Phase-shifting PWM algorithm automatic code generation method and device based on model design

Abstract

The invention relates to a phase-shifting PWM algorithm automatic code generation method based on model design. The method comprises a software module, a quick implementation tool chain and a controlunit. After the software module loads a phase shift PWM algorithm of a circuit control model, an embedded code is generated through the quick implementation tool chain and transmitted to the control unit, and the control unit loads the embedded code to achieve semi-physical simulation of the circuit control model. Compared with the prior art, the method has the advantages that the research and development period is shortened, the working efficiency of programmers is improved, and the manual programming error rate is reduced.

Description

technical field [0001] The invention relates to the field of computer programming, in particular to an automatic code generation method and device for a phase-shifting PWM algorithm based on model design. Background technique [0002] Existing MCU development often adopts a top-down sequential design method, but with the gradual increase of system complexity, it is difficult for developers to simply exchange and communicate with each other to meet the needs of complex system design. In addition, developers not only need to develop control algorithms, but also spend a lot of time to master the correct settings of various registers inside the MCU and software programming methods, which affects the development efficiency and progress. [0003] The existing control unit development process generally uses MATLAB to simulate first, and when the simulation results are satisfactory, the algorithm is written in C language and implemented on the target MCU. The disadvantages are compl...

AI Technical Summary

Problems solved by technology

[0002] Existing MCU development often adopts a top-down sequential design method, but with the gradual increase in system complexity, it is difficult for developers to simply exchange and communicate with each other to meet the needs of complex system design

In addition, developers not only need to develop control algorithms, but also spend a lot of time to master the correct settings of various registers inside the MCU and software programming methods, which affects the development efficiency and progress

[0003] The existing control unit development process generally uses MATLAB to simulate first, and when the simulation results are satisfactory, the algorithm is written in C language and implemented on the target MCU. The disadvantages are complex programming, high simulation costs, and slow system development.

In addition, in the implementation process, the traditional software programming method reduces the efficiency of programming, increases the difficulty, and introduces more human errors.

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