文件名称:pmsm3_2
介绍说明－－下载内容均来自于网络，请自行研究使用
本程序来自TI公司网站原程序,其功能是通过传统的矢量控制算法来实现对永磁同步电机的控制,矢量控制采用双闭环结构，内环为电流环，外环为速度环，其速度的获得是靠滑模自适应算法求得。是一个不可多得无速度传感器矢量控制例程。控制程序可以采用.asm也可以采用.C。程序的具体算法和介绍在软件压缩包有详细介绍！
-this program from the company's Web site TI program, its function is through the traditional vector control algorithm to achieve the permanent magnet synchronous motor control, vector control double-loop structure for the inner loop current loop, velocity loop to the outer ring, the speed was on sliding mode is obtained adaptive algorithm. It is a rare speed sensorless vector control routines. Control procedures can be taken. Asm also be used. C. The specific procedures and the introduction of the algorithm compression software packages are described in detail!
-this program from the company's Web site TI program, its function is through the traditional vector control algorithm to achieve the permanent magnet synchronous motor control, vector control double-loop structure for the inner loop current loop, velocity loop to the outer ring, the speed was on sliding mode is obtained adaptive algorithm. It is a rare speed sensorless vector control routines. Control procedures can be taken. Asm also be used. C. The specific procedures and the introduction of the algorithm compression software packages are described in detail!
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下载文件列表
压缩包 : 35738626pmsm3_2.rar 列表 pmsm3_2\asm\ATAN_DIV.H pmsm3_2\asm\atan_div.inc pmsm3_2\asm\c24x.gel pmsm3_2\asm\cc_build.log pmsm3_2\asm\cc_build_Custom.log pmsm3_2\asm\cmptable.tab pmsm3_2\asm\Comp_angle.xls pmsm3_2\asm\Custom.lkf pmsm3_2\asm\Custom.lkv pmsm3_2\asm\ext_refs.h pmsm3_2\asm\pid.xls pmsm3_2\asm\pmsm.cmd pmsm3_2\asm\pmsm3_2.asm pmsm3_2\asm\pmsm3_2.map pmsm3_2\asm\pmsm3_2.obj pmsm3_2\asm\pmsm3_2.out pmsm3_2\asm\pmsm3_2.paf pmsm3_2\asm\pmsm3_2.pjt pmsm3_2\asm\pmsm3_2.wks pmsm3_2\asm\QEP_INIT.xls pmsm3_2\asm\rtvecs.asm pmsm3_2\asm\rtvecs.obj pmsm3_2\asm\smopos.xls pmsm3_2\asm\x24x_app.h pmsm3_2\asm pmsm3_2\c\build\cc_build_Custom.log pmsm3_2\c\build\Custom.lkf pmsm3_2\c\build\Custom.lkv pmsm3_2\c\build\pmsm32.cmd pmsm3_2\c\build\pmsm32.map pmsm3_2\c\build\pmsm32.out pmsm3_2\c\build\pmsm32.paf pmsm3_2\c\build\pmsm32.pjt pmsm3_2\c\build\pmsm32.wks pmsm3_2\c\build pmsm3_2\c\include\build.h pmsm3_2\c\include\pmsm32.h pmsm3_2\c\include\sfoc_ti.h pmsm3_2\c\include\sysvecs.h pmsm3_2\c\include\target.h pmsm3_2\c\include pmsm3_2\c\obj\pmsm32.obj pmsm3_2\c\obj\sfoc_ti.obj pmsm3_2\c\obj pmsm3_2\c\PMSM3_2.xls pmsm3_2\c\src\pmsm32.c pmsm3_2\c\src\sfoc_ti.c pmsm3_2\c\src pmsm3_2\c\temp\pmsm32.asm pmsm3_2\c\temp\pmsm32.lst pmsm3_2\c\temp\sfoc_ti.asm pmsm3_2\c\temp\sfoc_ti.lst pmsm3_2\c\temp pmsm3_2\c pmsm3_2\dmclib.exe pmsm3_2\doc\PMSM3_2.pdf pmsm3_2\doc pmsm3_2