Hi ericgibbs.hi 1991,
Have you checked the DC resistance of inductor L2.?
E
EDIT:
Checking your circuit, could explain what you mean by 'elevate' and modify.
Also indicate the node you are measuring
I may have misunderstood.?
If L2 inductor has some internal DC resistance, say about 0.2 Ohms that would give around 0.12vin other words how can I to make discharge of capacitor constant at 0.12v
I will keep you posted.If L2 inductor has some internal DC resistance, say about 0.2 Ohms that would give around 0.12v
Try it.
E
Don't think so. With the switch closed and all transients died off, there is 5 A through R3 and no current through the R2 or L2.If L2 inductor has some internal DC resistance, say about 0.2 Ohms that would give around 0.12v
Hi Mr.Mozee.I agree with @AnalogKid .. There will not be and current through R2 L2 C2 when switch is closed because It will short out the circuit and current will pass through the lowest resistance path only which means through the switch loop and not to the R2 L2 C2 loop
So, how can we solve this?hi 1991,
Sorry misread the Switch state.!
Ignore my previous post.
E
Hi.hi 1991,
This is a simulation in LTSpice of the circuit you have posted.
It shows the state of Vout before and after the U2 switch is Closed.
As you can see it does not give a response as you have posted or required.
Is this Homework or a College assignment.
E
Replace the switch with a BJT transistor biased into saturation at t=0 gets you close, but the circuit is all wrong to get the Vc curve you say you want.in other words how can I to make discharge of capacitor constant at 0.12v
Thank you.
Hi @DGElderReplace the switch with a BJT transistor biased into saturation at t=0 gets you close.
Without replacing the switch.
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