FCC Peripheral Configuration
Description
View and edit the map of peripherals in the Infineon® AURIX™ model to the hardware peripherals.
Using the Hardware Mapping tool, you can:
View and edit the configuration parameters for FCC block.
Check for any conflicts between the peripherals.
Open the FCC Peripheral Configuration
In the Hardware tab of the simulink model, click Hardware Mapping.
Parameters
Select pin
— Input pin number
AN16
(default) | pin numbers
Select the input pin number.
Enable boundary flag output port
— Option to enable digital port output
on
(default) |
off
Select this option to enable connection to the digital port to output the status of the boundary flag.
Select boundary flag pin
— Boundary flag pin number
Default value varies based on the specified input pin (default) | pin numbers
Select pin number for the digital port that outputs the boundary flag status.
Dependencies
To enable this parameter, select the Enable boundary flag output port parameter.
Input Mode
— State of communication line used for QSPI
Tri-state
(default) |
Pull-up
|
Pull-down
Select the input mode for the FCC pin.
Output pins strength
— Strength of output pins
Push pull
(default) |
Open drain
Select the strength of output pins.
Dependencies
To enable this parameter, select the Enable boundary flag output port parameter.
Speed
— Speed of FCC pin
Speed-1
(default) |
Speed-2
|
Speed-3
Select the speed of FCC pin.
Voltage level
— Voltage level of FCC pin
Automotive
(default) |
TTL-5V
|
TTL-3.3V
Select the voltage level of the FCC pin.
Initial threshold value in volts (0V to 5V)
— Initial value for threshold update
5
(default) | scalar in the range (0, 5)
Specify the initial value for the threshold update.
Dependencies
To enable this parameter, set the Mode parameter to
Normal
or Hysteresis
in the FCC block in the Simulink® model.
Threshold update on
— Trigger for threshold update
Software trigger - Sample Time
(default) |
Hardware trigger
Set the type of trigger to Software trigger - Sample Time or Hardware trigger to update the threshold value during run time.
Dependencies
To enable this parameter, set the Mode parameter to
Normal
or Hysteresis
in the FCC block in the Simulink model.
Trigger source
— Hardware trigger source for threshold update
GTM - TOM0
(default) |
GTM - TOM#
| GTM - ATOM#
| EGTM - TOM#
|
EGTM - ATOM#
| Carrier Generator
Select the source of the hardware trigger to update the threshold value during run time.
Dependencies
To enable this parameter, set the Threshold update on
parameter to Hardware trigger
.
Hardware Trigger
— Hardware trigger for threshold update
options vary based on specified trigger source
Select hardware trigger to update the threshold value during run time.
Dependencies
This parameter appears only if you select the Threshold update
on parameter as Hardware
trigger
.
Trigger edge
— Hardware trigger edge for threshold update
Rising-edge
(default) |
Falling-edge
|
Both-edge
Select the type of hardware trigger edge to update the threshold value during run time.
Dependencies
To enable this parameter, set the Threshold update on
parameter to Hardware trigger
.
Trigger delay in nano seconds
— Trigger delay for threshold update
0
(default) | scalar in the range (0, 409539)
Specify the trigger delay to update the threshold value during run time.
Dependencies
To enable this parameter, set the Threshold update on
parameter to Hardware trigger
.
Upper delta limit in volts (0V to 5V)
— Upper delta limit for the threshold value
0
(default) | scalar in the range (0, 5)
Specify the upper delta limit for the threshold value in the hysteresis mode of operation.
Dependencies
To enable this parameter, set the Mode parameter to
Hysteresis
in the FCC block in the Simulink model.
Lower delta limit in volts (0V to 5V)
— Lower delta limit for the threshold value
5
(default) | scalar in the range (0, 5)
Specify the lower delta limit for the threshold value in the hysteresis mode of operation.
Dependencies
To enable this parameter, set the Mode parameter to
Hysteresis
in the FCC block in the Simulink model.
Initial threshold value in volts (0V to 5V) at start
— Initial threshold value at start of ramp mode
0
(default) | scalar in the range (0, 5)
Specify the initial threshold value at the start of the ramp mode of operation.
Dependencies
To enable this parameter, set the Mode parameter to
Ramp
in the FCC block in the Simulink model.
Initial threshold value in volts (0V to 5V) at end
— Initial threshold value at the end of ramp mode
5
(default) | scalar in the range (0, 5)
Specify the initial threshold value at the end of the ramp mode of operation.
Dependencies
To enable this parameter, set the Mode parameter to
Ramp
in the FCC block in the Simulink model.
Initial step width in seconds
— Initial step width of ramp
1.2500e-08
(default) | scalar in the range (1.25e-08, 8.192e-04)
Specify the initial step width of the ramp.
Dependencies
To enable this parameter, set the Mode parameter to
Ramp
in the FCC block in the Simulink model.
Initial step size in volts (0V to 5V)
— Initial step size of the ramp
0.005
(default) | scalar in the range (0, 5)
Specify the initial step size of the ramp.
Dependencies
To enable this parameter, set the Mode parameter to
Ramp
in the FCC block in the Simulink model.
