feeling about this.
Let's say transmission line connects to the inductor as a load.
According to the chart, as it moves from the load to RF source, total impedance (load + transmission line from the load to the measuring point) becomes periodically inductive and capacitive as movement on the chart is circulation.
I'm really curious how inductive load + just line becomes capacitive and even purely resistive?
Is there physically some sort of resonance to inductance and capacitance of the cable?