Induced EMF method for antenna self impedance
时间：04-04
整理：3721RD
点击：
Hi,
I was going through the induced EMF topic for finding the self impedance of a thin dipole in Balanis and he has writen this equation:
V1 = (1/I1)* ∫ Ez*Iz dl
where V1 and I1 are the voltage and current at the dipole terminals. Ez is the z directed electric field and Iz is the current at z distance from the origin.
I could not find a derivation for this and could not understand how this equation came about.
Could someone please explain how this equation came about.
Thanks!
I was going through the induced EMF topic for finding the self impedance of a thin dipole in Balanis and he has writen this equation:
V1 = (1/I1)* ∫ Ez*Iz dl
where V1 and I1 are the voltage and current at the dipole terminals. Ez is the z directed electric field and Iz is the current at z distance from the origin.
I could not find a derivation for this and could not understand how this equation came about.
Could someone please explain how this equation came about.
Thanks!
- Induced voltages on transmission line by plane wave in HFSS
- Need help understanding an LNA design method
- Methods of decreasing the coupling between two closely placed antennas
- impedance matching methods | ADS matching tool
- Antenna feeding method in DGS structures
- The effect of cascading method on Butterworth performance