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Block


Panel
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Table of Contents
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Description

This block provides a standard eHS to Machines Mapping Interface. It allows the user to route signals from the eHS outputs to any of the machine models connected using a user-defined configuration.

Mask

Inputs

LoadIn: This input should be connected to a LoadIn port. It receives the user-defined configuration from the RT-LAB model.

LoadInSof: This input should be connected to a LoadIn SOF port. Port number must be the same as LoadIn one.

From eHS: This input carries the signals coming from eHS ( Data Signal, Valid Signal, Last signal and Reset).

Outputs

Sync: This output is active high. When active, it triggers the writting of outputs using user-defined configuration.

EhsRst: This output is used as a active high global reset for the functionality. When used, user-configuration needs to be sent again, and data is equal to 0.

DualMotorVDQ_0: This output provides the data needed for the mux containing the three-phase voltage (Vabc) of the first PMSM.

DualMotorVDQ_1: This output provides the data needed for the mux containing the three-phase voltage (Vabc) of the second PMSM.

DualMotorVDQ_2: This output provides the data needed for the mux containing the three-phase voltage (Vabc) of the third PMSM.

DualMotorVDQ_3: This output provides the data needed for the mux containing the three-phase voltage (Vabc) of the fourth PMSM.

MotorIM_0: This output provides the data needed for the rotor and stator voltage of the first induction Machine.

MotorIM_1: This output provides the data needed for the rotor and stator voltage of the second induction Machine.

MotorIM_2: This output provides the data needed for the rotor and stator voltage of the third induction Machine.

MotorIM_3: This output provides the data needed for the rotor and stator voltage of the fourth induction Machine.

MotorSRM_0: This output provides the data needed for the five-phased (Vabcde) voltage of the first Switched Reluctance Machine.

MotorSRM_1: This output provides the data needed for the five-phased (Vabcde) voltage of the second Switched Reluctance Machine.

If you require more information, please contact https://www.opal-rt.com/contact-technical-support/.