global.c

SVPWM算法的DSP源码已通过硬件验证

//
// Copyright (c) 2007, 北京动力源科技股份有限公司
// All rights reserved.
//
// 项目名称： EPS_Controller
// 文件名称： Global.c
//
// 版    本： Ver 1.01
//
// 完成日期： 2009年9月
// 作    者： Zhang Tingting
//
// 修订日期： 2009年12月
// 修 订 者： Zhang Tingting
//
// 编辑工具：UEStudio（TAB should be set to 4）
//
// 编译工具：Code Composer Studio V3.3


//--------------------------------------------------------------------------------
// Include files
//--------------------------------------------------------------------------------
#include	"DSP280x_Device.h"
#include	"DSP280x_Examples.h"

#include	"Global.h"



//--------------------------------------------------------------------------------
// 全局数据类型定义
//--------------------------------------------------------------------------------
volatile	struct	PHASE_SECTOR  PhaseSector;				

volatile	struct	RUN_STATE	  RunState;			

volatile	struct	SET_PARA	  SetPara;			

volatile	struct	OUTPUT_VAR	  OutputVar;		

volatile	struct	PID_REGS      PidRegs;					

			
//--------------------------------------------------------------------------------
// 全局变量定义
//--------------------------------------------------------------------------------

volatile Uint16 uiCnt25uS;
volatile Uint16 uiCnt25uS1;
volatile Uint16 uiSample;
volatile Uint16 uiSampleCnt;
volatile Uint16 ulSum;
volatile Uint16 uiSampleTrue;
volatile Uint16 uiKeyOk;
volatile Uint16 uiFlag;
volatile Uint16 uiRamValueTemp;
volatile Uint16 uiCntCode;
volatile Uint16 uiRamValue;
volatile Uint16 uiPage;
volatile Uint16 uiSampleTrue;
volatile Uint16 uiKeyOk;
volatile Uint16 uiKeyTrueValue;
volatile Uint16 uiTest;
volatile Uint16 uiFacSDCnt;
volatile Uint16 uiFacNBCnt;
volatile Uint16 uiCnt1S;
volatile Uint16 uiSoftStartCnt;
volatile Uint16 uiTime10ms;
volatile Uint16 uiPidCnt;
volatile Uint16 uiTime1ms;
volatile Uint16 uiVolNB_U;
volatile Uint16 uiVolNB_V;
volatile Uint16 uiVolNB_W;
volatile Uint16 uiVolSD_U;
volatile Uint16 uiVolSD_V;
volatile Uint16 uiVolSD_W;
volatile Uint16 uiAdVRef;
volatile Uint16 uiRmsNBAvg;
volatile Uint32 uiAddNBW;
volatile Uint32 uiAddNBU;
volatile Uint32 uiAddNBV;
volatile Uint16 uiRmsNBW;
volatile Uint16 uiRmsNBU;
volatile Uint16 uiRmsNBV;
volatile Uint16 uiAvgNBW;
volatile Uint16 uiAvgNBU;
volatile Uint16 uiAvgNBV;
volatile Uint16 uiRmsNBAvg;
volatile Uint16 uiPhaseOk;
volatile Uint16 uiRmsNBAvgSum;
volatile Uint16 uiNBCnt;
volatile Uint32 uiAddSDW;
volatile Uint32 uiAddSDU;
volatile Uint32 uiAddSDV;
volatile Uint16 uiRmsSDW;
volatile Uint16 uiRmsSDU;
volatile Uint16 uiRmsSDV;
volatile Uint16 uiAvgSDW;
volatile Uint16 uiAvgSDU;
volatile Uint16 uiAvgSDV;
volatile Uint16 uiRmsSDAvg;
volatile Uint16 uiECapTime1;
volatile Uint16 uiECapTime2;
volatile Uint16 uiECapTime;
volatile Uint16 uiECapFlag;
volatile Uint16 uiTmpC1;
volatile Uint16	uiPhaseOK;
volatile Uint16 uiPhaseCnt;
volatile Uint32 ulECapCnt;
volatile Uint32 ulECapCnt1;
//--------------------------------------------------------------------------------
// 初始化数据
//--------------------------------------------------------------------------------
void InitialSysData()
{
	uiCnt25uS = 0;
	uiCnt25uS1= 0;
	uiSample = 0;
	uiSampleCnt = 0;
	ulSum = 0;
	uiSampleTrue = 0;
	uiKeyOk = 0;
	uiFlag= 0;
	uiRamValueTemp= 0;
	uiCntCode = 0;
	uiRamValue = 0;
	uiPage = 0;
	uiKeyTrueValue = 0;
	uiTest = 0;
	uiECapTime1 = 0;
	uiFacSDCnt = 0;
	uiECapTime = 0;
	uiECapTime2 = 0;
	uiECapFlag = 0;
	uiTmpC1 = 0;
	uiPhaseOk = 1;
	uiPhaseCnt = 0;
	ulECapCnt = 0;
	ulECapCnt1 = 0;
	uiPhaseCnt = 0;
}

//--------------------------------------------------------------------------------
// 全局函数定义
//--------------------------------------------------------------------------------