- #1
goodphy
- 216
- 8
Hello.
The attached image is L impedance matching network, use for impedance matching between source and load impedance.
The calculation shows that in this circuit, load impedance Rp sees whole impedance (equivalent impedance) of the source impedance and reactive components as matched to itself and the source impedance also see matched equivalent impedance for other impedance components.
Thus I have a conclusion:
1. There is no reflection between source impedance and rest of the components because of matching.
2. There is also no reflection between load impedance and rest of the components because of matching.
3. Power is fully transferred to the load from source.
Could you tell me my interpretation is right? Actually I've wonder if there is local standing wave between start point of the reactive components and the load...
The attached image is L impedance matching network, use for impedance matching between source and load impedance.
The calculation shows that in this circuit, load impedance Rp sees whole impedance (equivalent impedance) of the source impedance and reactive components as matched to itself and the source impedance also see matched equivalent impedance for other impedance components.
Thus I have a conclusion:
1. There is no reflection between source impedance and rest of the components because of matching.
2. There is also no reflection between load impedance and rest of the components because of matching.
3. Power is fully transferred to the load from source.
Could you tell me my interpretation is right? Actually I've wonder if there is local standing wave between start point of the reactive components and the load...