The width of the pulse in PPM is not important, but is usually very narrow and constant in any given PPM system.
Pulse width mod, pulse amplitude mod, pulse position mod, pulse code mod.
For the Radar Case: The bandwidth of the pulse is the reciprocal of the Pulse Duration (called Pulse Width) as any filtering needs to be able to detection and follow the pulse shape and its edges. The pulse width is the AM modulation to a Fixed Frequency Carrier Frequency and the AM modulation will be greater bandwidth then the Carrier Frequency. As you are attempting to reject receiving other emissions and noise that do not match your own emissions such that your receiver is "match filtered" to your emissions, your receiver bandwidth will be at least the reciprocal of the pulse width but is lightly to be a smaller bandwidth then the reciprocal of the pulse width.
Yes, exercising does cause your pulse to increase.
pulse width modulation is nothing but changing on and off time period of a waveform without changing its frequency
In general, pulse width does not directly affect wave speed. The speed of a wave is determined by the medium through which it is propagating and the properties of that medium, rather than the pulse width itself. However, in practical applications, a shorter pulse width may allow for a higher data transmission rate in communication systems, which can indirectly impact the speed of information transfer.
no
Explain with diagram the technique Pulse-width modulation?
Pulse width is the time in milliseconds that the injector is energized, the duty cycle is the percentage of on-time to total cycle time
Mark of space ratio. M/S=pulse width/space width.
absolutely no. length and width are independent parameters .
The engine computer (pcm) controls the injector pulse. It looks at numerous sensors and switches to calculate pulse width