SQC Systems Mbed
ML5238
Diff: param.h
- Revision:
- 0:6a895c900427
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/param.h Mon Apr 15 10:20:43 2019 +0000
@@ -0,0 +1,129 @@
+/*****************************************************************************
+ param.h
+
+ Copyright (C) 2012 LAPIS Semiconductor Co., Ltd.
+ All rights reserved.
+
+ LAPIS Semiconductor shall not be liable for any direct, indirect,
+ consequential or incidental damages arising from using or modifying this
+ program.
+
+ History
+ 2012.11.20 ver.2.00
+ 2012.09.13 ver.1.00
+******************************************************************************/
+#ifndef _PARAM_H_
+#define _PARAM_H_
+
+#include "main_ext.h"
+
+#define CELL_NUM_CON 16u
+#define THER_NUM_CON 4u
+#if (TESTMODE==85)
+#define RSENSE_VAL 50u //0.5[mOhm]
+#elif (TESTMODE==86)
+#define RSENSE_VAL 1000u //10[mOhm]
+#else
+#define RSENSE_VAL 300u //3[mOhm]
+#endif
+#define AH_VAL 215u //2.15[Ah]
+
+const static unsigned char CellNum=CELL_NUM_CON;
+
+//Over Voltage, Over Voltage Release, Under Voltage, Under Voltage Release
+
+const static unsigned short p_Vov=(unsigned short)((double)16*4095*(4200/2)/VREF_VAL);
+const static unsigned short p_Vovr=(unsigned short)((double)16*4095*(4000/2)/VREF_VAL);
+const static unsigned short p_Vuv=(unsigned short)((double)16*4095*(2800/2)/VREF_VAL);
+const static unsigned short p_Vuvr=(unsigned short)((double)16*4095*(3000/2)/VREF_VAL);
+
+const static unsigned short p_Vbsv=(unsigned short)((double)16*4095*(3600/2)/VREF_VAL);
+const static unsigned short p_gvbs=(unsigned short)((double)16*4095*(100/2)/VREF_VAL);
+const static unsigned short p_gvbe=(unsigned short)((double)16*4095*(70/2)/VREF_VAL);
+
+const static unsigned long p_Vdown=(unsigned long)((double)CELL_NUM_CON*16*4095*(2750/2)/VREF_VAL);
+const static unsigned short p_Vec =(unsigned short)((double)16*4095*(1400/2)/VREF_VAL);
+
+
+const static unsigned short p_D_ov = 50u; //500ms
+const static unsigned short p_D_uv = 60u; //600ms
+#define D_CBAL_VAL (1u)
+
+const static unsigned short p_Rsense = RSENSE_VAL;
+
+const static unsigned short p_Vcen = 2u; //200[mA]
+const static unsigned short p_Vden = 2u; //200[mA]
+const static unsigned short p_D_Vcen = 20u; //200[ms]
+const static unsigned short p_D_Vden = 20u; //200[ms]
+
+const static unsigned short p_D_Psave = 60u; //1[min]
+
+const static unsigned short p_Psave_time = 1000u; //10[s]
+
+const static unsigned short p_Viod_stg1 =200u; //20[A]
+const static unsigned short p_Viod_stg2 =500u; //50[A]
+const static unsigned short p_Vioc =40u; //4[A]
+
+const static unsigned char p_D_iod_stg1 =4u; //40[ms]
+const static unsigned char p_D_iod_stg2 =2u; //20[ms]
+
+const static unsigned char p_D_iovc = 40u; //400[ms]
+
+const static unsigned char p_TempeNum= THER_NUM_CON;
+const static unsigned long p_Tempe25=10000u;
+const static unsigned long p_TempeB=3435u;
+const static unsigned long p_DivR=10000u;
+const static unsigned short p_TempeTime =1000u; //10[s]
+
+const static char p_ut_c[THERMISTOR_NUM_MAX] = { -5, -5, -5, -5, -5, -5, -5, -5};
+const static char p_utr_c[THERMISTOR_NUM_MAX]= { 5, 5, 5, 5, 5, 5, 5, 5};
+const static char p_ut_d[THERMISTOR_NUM_MAX] = { -20, -20, -20, -20, -20, -20, -20, -20};
+const static char p_utr_d[THERMISTOR_NUM_MAX]= { -10, -10, -10, -10, -10, -10, -10, -10};
+const static char p_ot_c[THERMISTOR_NUM_MAX] = { 60, 60, 60, 60, 60, 60, 60, 60};
+const static char p_otr_c[THERMISTOR_NUM_MAX]= { 50, 50, 50, 50, 50, 50, 50, 50};
+const static char p_ot_d[THERMISTOR_NUM_MAX] = { 80, 80, 80, 80, 80, 80, 80, 80};
+const static char p_otr_d[THERMISTOR_NUM_MAX]= { 70, 70, 70, 70, 70, 70, 70, 70};
+
+const static unsigned short p_D_Temp=3u;
+
+const static unsigned short p_differential_voltage=0u;
+
+const static unsigned short p_differential_voltage_rel=(unsigned short)((double)16*4095*(50/2)/VREF_VAL);
+
+const static unsigned long p_TotalCellVol_ChargerEna=0u;
+
+const static unsigned long p_TotalCellVol_ChargerEna_rel=(unsigned long)((double)16*4095*(60000/2)/VREF_VAL);
+
+const static unsigned short p_Ah_Val=AH_VAL;
+
+const static unsigned short p_Veint=(unsigned short)((double)16*4095*(3600/2)/VREF_VAL);
+
+const static unsigned char p_Product_Id[PRODUCT_ID_NUM] = {'M','3','8'}; //Product ID
+
+const static unsigned char p_ShortC= 2u; //0.3[V]
+
+const static unsigned char p_eepUpTime= 1u; //1[min]-10[min]
+
+//
+//#define ENERGY_X (0x00015D17) //( X x 1000 x 3600 / ((3300x1000)/(4096/*xRSENSExGim*/)) ) x (1000 / 50)
+#define SELFDCHG_VALUE (625u)
+//#define Energy_All ((double)AH_VAL*ENERGY_X*RSENSE_VAL/100/100u)
+#define Energy_All ((double)AH_VAL*36*4095*20*RSENSE_VAL/3300/100u)
+
+const static unsigned long p_Energy_100 = (unsigned long)(Energy_All);
+const static unsigned long p_Energy_80 = (unsigned long)(Energy_All * 0.80);
+const static unsigned long p_Energy_60 = (unsigned long)(Energy_All * 0.60);
+const static unsigned long p_Energy_40 = (unsigned long)(Energy_All * 0.40);
+const static unsigned long p_Energy_20 = (unsigned long)(Energy_All * 0.20);
+const static unsigned long p_Energy_10min = Energy_All / (24u * 6u) / SELFDCHG_VALUE; //(X * 1000 * 3600 / 32.227) * (1000 / 10)
+
+
+const static unsigned char p_waitTimes = 1u;
+const static unsigned char p_ImonInit_waitTimes = 1u;
+const static unsigned char p_Imon_waitTimes = 1u;
+const static unsigned char p_fDrv_waitTimes = 3u;
+const static unsigned char p_pd_waitTimes = 3u;
+const static unsigned char psl_waitTimes = 10u;
+const static unsigned char p_psl_waitTimes = 10u;
+
+#endif //_PARAM_H_