parameter.h

MSP430电能测量程序,用的是电力线载波通讯.即PLC

// parameter.h
#include "device.h"

#ifndef IAR_KS
#define withUARTComm
#define withCalibration
#endif
#define withDisplay
#define   LCD_TEST_PATTERN   1

 
#define	withRS485
//#define shunt
#define ExtIntLevel
#define SUPRESS_WAKEUP_STRING


#ifndef __PI 
#define __PI            3.141592653589793238462643
#endif
#define defSystemFreq 1024*4
#define defFlashFreq  ((unsigned char)(((((float)defSystemFreq)/350)+1.5)) & 0x3f)

#ifdef shunt
#define defVRatio 11.917716
#define defIRatio 3.24823236
#define defEnergieRatio 38.7115097 /*(defVRatio * defIRatio)*/
#else
#define defVRatio 11.9251308
#define defIRatio 3.54233074
#define defEnergieRatio 37.9404411 /*(defVRatio * defIRatio)*/
#endif


// =========== COUNTRY SELECTION TABLE =============
// This table is neither complete nor guaranteed to be accurate.
// Please verify the settings for your country before use.
#define	EUROPE			100
#define	GERMANY			EUROPE
#define	UK				EUROPE
#define	NORTH_AMERICA	200
#define	USA				NORTH_AMERICA
#define	CANADA			NORTH_AMERICA
#define	MEXICO			NORTH_AMERICA
#define	ASIA			400
#define	CHINA			ASIA
#define	HONGKONG		ASIA
#define	JAPAN_EAST		440
#define	JAPAN_WEST		441
#define	TAIWAN			NORTH_AMERICA
#define	OCEANIA			ASIA

#define	LOCATION		USA			//<== CHOOSE YOUR COUNTRY HERE


// ----- Set Date Format for Display -----
#if LOCATION == NORTH_AMERICA
	#define	date_format MMDDYY
#else
	#define	data_format	DDMMYY
#endif

// ----- Set Line Voltage and Frequency -----
#if	LOCATION == EUROPE
	#define defSET_NOMVOLTAGE 230
	#define defSET_NOMFREQ 50
#elif LOCATION == NORTH_AMERICA
	#define defSET_NOMVOLTAGE 120
	#define defSET_NOMFREQ 60
#elif	LOCATION == ASIA
	#define calVoltage 220
	#define defSET_NOMFREQ 50
#elif LOCATION == JAPAN_EAST	
	#define defSET_NOMVOLTAGE 100
	#define defSET_NOMFREQ 50
#elif LOCATION == JAPAN_WEST	
	#define defSET_NOMVOLTAGE 100
	#define defSET_NOMFREQ 60
#else	// Default
	#define defSET_NOMVOLTAGE 220
	#define defSET_NOMFREQ 50
#endif




//  * \par Nominal Mains Frequency: 
//#define   defSET_NOMFREQ 50
//#define   defSET_NOMFREQ 60
//#define	calFreq defSET_NOMFREQ 	
#define	defSET_CALVOLTAGE defSET_NOMVOLTAGE

#define	defSET_CALCURRENT	10.0
//#define calCurrent 10
#define calPhi 60
#define calCosPhi 0.5

//// Set ADC gain based on nominal supply voltage
//#if calVoltage <= 125
//	#define V_Gain  GAIN_2	
//#else
//	#define V_Gain  GAIN_1
//#endif

#ifdef shunt
#define I1_Gain GAIN_32
#define I2_Gain GAIN_1
#else
#define I1_Gain GAIN_1
#define I2_Gain GAIN_1
#endif

		
// Set event message request flags: 

#define defSET_EVENT \
                0 * WFSRDYME +    /* Interrupt on "New WFS"*/\
                0 * I2GTI1ME +    /* Interrupt on "I2GTI1"*/\
                0 * ILREACHEDME + /* Interrupt on "Interrupt Level reached"*/\
                1 * ENRDYME +     /* Interrupt on "Energy samples ready (1sec)"*/\
                1 * ZXLDME +      /* Interrupt on "leading zero cross"*/\
                1 * ZXTRME +      /* Interrupt on "trailing zero cross"*/\
                0 * CALRDYME      /* Interrupt on "Calibration Data ready"*/



/**
  * \ OFFSET for U, I1, I2
  */
#ifdef shunt
#define   defSET_V1OFFSET (0) 
#define   defSET_I1OFFSET (0) 
#define   defSET_I2OFFSET (0) 
#else
#define   defSET_V1OFFSET (0) 
#define   defSET_I1OFFSET (-4) 
#define   defSET_I2OFFSET (0) 
#endif


/**
  * \example for Phase Error Correction:
  * Sets phase error for current 2 at nominal mains frequency for 
  * current transformer according to its specification
  * (e.g. T60404-E4623-X101 from VAC (http://www.vacuumschmelze.com)).
  * - Turn ratio: 2500
  * - Burden resistor: RB = 18.8Ohm
  * - Phase error at 50Hz: 4.15