A d2p-based rms motor controller development system

Abstract

A D2P-based RMS motor controller development system comprises a master device which is used to create a real-time operating environment for the operation of a target device and load a target file generated after simulation verification to the target device for being implemented, and the target device outputs a control signal to control the operation of actuating equipment. By adopting the D2P-based RMS motor controller development system, the technical bottleneck of the traditional motion controller development can be successfully overcome in the development process, the threshold of the software and hardware development can be reduced, the system development cycle can be shortened, the development cost can be reduced, the job requirement of programmers can be simplified and the development efficiency can be improved.

Description

technical field [0001] The invention relates to the technical field of motor controller development, in particular to a D2P-based RMS motor controller development system. Background technique [0002] With the strong support of national policies, new energy vehicles have flourished in China and achieved major breakthroughs. A major feature of the application of new energy vehicles is the integration of the motor system, and the controller-power electronics assembly is the most critical component. The power electronics assembly includes power devices, drives, controls, sensors, power supplies, etc. By solving problems such as the combination of circuits of different processes and high-voltage isolation, a high degree of integration can be achieved, and the volume and weight can be effectively reduced , foreign mainland companies, Bosch and other companies have small batch production capacity. Domestic manufacturers have just started, and there are still difficult technical ...

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Problems solved by technology

[0004] However, in the actual controller development process, the design of the control system algorithm is mostly manually written in assembly or C language or C++ code in the development environment corresponding to the microprocessor. Such a process has a long development cycle and requires programmers higher

Moreover, most programmers are only familiar with a certain language, and their adaptability is poor. In large-scale development projects, there will be obvious limitations if they are to be combined with each other.

Due to the different programming habits of different programmers, the code written by different people in the same system in the same language is very different, which will make its readability very poor, and even for the programmers themselves, for some For a slightly more complicated program, the program written by myself will be very difficult to read after a period of time, especially for assembly language

This will make the development process of the entire controller tedious and complicated. In terms of engineering benefits, a long development cycle means increased costs

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