2
votes
How to find R and L in a circuit when you know tau and steadystate/stationary value
\$I_0\$ is the steady-state value and equals the applied voltage divided by R.
So, given that \$V_{final}\$ is 1.16 volts and this equals the initial applied voltage (for a step change), you can ...
- 419k
1
vote
When is the DC gain error of a single supply op-amp zero?
The specific answer to your question,
When is the DC gain error of a single supply op-amp zero?
For a non-ideal (less-than-infinite gain) op-amp, it is when Vout is zero. This unique condition only ...
- 48.2k
1
vote
Compensator design for control systems
I will start by posing yet another question, given a system \$H(s)\$ why can't we determine a compensator \$C(s)\$ such that
$$ C(s)H(s) = P(s)$$
where \$P(s)\$ is the desired system? Well, although ...
- 2,449
1
vote
Feedback Poles and Zeroes
What you need to do is find the -3 dB point, you can do this by drawing two lines along the frequency magnitude plot:
The -3 dB point is the blue line and the corner frequency
- 72.6k
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