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What else can I help you with?
What are the problems of open loop?
overshoot and stability
Why is there an overshoot in action potential?
An overshoot in action potential occurs due to the rapid influx of sodium ions causing the membrane potential to become more positive than the resting potential. This depolarization phase is necessary for propagating the action potential along the neuron.
What is the past tense of overshoot?
The past tense is overshot.
What is the peak overshoot in control systems means?
Peak overshoot in control systems refers to the maximum amount by which a system's response exceeds its steady-state value during a transient response. It is expressed as a percentage of the steady-state value. Peak overshoot is an important parameter as it indicates the system's stability and performance.
What helps limit the amount of system overshoot?
A cold anticipator
The different between system overshoot and system lag is called?
System swing
What is difference between system overshoot and system lag is called?
The difference between system overshoot and system lag is called system oscillation. System overshoot refers to a transient phenomenon where the system response temporarily exceeds the desired setpoint before stabilizing. System lag, on the other hand, refers to the delay or time taken for a system to respond to a change in the input.
What is the approximate peak overshoot for a unity feedback system with damping factor 0.6?
0.0947
Can peak overshoot be in negative?
OF Course it can ,it is named undershoot in that case . Do a search and you will understand it better
What is the approximate peak overshoot for a unity feedback system with a damping factor 0.6?
0.0947
What is the approximate peak overshoot for a unity feedback system with damping?
According to some references I checked, the overshoot will be:100*exp[z*pi/sqrt(1-z^2)]where "z" is the damping ratioThis is about 9.5% at z=0.6Source(s):
What makes the coil overshoot the vertical?
Coil overshoot the vertical due to the inertia of the mass attached to the spring when it is displaced. As the spring is compressed or stretched, it stores potential energy, which gets converted to kinetic energy as it returns to equilibrium. If the energy transfer is rapid and the damping is insufficient, the mass can overshoot the vertical position, causing it to oscillate above and below that point. This behavior is typical in systems with low damping and high stiffness.
