Table of Contents

## What is Pulstran function in Matlab?

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 Gaussian pulse.

## What is a pulse function?

The pulse button is used when you need short bursts of power at the optimum speed. This is controlled by the user which means you control how long the machine is run for. It is a useful way of avoiding over-processing.

## How do you make a square pulse in Matlab?

x = square( t ) generates a square wave with period 2π for the elements of the time array t . square is similar to the sine function but creates a square wave with values of –1 and 1. x = square( t , duty ) generates a square wave with specified duty cycle duty .

## How do you make a triangular pulse in Matlab?

If a < x < b , then the triangular pulse function equals (x – a)/(b – a) . If b < x < c , then the triangular pulse function equals (c – x)/(c – b) . If x <= a or x >= c , then the triangular pulse function equals 0.

## What is pulse train generator?

A pulse train is a series of generated pulses. The pulses in a pulse train can be identical or unique. The Tabor family of Arbitrary Waveform Generators (AWGs) is designed for easy programming of pulse trains. This document will quickly guide you through the process of pulse train generation.

## How does a pulse switch work?

It works as a switch in OFF condition, when it is operated in cut off region. It works as an amplifier in linear region, which lies between transistor and cut off. To have an idea regarding these regions of operation, refer to the transistors chapter from BASIC ELECTRONICS tutorial.

## How do you draw a triangular function?

55 second clip suggested6:30Unit Triangular Function – YouTubeYouTube

## What is the main function of a pulse generator?

Pulse generators produce two-level signals like clocks, but all the parameters of the waveform are generally variable. Pulse generators are most commonly found in equipment for electronic testing.

## How does y = pulstran work?

y = pulstran (t,d,func,fs) uses a sample rate of fs. y = pulstran (t,d,p) generates a pulse train that is the sum of multiple delayed interpolations of the prototype pulse in vector p. y = pulstran ( ___,intfunc) specifies alternative interpolation methods. See interp1 for a list of available methods.

## What is the sample rate of Y = pulstran?

y = pulstran (t,d,func,fs) uses a sample rate of fs. y = pulstran (t,d,p) generates a pulse train that is the sum of multiple delayed interpolations of the prototype pulse in vector p.

## How to generate custom pulses using pulstran?

Use the pulstran function to generate a train of custom pulses. The train is sampled at 2 kHz for 1.2 seconds. The pulses occur every third of a second and have exponentially decreasing amplitudes. Initially specify the generated pulse as a prototype.

## How to generate a pulse train using a function?

Continuous function used to generate a pulse train based on its samples, specified as ‘rectpuls’, ‘gauspuls’ , ‘tripuls’, or a function handle. If you use func as a function handle, you can pass the function parameters as follows: This creates a pulse train using a 10 kHz Gaussian pulse with 50% bandwidth.