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Arbitary Waveform Generator By Nisarg Vasavada.
Contents:
a)
b)
c)
d)
e)
f)
g)
h)
i)

The Basics
What is AWG & Why AWG
How does it work?
Arbitrary waveforms
Example: ArbStudio
Digital Pattern Generator
Advantages & Disadvantages of AWG
Conclusion
Reference

際際滷 no.
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Frequency
Function
Generator

AWG
2

AWG is an electronic
instrument used to
generate
electronic
Waveforms of desired
shape.
These waveforms can
be either single-shot or
Repetitive.
2

|
R(t)

0

1. Pick any time T for the ramp
function R(t).
2. Calculate f(両) with the given
formula by chopping out the
integer part.
3. Replace the Ramp value R(t)
with the Arbitrary function value
f(両).
4. Repeat for all other Time
periods.

T

F(両)

0

f

1
waveforms
Frequency distortion
No phase Shift

Low freq. phase shift

High freq. loss & low phase
shift

Low frequency Boost

Low freq. loss & phase shift

Damped oscillation

2

High freq. loss
No phase shift

High freq. loss & low
phase shift

Low freq. phase shift with
HUM
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1
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Arbitary Waveform Generator By Nisarg Vasavada.
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Arbitary Waveform Generator By Nisarg Vasavada.

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Arbitary Waveform Generator By Nisarg Vasavada.

  • 2. Contents: a) b) c) d) e) f) g) h) i) The Basics What is AWG & Why AWG How does it work? Arbitrary waveforms Example: ArbStudio Digital Pattern Generator Advantages & Disadvantages of AWG Conclusion Reference 際際滷 no. 3 4 5 6 7 11 13 14 15
  • 4. 2 AWG is an electronic instrument used to generate electronic Waveforms of desired shape. These waveforms can be either single-shot or Repetitive.
  • 5. 2 | R(t) 0 1. Pick any time T for the ramp function R(t). 2. Calculate f(両) with the given formula by chopping out the integer part. 3. Replace the Ramp value R(t) with the Arbitrary function value f(両). 4. Repeat for all other Time periods. T F(両) 0 f 1
  • 6. waveforms Frequency distortion No phase Shift Low freq. phase shift High freq. loss & low phase shift Low frequency Boost Low freq. loss & phase shift Damped oscillation 2 High freq. loss No phase shift High freq. loss & low phase shift Low freq. phase shift with HUM
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  • 8. 1
  • 9. 1
  • 10. 1
  • 11. 1
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  • 15. 1 2