This effect is commonly called ringing. The output voltage can exceed the steady state plateau of either the logic "0" state or the logic "1" state for a period of time. This ringing will decrease in amplitude until the steady state plateau is reached. An unmatched impedance load presented to the oscillator output causes the ringing. It becomes more pronounced as the rise/fall times decrease and the output frequency increases. Proper output loading and good R.F./Microwave transmission line techniques must be used to prevent ringing on the waveform.

The amount by which the output of a filter exceeds the correct final value when fed with a sudden step change in the input.

The amount that a controlled variable exceeds a desired value after a change in input.

Form of transient distortion of a step or pulse signal in which the respone temporarily exceeds the final value.

The amount by which a signal exceeds its steady-state output on its initial rise, typically given as a percentage.

Condition where temperature exceeds setpoint due to initial power up.

A system response where the output or result exceeds the desired value.

This is the amount that an output exceeds its final value as the result of a sudden change in input voltage or load. This amount is usually measured as a percent of nominal and is essential during turn-on or after a step change occurs in line or load voltage.

Amount which the controlled parameter exceeds the desired value.

A characteristic of circuits employing high performance rectangular wave techniques. Overshoot is the tendency of the rising and falling edges of the signal to have a damped oscillation superimposed upon them causing the voltage to momentarily rise above the normal peak signal voltage by as much as several volts.

The temperature of the medium or device which the thermostat is subjected to, which exceeds the maximum set or control point.

In a second order system, overshoot is the amount by which the amplitude of the first cycle exceeds the final steady state value.

In the transition of any parameter from one value to another, the transitory value of the parameter that exceeds the final value. The increased amplitude of a portion of a nonsinusoidal waveform, i.e., signal, at the output of a nonlinear circuit, e.g., a realizable amplifier, caused by the characteristics of the circuit. The result of an unusual atmospheric, e.g., ionospheric, condition that causes microwave signals to be received where they are not intended.

Overshoot refers to the amount by which voltage or frequency exceeds the nominal value as the voltage regulator or governor responds to changes in load.

The point where human consumption and waste production exceed nature's capacity to create new resources and absorb waste.

A transient output voltage change which exceeds the high limit of the voltage accuracy specification and is caused by turning the power supply on or off, or abruptly changing line or load conditions.

When humanity's demand on nature exceeds the biosphere's supply, or regenerative capacity, this global ecological deficit is called overshoot. Such overshoot leads to a depletion of Earth's life supporting natural capital and a build up of waste.

The number of degrees that a process exceeds the set point temperature when coming up to the set point temperature.

or ecological deficit, occurs when human consumption and waste production exceed the capacity of the Earth to create new resources and absorb waste. During overshoot, natural capital is liquidated to support current use. Consequently the Earth's ability to support future life declines.

The amount expressed in percent, by which a signal exceeds its steady state output on its initial rise.

A transient change in output voltage in excess of specified output regulation limits that can occur when a power supply is turned on/off, or when there is a step change in line or load.

The amount of deviation from the set point that occurs before a controlled variable stabilizes, after a change of input. When a control system has a tendency to fluctuate above and below setpoints, the system requires longer response times to adjust for changes.

To fly beyond the mark.

The growth beyond an area's carrying capacity, which leads to a "crash."

An overshoot occurs when you are chasing a plane from behind and inadvertently fly past him. Maneuvers that are used to avoid an overshoot include the Barrel Roll, Snap Roll, High Yo-Yo and Immelman. Maneuvers that are used to force your opponent to overshoot include cutting throttle, Barrel Roll, Split-S, and hard turns out of plane.

To extend beyond a specific targeted level.

(1) To pass beyond the limit of the runway or landing field when trying to land. Fr: dépasser(2) Other expression for: go-around

shoot beyond or over (a target)

Flying an aircraft as if on a landing approach and going round again at the last moment - also the name of the area just past the end of the runway.

Rotation of a motor beyond its commanded position.