A waveform generator is supposed to output you reference signals (or waveforms) so that you can test and verify that your electronic device under test - generally referred to as the DUT - behaves in the way it has been designed to.
Generally we use the term waveform as opposed to signal to signify a somewhat larger freedom in our shape choice.
If you're testing an audio amplifier for instance, you basically need to generate sinusoids at different frequencies in the audible spectrum, and you are done. However, if your DUT is a receiver or a transmitter, or a DAC or an ADC, the signal types which will give you confidence in your design will be more complex and generally dependent on the specific application. This is where, in a lab, a waveform generator comes in handy.
Answers & Comments
Answer:
Explanation:
A waveform generator is supposed to output you reference signals (or waveforms) so that you can test and verify that your electronic device under test - generally referred to as the DUT - behaves in the way it has been designed to.
Generally we use the term waveform as opposed to signal to signify a somewhat larger freedom in our shape choice.
If you're testing an audio amplifier for instance, you basically need to generate sinusoids at different frequencies in the audible spectrum, and you are done. However, if your DUT is a receiver or a transmitter, or a DAC or an ADC, the signal types which will give you confidence in your design will be more complex and generally dependent on the specific application. This is where, in a lab, a waveform generator comes in handy.
Answer:
BRAINLIEST MO MUNA AKO SAGUTAN KO YAN FOLLOW NA RIN