Arbitrary Waveform Generator Vs Function Generator

An arbitrary function generator afg produces oscillating energy that takes the form of periodic or one shot waves.

Arbitrary waveform generator vs function generator.

What is the difference between an afg and an arbitrary waveform generator awg. This paper discusses the key features and applications of keysight signal generators. Unlike a function generator that produces a small set of specific waveforms an awg allows the user to specify a source waveform in a variety of different ways. In general there are times when there is a need to generate a signal not provided as a standard option by signal generators in these situations an arbitrary generator can offer a technique to produce the desired signal.

This waveform can be defined by selecting user as the standard waveform and uploaded to memory using the define user standard waveform vi. Signal generators are subdivided into categories that include arbitrary function generators afgs and arbitrary waveform generators awgs. A function generator that allows the user to create or upload custom waveforms to the generator and provide them at user defined frequencies. These generators will often include capabilities to provide common function generator waveforms such as sine square and triangle waves.

What is an arbitrary waveform generator used for. To look at how an arbitrary function generator works it is necessary to look at the operation of a direct digital synthesizer. We should begin by asking. Arbitrary function generators refer to function generators that can generate a periodic user defined waveform which typically consists of exactly 16 348 points using dds.

The arbitrary function generator uses integrated circuits intended for direct digital frequency synthesizers but enables an arbitrary waveform generator circuit to be created relatively easily and for an economic price. An arbitrary waveform generator awg or arb is a sophisticated signal generator that generates arbitrary waveforms within published limits of frequency range accuracy and output level.