#include hal_types.h

#include iocc2530.h

#ifndef __IC_DEMUX_4051_H__



#define __IC_DEMUX_4051_H__



#define ANALOG 0

#define DIGITAL 1



#define A_4051 P1_3

#define B_4051 P1_2

#define C_4051 P1_0



#define BATTERY_VOL_ADC 0x2

#define COUPLER_AC_ON_OFF_ADC 1

#define AUTO_MANUAL_SWITCH_ADC 2

#define MOTOR_ON_OFF_SENSE_ADC 3



#define BATTERY_VOLTAGE_LOW_LEVEL 0xA // IN VOLTS

#define BATTERY_VOLTAGE_LOW_DEC 0x0f0



#define BATTERY_VOLTAGE_HIGH_INC 0xFFF



**********

Input to read card

Battery voltage sense 0x01 (A) min cutoff @ 9volts

Mains supply 230 volts on or off 0x02 (D)

10K pull up and 2k pull down 12 volts ==.8volts on ADC





extern uint8 ThreePhaseBit

extern unsigned int compute_digital_from_adc(char ch_no,int sample)

extern void ConFig_IC_DEMUX_4051(void)

extern unsigned int GetADCValue(unsigned char Ch_NO,unsigned char ip_type)

#endif

-

#include　hal_types.h

#include　iocc2530.h

#ifndef __IC_DEMUX_4051_H__



#define __IC_DEMUX_4051_H__



#define ANALOG　 0

#define DIGITAL　1



#define A_4051　　P1_3

#define B_4051　　P1_2

#define C_4051　　P1_0



#define BATTERY_VOL_ADC　　　　　　　　 0x2

#define COUPLER_AC_ON_OFF_ADC　　　　　 1

#define AUTO_MANUAL_SWITCH_ADC　　　　　2

#define MOTOR_ON_OFF_SENSE_ADC　　　　　3



#define BATTERY_VOLTAGE_LOW_LEVEL　　　 0xA　// IN VOLTS

#define BATTERY_VOLTAGE_LOW_DEC　　　　 0x0f0



#define BATTERY_VOLTAGE_HIGH_INC　　　　0xFFF



**********

Input to read　card

Battery voltage sense 0x01　(A)　min cutoff @ 9volts

Mains supply 230 volts on or off 0x02 (D)

10K pull up and 2k pull down 12 volts ==.8volts on ADC





extern uint8 ThreePhaseBit

extern unsigned int compute_digital_from_adc(char ch_no,int sample)

extern void ConFig_IC_DEMUX_4051(void)

extern unsigned int GetADCValue(unsigned char Ch_NO,unsigned char ip_type)

#endif