TRICONEX 3351| TRICONEX | digital filter module

Description

TRICONEX 3351| TRICONEX | digital filter module

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The first control TRICONEX 3351 includes processor selection and clock frequency setting. In the second control plane, users can select the desired functions. The third control plane is used to set global eTPU options, and most importantly, to select internal clock and channel input digital filters. The fourth control plane has channel settings, and the eTPU functions assigned to special channels and special function parameters are set here.

The channel allocation of eTPU functions and the setting of functional parameters determine the load of eTPU. The graphical configuration tool can calculate the load and represent it as a percentage. In most cases, the results are quite good, with only a few applications having high eTPU load. In this case, it is important to consider the timing of the functions running on the TRICONEX 3351. It must be confirmed that the maximum possible service delay will not be too long, to the extent that it affects normal functionality. Moreover, this is not an insignificant task. We need to understand the scheduler algorithm, channel allocation for eTPU functionality, functional parameters, input signal parameters, channel priority, and service time for all events. A simpler approach is to use an TRICONEX 3351 simulator to simulate the most critical scenario and understand timing.

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