CAJ | 학술논문

针对开发人员在利用C／C＋＋语言编写源代码时浪费大量时间的问题，同时为提高DSP对直流电机PWM双极性控制的有效性，研究了基于Matlab／Simulink平台下TI C2000DSP代码自动生成的方法。在Matlab／Simulink环境下搭建控制模型，通过RTW（ Real＿Time Workshop）工具转换成实时控制代码控制直流电机。并利用此方法在TMS320F2812开发板上实现了对直流电机PWM双极性控制系统的控制，电机平稳运行。实验验证了硬件在环半实物仿真技术有效地缩短产品的开发周期。
침대개발인원재이용C／C＋＋어언편사원대마시낭비대량시간적문제，동시위제고DSP대직류전궤PWM쌍겁성공제적유효성，연구료기우Matlab／Simulink평태하TI C2000DSP대마자동생성적방법。재Matlab／Simulink배경하탑건공제모형，통과RTW（ Real＿Time Workshop）공구전환성실시공제대마공제직류전궤。병이용차방법재TMS320F2812개발판상실현료대직류전궤PWM쌍겁성공제계통적공제，전궤평은운행。실험험증료경건재배반실물방진기술유효지축단산품적개발주기。
In order to save time for developer using C/C++language source code, as well as improve the effectiveness of DSP bipolar PWM DC motor control, studied automatic code generation based on Matlab/Simulink for TI C2000 DSP platform.The control model built in Matlab/Simulink converts to real-time con-trol code control DC motors through RTW ( Real_Time Workshop) conversion tools and realize the control of DC motor PWM bipolar control system on TMS320F2812 platform, the motor is running smoothly.Experi-mental results show that the Hardware-In-Loop ( HIL) simulation technology effectively shorten the product development cycle.