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Also known as a function generator, a waveform generator is a circuit or device that produces or “generates” different types of waveforms at a given frequency. It can produce a variety of waveforms including sawtooth waveforms, triangular waveforms, square waves, and sine waves. Matlab, one of the most popular tools for waveform generation, comes with a Waveform Generator block that produces waveforms based on the signal notations that one enters in the Waveform Definition table. The block supports both name-value syntax and function syntax for the signal notations.

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While there are different types of waveforms, all waveforms exhibit the following characteristics:

This is the duration a given waveform takes to repeat itself from the beginning to the end. It is measured in seconds and is sometimes referred to as the pulse width for the square waves or periodic time for the sine waves.

Frequency can be defined as the number of times a waveform repeats itself in one second. It is measured in Hertz.

This is the intensity or magnitude of the signal waveform and is measured in amps or volts.

There are many types of waveforms that can be generated using Simulink but generally, they all fall under two distinctive groups. Below are the two categories explained by our waveform homework help experts:

These are waveforms that are positive or negative in nature. They only flow towards one direction and do not merge at the zero axis point. Examples include trigger pulses, clock pulses, and square-wave timing signals. Our experts are highly knowledgeable about this topic. If you need some support in this area, contact us for help with generating waveforms homework.

Also known as alternating waveforms, bidirectional waveforms alternate from a negative direction to a positive direction and vice versa and they constantly cross the zero axis point. The amplitude of these waveforms usually changes periodically. A good example of bidirectional waveforms is the sine wave. If you are having trouble understanding or scoring decently in assignments revolving around the concept of bidirectional waves, feel free to contact us for help. We will do the assignments for you and provide you with the best to generate waveforms homework solutions.

Many waveforms fall under the two categories discussed above including:

These are the most common types of waveforms. The AC mains we have in our homes is a form of a periodic waveform. A periodic waveform alternates between a minimum value and a maximum value over a given period of time. The time taken between each repetition of a waveform is referred to as periodic time. This time can vary from one waveform to another. For example, a sine wave that completes a cycle in ten seconds will have a total periodic time of ten seconds. Likewise, a sinusoidal waveform that completes a cycle in 5 seconds will have a total periodic time of 5 seconds, and so forth. The periodic time of a waveform is denoted by the letter “T”. To further understanding periodic waveforms, connect with our generate waveforms tutors.

These waveforms are widely used in electronic circuits especially in timing control signals. Unlike periodic waveforms that have a constant rise and fall with smooth rounded corners at their negative and positive peaks, square waves have a very steep curve. They have almost vertical rises and falls that have flat tops and bottoms resulting in a waveform that resembles a “square”. If you would like to have the concept of square waves explained in depth by a professional, hire ours to generate waveforms experts.

Generation of waveforms is one of the most important topics in Matlab but also one of the most complex. Students often require assistance from professionals to either understand this topic further or have their assignments completed. If you too are finding this topic a little difficult to hack, we recommend that you take expert help. We have competent generate waveform assignment helpers to provide assistance with this topic.