The rectangular pulse function, by default, returns ½ at the edges of the specified interval where x = a or x = b (a must not equal to b). To change the default value of the rectangular pulse at the edges, you …

This example generates a pulse train using the default rectangular pulse of unit width. The repetition frequency is 0.5 Hz, the signal length is 60 s, and the sample rate is 1 kHz.

This MATLAB function returns a continuous, aperiodic, unit-height rectangular pulse at the sample times indicated in array t, centered about t = 0.

This MATLAB function returns the time differences between the mid-reference level instants of the initial and final transitions of each positive-polarity pulse in the input bilevel waveform.

This example shows how to analyze pulses and transitions and compute metrics including rise time, fall time, slew rate, overshoot, undershoot, pulse width, duty cycle, and pulse period.

Stepped FM Pulse Waveforms Stepped frequency pulse waveforms increase time-bandwidth product and improve target detection. Phase-Coded Waveforms Phase-coded waveforms have good range …

This MATLAB function performs rectangular pulse shaping on X and returns Y, increasing the sample rate of X by repeating each sample nsamp times.

This example shows how to plot a linear FM (LFM) pulse waveform. The LFM waveform has a duration of 100 microseconds, a bandwidth of 200 kHz, and a PRF of 4 kHz.

This example shows how to create a rectangular pulse waveform variable using phased.RectangularWaveform. The example also plots the pulse and finds the bandwidth of the pulse.

The pulstran function generates pulse trains from either continuous or sampled prototype pulses. This example generates a pulse train consisting of the sum of multiple delayed interpolations of a …