Minimum RTI
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Jump to navigationJump to searchMotoHawk supports many different modules that use different processors. Below is the capabilities of how fast the modules can run a bare-minimum application* without watchdogging.
Module / Family | Processor | Freq. | FGND_RTI_PERIODIC (min.) |
---|---|---|---|
ECM-0555-048-xxxx | MPC555 | 40 MHz | 200 usec |
ECM-0555-080-xxxx | MPC555 | 40 MHz | (not tested) |
ECM-0563-048-xxxx | MPC563 | 56 MHz | 100 usec |
G/HCM-0563-048-xxxx | MPC563 | 56 MHz | 100 usec |
GCM-0565-024-0602-F | MPC565 | 56 MHz | (not tested) |
ECM-0565-128-xxxx-F | MPC565 | 56 MHz | (not tested) |
ECM-0565-128-xxxx-C | MPC565 | 56 MHz | 150 usec |
ECM-5554-112-09xx | MPC5554 | 80 MHz | 50 usec |
ECM-0S12-024-xxxx | HCS12 | 24 MHz | 256 usec |
GCM-0S12-024-04xx-F | HCS12 | 24 MHz | 256 usec |
ECM-S12X-070-xxxx | HCS12XE | 50 MHz | 250 usec |
* Application: Target Definition block, CAN Definition block for CAN1 with MotoTune, MotoHawk Trigger Definition block, and a FGND_RTI_PERIODIC task. The task contains (1) a Data Definition, Data Read, Simulink Constant, Simulink Sum, and Data Write block to implement a uint32 counter, and (2) a Discrete Out block configured as EST or LSO to toggle an output, where a 1/Z block and NOT block are used to form a boolean toggling input to the Discrete Out block.
This info can be useful when using a Trigger Definition Block, more details can be found MotoHawk:Blocks:Function_Trigger_Block here.