The longer pulse duration, the greater the avalanche ionization's contribution.
Indeed, pulse durations on the attosecond time scale have been reported.
The minimum energy occurs with a pulse duration equal to chronaxie.
In addition, the chronaxie value, however determined, identifies the pulse duration for minimum energy.
This allows for very high energy pumping, since the pulse duration can be much longer than with other materials.
Unusually, they did not report their pulse duration.
It has the advantage of greater bandwidth while keeping the pulse duration short and envelope constant.
The segment length is adjusted by the pulse duration.
When too much energy is used for the pulse duration, structural failure of the glass envelope can occur.
Failure from heat is usually caused by excessively long pulse durations or high average power levels.
Widening the pulse width will also broaden the area of paraesthesia.
The pulse width of the illumination determines the maximum range the camera can handle.
All this means that the designer cannot simply increase the pulse width to get greater range without having an impact on other performance factors.
This continues until the pulse widths are within about one per cent of each other.
Software running in the host computer measured the pulse width to determine the joystick position.
Furthermore, the "duty cycle" of the pulse width can be modulated as well.
To do this in a basic fire-control radar system, it must operate at smaller pulse width.
This led to a new 16-cm system with a peak power near 500 W and a pulse width of 6 μs.
It operates at 100 Hz with a pulse width of 10 ns.
The pulse width and power determines if the material will be cut or initiated.