| Magnitude
Response |
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Step
Response |
| Displays the magnitude
response in dB units, on a floating scale. Any number of Major and Minor
divisions can be user defined, as well as the scale factor dB/Div in a 1,2,5
or 1,3 sequence. Linear or Log frequency axis of any range. |
Displays the time domain
response relative to a step stimulus. Units are linear volts, with many
options for floating or fixed scales. Any number of Major and Minor divisions
can be user defined. Linear time axis. |
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| Phase
Response |
Impulse
Response |
| Displays the phase response.
Units can be linear Degrees or Radians. Many options for floating or fixed
scales. Any number of Major and Minor divisions can be user defined. Linear
or Log frequency axis of any range. |
Displays the time domain
response relative to an impulse stimulus. Units are linear volts, with many
options for floating or fixed scales. Any number of Major and Minor divisions
can be user defined. Linear time axis. |
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| Group
Delay Response |
Noise
Density |
| Displays the group delay
response. Units are linear seconds. Many options for floating or fixed scales.
Any number of Major and Minor divisions can be user defined. Linear or Log
frequency axis of any range. |
Displays the noise density
response of the circuit. Units are log Volts per root Hertz. User definable
number of log cycles. Linear or log frequency axis. A processing option
can integrate these curves over any desired frequency band for total RMS
noise. |
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| Amplitude
Response |
Circuit
Schematic |
| Displays the analytic
amplitude response, often known as the zero phase amplitude response. Units
are linear volts, with many options for floating or fixed scales. Any number
of Major and Minor divisions can be user defined. Linear or Log frequency
axis of any range. |
This is not a graph but
the graphical schematic of the circuit under design. Full graphical circuit
editing is supported using 22 advanced component types specialized for filter
design in analog, digital, and sampled systems. |
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| Target
Parameters |
Circuit
Components |
| This is not a graph but
a listing of the numerical values currently in use by the Target System.
Target parameters can be extensive and include the types of filter blocks
in use, frequency, amplitude, Q, and the tap coefficients in the case of
digital filters. |
This is not a graph but
a listing of the components currently in use by the circuit schematic. Component
parameters can be extensive and include all of the component data. Position
data and numeric values. |
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