emeter_cfg.h

FE42X单相防窃电电表DEMO(编译器 AQ430 AQ430 V2.0.6.5)

/********************************************************************************
*					           杭州利尔达                                       *
*                 MSP430FE42X单相防窃电多功能电表平台                           *
*                          -----  ESP SD16实现                                  *
*                                                                               *
*                                                                               *
* 说明：本软件为杭州利尔达单相防窃电多功能电表DEMO软件                          *
*                                                                               *
*********************************************************************************/

#ifndef _EMETER_CFG_H_
#define _EMETER_CFG_H_


/* 定义能量产生方式为每秒更新一次，为预编译用 */
//#define ENERGY_1SEC

#define STORE_IN_FLASH_NUM					38

#define ICON_DECIMAL_1          			5

#define FIRST_POSITION          			0
#define PHASE_POSITION          			1
#define YEAR_POSITION           			2
#define MONTH_POSITION          			5
#define DAY_POSITION            			7
#define HOUR_POSITION           			2
#define MINUTE_POSITION         			5
#define SECONDS_POSITION        			7

/* LCD显示数据长度 */
#define NUMBER_WIDTH            			6

/* 定义各参数的LCD显示小数个数 */
#define FREQUENCY_RESOLUTION    			2
#define VOLTAGE_RESOLUTION      			2
#define CURRENT_RESOLUTION      			2
#define POWER_RESOLUTION        			2
#define POWER_FACTOR_RESOLUTION  			2

#define FALSE                   			0
#define TRUE                    			1

/* 定时器A中断间隔 */
#define SAMPLE_PERIOD		    			8

#define CURRENT_CH1_Cz						0.0000270576
#define CURRENT_CH2_Cz						0.0000455807
#define CURRENT_CH1_100_Cz					(CURRENT_CH1_Cz*100)
#define CURRENT_CH2_100_Cz					(CURRENT_CH2_Cz*100)
#define CURRENT_CH1_10000_Cz				(CURRENT_CH1_Cz*10000)
#define CURRENT_CH2_10000_Cz				(CURRENT_CH2_Cz*10000)
//	KI1 = 1.28/(16*65536*300E-6*1) = 0.00406901 
#define CURRENT_CH1_KI1						0.00406901
//  KI2 = (1000*1.28)/(1*65536*20*1) = 0.001373291  
#define CURRENT_CH2_KI2						0.00437329
//  KV1 = 991 * 1.28/65536 = 0.01935547
#define VOLTAGE_CH1_KV1						0.01935547

/* 脉冲常数 */
#define ENERGY_PULSES_PER_KW_HOUR           3200

#define ENERGY_WATT_HOUR_THRESHOLD	        (40960L*36000L)
#define ENERGY_PULSE_THRESHOLD			    (ENERGY_WATT_HOUR_THRESHOLD/ENERGY_PULSES_PER_KW_HOUR)*1000


#define ENERGY_PULSE_DURATION                200

#define ESP_IDLE 							modeIDLE
#define ESP_MEASURE 						modeMEASURE
#define mSET_NOMMAINSFREQ 					mSET_NOMFREQ

#define MCLK_FREQ 							4


#define POW_2_14 							0x004000
#define POW_2_20 							0x100000
#define POW_2_16							0x010000

#define ERROR 								43043

#define SD16CONF0_TWEAK     				0xC0
#define SD16CONF1_TWEAK     				0x40

/* 温度采样基本偏差 */
#define TEMPERATURE_OFFSET					2680
/* 温度补偿时间间隔 */
#define CORRECT_TIME	    				5
/* 晶体基本偏差（常温下） */
#define CRYSTAL_BASE_CORRECTION 			0 




#define ADC_MIN							-32767
#define ADC_MAX							32767

#define V_HISTORY_MASK                  0x3
#define SAMPLES_PER_SECOND              1024//4096

#define ENDSTOP_HITS_FOR_OVERLOAD		20

/* These are the flags defined for the channel's status variable. */
#define V_POS						0x0001
#define I_POS						0x0002
#define ENERGY_LOGABLE				0x0004
#define NEW_LOG						0x0008
#define V_OVERRANGE			   	   	0x0010
#define I_OVERRANGE			   	    0x0020
#define I_REVERSED              	0x0040
#define I_NEUTRAL_OVERRANGE			0x0080
#define I_NEUTRAL_REVERSED          0x0100
#define CURRENT_FROM_NEUTRAL      	0x0200
#define LIVE_ONLY_CONNECT          	0x0400
#define I_NEUTRAL_POS				0x0800
#define PHASE_REVERSED            	0x1000	/* Live, neutral or both leads */
#define PHASE_UNBALANCED       	    0x2000

#macro SET_ACT_PULSE_LED
	P1SEL &= ~BIT2;
	P1DIR |= BIT2;
	P1OUT |= BIT2;
#endm
#macro SET_REACT_PULSE_LED
	P1SEL &= ~BIT3;
	P1DIR |= BIT3;
	P1OUT |= ~BIT3;
#endm
#macro CLR_ACT_PULSE_LED
	P1SEL &= ~BIT2;
	P1DIR |= BIT2;
	P1OUT &= ~BIT2;
#endm
#macro CLR_REACT_PULSE_LED
	P1SEL &= ~BIT3;
	P1DIR |= BIT3;
	P1OUT &= ~BIT3;
#endm

#endif