- #1
Electro_vass
- 5
- 0
Hi,
Im quite new to frequency and how it effects a circuit with both capacitors and inductor. I have created a simple circuit in Multisim and run an AC-analysis.
Pictures of both circuit and analysis is attachments.
What is happening here.
And arent the circuit also depending on the time (When the capacitors is getting fully charged)?
What I think is happening;
1. With lov frequency both the capacitor will have very high resistance, and the inductor will have very lov. Because of JWL, and 1/Jwl W= rad/s
And all the voltage will be the same, because now current will run tru the circuit.
2. Then with higher frequency the capacitors will start charging, and therefore it will take som voltage.
But is it not time depending, only frequency depending?
Im quite new to frequency and how it effects a circuit with both capacitors and inductor. I have created a simple circuit in Multisim and run an AC-analysis.
Pictures of both circuit and analysis is attachments.
What is happening here.
And arent the circuit also depending on the time (When the capacitors is getting fully charged)?
What I think is happening;
1. With lov frequency both the capacitor will have very high resistance, and the inductor will have very lov. Because of JWL, and 1/Jwl W= rad/s
And all the voltage will be the same, because now current will run tru the circuit.
2. Then with higher frequency the capacitors will start charging, and therefore it will take som voltage.
But is it not time depending, only frequency depending?