The term “pulse width distance” is not commonly used in technical contexts. However, if interpreted, it can refer to the physical distance or spatial extent over which a pulse width (duration of a pulse) is measured or considered relevant. In practical applications, pulse width is usually measured in units of time (such as microseconds or milliseconds) rather than units of distance.
It refers to the duration for which a signal or pulse remains active, influencing various aspects of signal processing and timing in electronics and telecommunications.
The normal range of pulse widths can vary significantly depending on the specific application and technology involved. In digital electronics and signal processing, pulse widths can range from microseconds (µs) to milliseconds (MS) or even longer durations in some cases.
For example, in pulse width modulation (PWM) used to control motors or LEDs, typical pulse widths can range from microseconds to tens of milliseconds, depending on the control resolution and speed of operation desired.
Pulse width measurement involves determining the length of time a signal or pulse remains at a high or low level. It is typically measured from the leading edge (start) to the trailing edge (end) of the pulse, capturing the total time the signal is active or engaged.
Pulse width measurements are fundamental in electronics for specifying timing characteristics, controlling circuit behavior, and ensuring precise signal processing and communication protocols
