双通道程序流程注释:
1.读取I2C存储信息
#define MAX_STAGE 0x000A ( N < MAX_STAGE )
#define MAX_STEP 0x000A ( N < MAX_STEP )
文件信息格式:
FILE_BASE = 0x0100-0x0103：(Stage1) //第一个Stage
FILE_BASE = 0x0104-0x0107: (Step1)
FILE_BASE = 0x0108-0x010B: (Step2)
FILE_BASE = 0x010C-0x010F: (Step3)
'' (StepN)
'' ''
FILE_BASE = (0x0100+StepNum*4)-(0x0100+StepNum*4+0x0103) : (StepN) = RunCtrl.Stage.Bit.StepNum
FILE_BASE = 起始地址(Stage1.StepN+4)-0x0103：(Stage2)//第二个Stage
FILE_BASE = 0x0104-0x0107: (Step1)
FILE_BASE = 0x0108-0x010B: (Step2)
FILE_BASE = 0x010C-0x010F: (Step3)
'' (StepN)
'' ''
FILE_BASE = (0x0100+StepNum*4)-(0x0100+StepNum*4+0x0103) : (StepN) = RunCtrl.Stage.Bit.StepNum
FILE_BASE = 起始地址(Stage2.StepN+4)-0x0103：(StageN)//第N个Stage
FILE_BASE = 0x0104-0x0107: (Step1)
FILE_BASE = 0x0108-0x010B: (Step2)
FILE_BASE = 0x010C-0x010F: (Step3)
FILE_BASE = 0x0110-0x0113: (Step4)
'' (StepN)
'' ''
FILE_BASE = (0x0100+StepNum*4)-(0x0100+StepNum*4+0x0103) : (StepN) = RunCtrl.Stage.Bit.StepNum
基本结构:
( 4B: 4B: 4B: 4B: ... 4B )
Stage1:Step1:Step2:Step3:...StepN;
Stage2:Step1:Step2:Step3:...StepN;
Stage3:Step1:Step2:Step3:...StepN;
......
StageN:Step1:Step2:Step3:...StepN;
Stage(4B) : Step(4B)
{StepNum : CycleNum : Type} : {Time : Temp : Sample : Type}
1B 1B 1bit 2B 10bit 1bit 1bit
0x0100 : 0x0101 0x0103(Resv) 0x0104-5 0x0106-7
typedef struct
{
Uint32 Time :16; //设置Step保温时间
Uint32 Temp :10; //设置Temp目标温度
Uint32 Resv :4;
Uint32 Sample :1; //是否采样状态位
Uint32 Type :1; //类型检测 0:STEP 1:STAGE
}SETUP_STEP_BITS;
typedef struct
{
Uint32 StepNum :8;//设置Stage温阶数
Uint32 CycleNum :8;//设置Stage循环数
Uint32 Index :4;//当前循环数检索
Uint32 Resv :11;
Uint32 Type :1;//类型检测 0:STEP 1:STAGE
}SETUP_STAGE_BITS;
typedef struct
{
Uint32 Step :8; //温阶状态位
Uint32 Cycle :8; //循环状态位
Uint32 Stage :8; //Stage状态位
Uint32 Status :8; //状态寄存器
}RUN_STATUS_BITS;//运行状态寄存器
RUN_STATUS Status; //运行当前状态位四种状态: Stage Cycle Stage Status
SETUP_STAGE Stage; //Stage设置寄存器: StepNum CycleNum Index Type
SETUP_STEP Step; //Step设置寄存器: Time Temp Sample Type -> 0:STEP 1:STAGE
Uint16 StageBase; //读取I2C存储区地址位起始地址: FILE_BASE = 0x0100
2.启动温度控制
3.开始荧光检测
4.实时发送温度信息，采集完成发送荧光数据
FirmWare2015-3-16V125_pid变频.rar （94个子文件） 
FirmWare2015-3-16V125 
FirmWare.sbl 11KB Default.wks 12KB IQmathLib.h 146KB Debug.lkf 1KB Cla.h 10KB cc_build_Debug.log 3KB Debug Interrupt.obj 143KB AppVersion.obj 516B MotorCtrl.obj 115KB Adc.obj 94KB CLA_Cacl.obj 11KB Sci.obj 116KB CLAShared.obj 83KB ThermalCtrl.obj 109KB FirmWare.map 32KB EPwm.obj 84KB Gpio.obj 85KB Control.obj 124KB Device.obj 93KB Timer.obj 84KB FirmWare.out 237KB Assembly.obj 2KB Spi.obj 96KB Main.obj 94KB I2c.obj 90KB Gpio.h 11KB FirmWare.pjt 1KB Main.c 4KB Assembly.asm 1KB cc_build_Release.log 8KB CLAShared.h 629B Timer.c 3KB DSP2803x_Headers_nonBIOS.cmd 6KB F28035_CLA.cmd 5KB Control.h 13KB Mcu.h 15KB 2803x_IQmath_BootROMSymbols.lib 86KB AppVersion.asm 66B I2c.c 3KB ThermalCtrl.c 25KB 28035_RAM_CLA_lnk.cmd 7KB Release.lkf 85B FirmWare.CS_ FILE.FPT 2KB FILE.DBF 1KB SYMBOL.FPT 604KB SYMBOL.CDX 393KB FILE.CDX 3KB SYMBOL.DBF 357KB ThermalCtrl.h 4KB Device.h 440B Sci.c 30KB MotorCtrl.h 5KB rts2800_ml.lib 7.54MB Release Interrupt.obj 86KB AppVersion.obj 516B MotorCtrl.obj 39KB Adc.obj 33KB Sci.obj 51KB CLAShared.obj 8KB ThermalCtrl.obj 45KB EPwm.obj 30KB Gpio.obj 14KB Control.obj 59KB Device.obj 57KB Assembly.obj 2KB Spi.obj 23KB Main.obj 34KB I2c.obj 17KB F28035.cmd 6KB System.h 917B CLAShared.c 2KB BLDCDrv.h 6KB I2c.h 6KB Spi.h 6KB EPwm.c 3KB Adc.c 9KB IQmath.lib 654KB CLA_Cacl.asm 792B Interrupt.h 15KB Spi.c 10KB 28035_RAM_CLAmath_lnk.cmd 7KB Gpio.c 16KB Interrupt.c 29KB DSP2803x_Headers_BIOS.cmd 8KB FirmWare.paf2 18KB Adc.h 18KB Control.c 33KB
readme.txt 3KB MotorCtrl.c 19KB Device.c 15KB Sci.h 7KB 28035_RAM_lnk.cmd 6KB EPwm.h 19KB Timer.h 4KB资源评论
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