Measure and monitor frequency carrier power and frequency
Keywords
analyzer, electrical, unidirectional, bidirectional
Ports
Name | Type |
---|---|
input | Electrical Signal |
Properties
General Properties
Name | Default value | Default unit | Range |
---|---|---|---|
name Defines the name of the element. |
Carrier Analyzer | - | - |
annotate Defines whether or not to display annotations on the schematic editor. |
true | - | [true, false] |
enabled Defines whether or not the element is enabled. |
true | - | [true, false] |
type Defines the element unique type (read only). |
Carrier Analyzer | - | - |
description A brief description of the elements functionality. |
Measure and monitor frequency carrier power and frequency | - | - |
prefix Defines the element name prefix. |
ECN | - | - |
model Defines the element model name. |
- | - | - |
library Defines the element location or source in the library (custom or design kit). |
- | - | - |
local path Defines the local path or working folder $LOCAL for the element. |
- | - | - |
url An optional URL address pointing to the element online help. |
- | - | - |
icon type Defines the icon or element symbol view option. |
small | - | [small, medium |
Standard Properties
Name | Default value | Default unit | Range |
---|---|---|---|
signal reference input Defines whether or not to enable the signal reference input port. The reference port allows for measurements of gain and noise figure by comparing input signals from both input ports. |
false | - | [true, false] |
limit frequency range Enables setting the frequency range of the analysis. |
false | - | [true, false] |
frequency range The frequency range (bandwidth) of the analysis. |
1 | THz* *std. unit is Hz |
(0, +∞) |
power unit Defines the power unit to plot the results. |
dBm | - | [W, dBm |
frequency carriers Defines whether the carrier frequency values are defined as a table or the values are automatic calculated from peak detection. |
automatic | - | [automatic, user defined |
peak threshold Signal power must be greater than the power established by the peak threshold limit. The peak threshold limit is set by subtracting the peak threshold value from the power of the largest signal peak value. |
10 | dB | [0, +∞) |
peak excursion The peak excursion defines the rise and fall in amplitude that must take place in order for a peak to be recognized. |
6 | dB | [0, +∞) |
pit excursion The pit excursion value is used to determine whether or not a local minimum in the signal is to be considered a pit. |
10 | dB | [0, +∞) |
carriers table The table containing the carrier frequency values |
<2> [10, 50] | GHz* *std. unit is Hz |
- |
load carriers from file Defines whether or not to load load frequency values from an input file or to use the currently stored values. |
false | - | [true, false] |
carriers filename The file containing the carrier frequency values. Refer to the Implementation Details section for the format expected. |
- | - | - |
remove dc Defines whether or not to display the DC component. |
true | - | [true, false] |
sensitivity The minimum detectable signal power level. |
-100 | dBm* *std. unit is W |
(-∞, +∞) |
bandwidth Defines the resolution bandwidth. |
12.5 | GHz* *std. unit is Hz |
[0, +∞) |
interpolation offset Defines the interpolation offset used for determining noise. It is the offset applied on each side of a detected signal peak. |
12.5 | GHz* *std. unit is Hz |
[0, +∞) |
limit time range Enables setting the time range( start/stop) of the analysis. |
false | - | [true, false] |
start time Time instant to start the signal analysis. |
0 | s | [0, +∞) |
stop time Time instant to stop the signal analysis. |
1 | s | [0, +∞) |
Simulation Properties
Name | Default value | Default unit | Range |
---|---|---|---|
input signal selection Input signal selection option. |
last | - | [last, index |
input signal index The signal index to analyzed. |
1 | - | [1, +∞) |
include delays Defines whether inserted delays should be included as part of the signal or not. |
false | - | [true, false] |
Display Properties
Name | Default value | Default unit | Range |
---|---|---|---|
refresh Defines whether or not to update display and annotations during the simulation. |
true | - | [true, false] |
refresh length Defines how ofter to update the element. This is the minimum number of new data values available at the element input port that will trigger the element update. |
8192 | - | [0, +∞) |
Results
Name | Description |
---|---|
carriers | The list of detected carrier frequency values from the input signal. |
signal power | The list of signal powers from the input signal, measured at each carrier frequency. |
noise power | The list of noise powers from the input signal, measured at each carrier frequency. |
SNR | The list of SNR values from the input signal, measured at each carrier frequency. |
input/signal power | The list of signal powers from the input signal, measured at each carrier frequency. |
input/noise power | The list of noise powers, from the input signal measured at each carrier frequency. |
input/SNR | The list of SNR values from the input signal, measured at each carrier frequency. |
reference/signal power | The list of signal powers from the reference signal, measured at each carrier frequency. |
reference/noise power | The list of noise powers, from the reference signal measured at each carrier frequency. |
reference/SNR | The list of SNR values from the reference signal, measured at each carrier frequency. |
gain | The list of gain values calculated between the input and the reference signal, measured at each carrier frequency. |
noise figure | The list of noise figure values calculated between the input and the reference signal, measured at each carrier frequency. |
SNR/minimum | The minimum SNR value and its carrier frequency. |
SNR/maximum | The maximum SNR value and its carrier frequency. |
SNR/delta | The difference between the maximum and minimum SNR values. |
signal power/minimum | The minimum signal power value and its carrier frequency. |
signal power/maximum | The maximum signal power value and its carrier frequency. |
signal power/delta | The difference between the maximum and minimum signal power values. |
noise power/minimum | The minimum noise power value and its carrier frequency. |
noise power/maximum | The maximum noise power value and its carrier frequency. |
noise power/delta | The difference between the maximum and minimum noise power values. |
gain/minimum | The minimum gain value and its carrier frequency. |
gain/maximum | The maximum gain value and its carrier frequency. |
gain/delta | The difference between the maximum and minimum gain values. |
noise figure/minimum | The minimum noise figure value and its carrier frequency. |
noise figure/maximum | The maximum noise figure value and its carrier frequency. |
noise figure/delta | The difference between the maximum and minimum noise figure values. |
input/SNR/minimum | The minimum input SNR value and its carrier frequency. |
input/SNR/maximum | The maximum input SNR value and its carrier frequency. |
input/SNR/delta | The difference between the maximum and minimum input SNR values. |
reference/SNR/minimum | The minimum reference SNR value and its carrier frequency. |
reference/SNR/maximum | The maximum reference SNR value and its carrier frequency. |
reference/SNR/delta | The difference between the maximum and minimum reference SNR values. |
input/signal power/minimum | The minimum input signal power value and its carrier frequency. |
input/signal power/maximum | The maximum input signal power value and its carrier frequency. |
input/signal power/delta | The difference between the maximum and minimum input signal power values. |
input/noise power/minimum | The minimum input noise power value and its carrier frequency. |
input/noise power/maximum | The maximum input noise power value and its carrier frequency. |
input/noise power/delta | The difference between the maximum and minimum input noise power values. |
reference/signal power/minimum | The minimum reference signal power value and its carrier frequency. |
reference/signal power/maximum | The maximum reference signal power value and its carrier frequency. |
reference/signal power/delta | The difference between the maximum and minimum reference signal power values. |
reference/noise power/minimum | The minimum reference noise power value and its carrier frequency. |
reference/noise power/maximum | The maximum reference noise power value and its carrier frequency. |
reference/noise power/delta | The difference between the maximum and minimum reference noise power values. |
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