Ramp start on
— Trigger source to start ramp
Software trigger - Sample Time
(default) |
Hardware trigger
Select the trigger source to start the ramp.
Dependencies
To enable this parameter, set the Mode parameter to
Ramp
in the FCC block in the Simulink model.
Ramp end on
— Trigger or source to end ramp
End threshold value
(default) |
Hardware trigger or End of threshold value
|
Boundary flag transition or End of threshold value
Specify the trigger or source to end of the ramp. You can select the
Boundary flag transition or End of threshold value
option if
you set the Ramp start on parameter to Software
trigger - Sample time
.
Dependencies
To enable this parameter, set the Mode parameter to
Ramp
in the FCC block in the Simulink model.
Trigger source
— Hardware trigger source
GTM - TOM0
(default) |
GTM - TOM#
|
GTM - ATOM#
| EGTM - TOM#
|
EGTM - ATOM#
| Carrier Generator
Select the source of the hardware trigger.
Dependencies
To enable this parameter, set the Ramp start on
parameter to Hardware trigger
.
Hardware Trigger
— Hardware trigger for threshold update
options vary based on choice of trigger source
Select the hardware trigger for the threshold update in the ramp mode.
Dependencies
To enable this parameter, set the Ramp start on
parameter to Hardware trigger
or Ramp end
on parameter as Hardware trigger or End of threshold
value
.
Trigger edge
— Hardware trigger edge for threshold update
Rising-edge
(default) |
Falling-edge
|
Both-edge
Select the type of the hardware trigger edge for the threshold update in the ramp mode.
Dependencies
To enable this parameter, set the Ramp start on
parameter to Hardware trigger
or the Ramp
end on parameter to Hardware trigger or End of
threshold value
.
Trigger delay in nano seconds
— Trigger delay for threshold update
0
(default) | scalar in the range (0, 409593)
Specify the trigger delay for threshold update in ramp mode.
Dependencies
To enable this parameter, set the Ramp start on
parameter to Hardware trigger
or the Ramp
end on parameter to Hardware trigger or End of
threshold value
.
Glitch filter count (0-255)
— Number of glitches to filter out in the input signal
0
(default) | scalar in the range (0, 225)
Specify the number of glitches to filter out in the input signal.
Boundary flag active on
— Activate boundary flag based on threshold value
Greater than threshold
(default) |
Lower than threshold
Activate boundary flag based on threshold value.
Flag enable on
— Enable boundary flag
Always
(default) |
Gate High
|
Gate Low
Specify when to enable the boundary flag.
Gate signal from
— Source of gate signal to enable boundary flag
GTM - TOM0
(default) |
GTM - TOM#
|
GTM - ATOM#
|
EGTM - TOM#
|
EGTM - ATOM#
| Carrier Generator
Specify the source of gate signal to enable the boundary flag.
Note
Ensure that you have configured the appropriate trigger from the PWM block.
Dependencies
To enable this parameter, set the Flag enable on
parameter to Gate High
or Gate
Low
.
Hardware Trigger
— Hardware trigger for boundary flag
Options vary based on value of Gate signal from
parameter (default)
Select hardware trigger to enable the boundary flag.
Dependencies
To enable this parameter, set the Flag enable on
parameter to Gate High
or Gate
Low
.
Trigger edge
— Hardware trigger edge for boundary flag
Rising-edge
(default) |
Falling-edge
|
Both-edge
Select the type of hardware trigger edge to enable the boundary flag
Dependencies
To enable this parameter, set the Flag enable on
parameter to Gate High
or Gate
Low
.
Gate trigger delay in nano seconds
— Gate trigger delay for boundary flag
0
(default) | scalar in the range (0, 409593)
Specify the gate trigger delay to enable the boundary flag.
Dependencies
To enable this parameter, set the Flag enable on
parameter to Gate High
or Gate
Low
.
Number of connections
— Number of boundary flag connections
0
(default) | scalar in the range (0, 32)
Specify the number of boundary flag connections.
Module
— Module for boundary flag connections
Default value varies on the number of connections
parameter (default) |
GTM - TOM#
|
GTM - ATOM#
|
EGTM - TOM#
|
EGTM - ATOM#
Specify the module for boundary flag connections.
Dependencies
To enable this parameter, set the Number of connections parameter to a value greater than 0.
Channel(s)
— Channels for boundary flag connections
0-3
(default) |
4-7
|
8-11
|
12-15
Specify the channels for the PWM module selected.
Dependencies
To enable this parameter, set the Number of connections parameter to a value greater than 0.
Service request on boundary flag edges
— Service request based on boundary flag edges
None
(default) |
Rising-edge
|
Falling-edge
|
Both-edges
Service request based on boundary flag edges.
Service request
— Service request based on mode of threshold update
None
(default) | End of ramp
| New threshold update
Service request based on the mode of the threshold update. You can select the
option End of ramp
in Ramp
mode and
New threshold update
in Normal
or
Hysteresis
mode of operation.
Version History
Introduced in R2024a
See Also
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