;/***************************************************** ;Project : HV_ConverterR2b (Rewrited R2a) ;Version : 1.0 ;Date : 30.09.2017 ;Author : Sergey Abovyan ; ;Chip type : ATmega48 ;AVR Core Clock frequency: 12.000000 MHz ;Memory model : Small ;External RAM size : 0 ;Data Stack size : 128 ;*****************************************************/ ; ;#include ;PCODE: $00000000 VOL: 0 #ifndef __SLEEP_DEFINED__ ;PCODE: $00000001 VOL: 0 #define __SLEEP_DEFINED__ ;PCODE: $00000002 VOL: 0 .EQU __se_bit=0x01 ;PCODE: $00000003 VOL: 0 .EQU __sm_mask=0x0E ;PCODE: $00000004 VOL: 0 .EQU __sm_adc_noise_red=0x02 ;PCODE: $00000005 VOL: 0 .EQU __sm_powerdown=0x04 ;PCODE: $00000006 VOL: 0 .EQU __sm_powersave=0x06 ;PCODE: $00000007 VOL: 0 .EQU __sm_standby=0x0C ;PCODE: $00000008 VOL: 0 .SET power_ctrl_reg=smcr ;PCODE: $00000009 VOL: 0 #endif ;PCODE: $0000000A VOL: 0 ;PCODE: $0000000B VOL: 0 ; ;// Standard Input/Output functions ;#include ;#include ;#include ;#include ;#include ; ;typedef unsigned char u8; ;typedef unsigned int u16; ;typedef unsigned long u32; ; ;#define PWM_EN PORTD.5 ; ;/***************************************************************************************/ ;eeprom u8 MyAddress = 1; ; ;const u16 PWM_MAX = 2500; .DSEG ;const u16 PWM_MIN = 0; ;const u16 HV_MAX = 5000; ;const u16 HV_MIN = 900; ; ;eeprom u16 HV = HV_MIN; ; ;//default calibration values ;eeprom u16 HV_PHYS_MAX = 2591; ;eeprom u16 HV_PHYS_MIN = 861; ;eeprom float VOLTAGE_TO_PWM = (float)(PWM_MAX - PWM_MIN) / (float)(2591 - 861); ;eeprom float ADC_TO_VOLTAGE = 3.2827; ; ;/***************************************************************************************/ ;// Declare your global variables here ;#define _ALTERNATE_PUTCHAR_ ;void putch(char ch) ; 0000 0031 { .CSEG ;PCODE: $0000000C VOL: 0 ;PCODE: $0000000D VOL: 0 ; 0000 0032 PORTD.3 = 1; ;PCODE: $0000000E VOL: 0 ; ch -> Y+0 ;PCODE: $0000000F VOL: 0 ;PCODE: $00000010 VOL: 0 ; 0000 0033 UDR0 = ch; ;PCODE: $00000011 VOL: 0 ;PCODE: $00000012 VOL: 0 ; 0000 0034 while (!(UCSR0A & (1 << 6))); ;PCODE: $00000013 VOL: 0 ;PCODE: $00000014 VOL: 0 ;PCODE: $00000015 VOL: 0 ;PCODE: $00000016 VOL: 0 ;PCODE: $00000017 VOL: 0 ;PCODE: $00000018 VOL: 0 ; 0000 0035 UCSR0A |= (1 << 6); ;PCODE: $00000019 VOL: 0 ;PCODE: $0000001A VOL: 0 ;PCODE: $0000001B VOL: 0 ; 0000 0036 PORTD.3 = 0; ;PCODE: $0000001C VOL: 0 ;PCODE: $0000001D VOL: 0 ; 0000 0037 } ;PCODE: $0000001E VOL: 0 ;PCODE: $0000001F VOL: 0 ;PCODE: $00000020 VOL: 0 ; ;void putchar(char c) ; 0000 003A { ;PCODE: $00000021 VOL: 0 ;PCODE: $00000022 VOL: 0 ; 0000 003B if (c == '\r') {putch('\r'); putch('\n');} ;PCODE: $00000023 VOL: 0 ; c -> Y+0 ;PCODE: $00000024 VOL: 0 ;PCODE: $00000025 VOL: 0 ;PCODE: $00000026 VOL: 0 ;PCODE: $00000027 VOL: 0 ;PCODE: $00000028 VOL: 0 ;PCODE: $00000029 VOL: 0 ;PCODE: $0000002A VOL: 0 ; 0000 003C putch(c); ;PCODE: $0000002B VOL: 0 ;PCODE: $0000002C VOL: 0 ;PCODE: $0000002D VOL: 0 ; 0000 003D } ;PCODE: $0000002E VOL: 0 ;PCODE: $0000002F VOL: 0 ;PCODE: $00000030 VOL: 0 ; ;char LastChar; ;u16 GetWORD() ; 0000 0041 { ;PCODE: $00000031 VOL: 0 ;PCODE: $00000032 VOL: 0 ; 0000 0042 u16 word = 0; ; 0000 0043 while(1) ;PCODE: $00000033 VOL: 0 ; word -> R16,R17 ;PCODE: $00000034 VOL: 0 ;PCODE: $00000035 VOL: 0 ;PCODE: $00000036 VOL: 0 ; 0000 0044 { ; 0000 0045 LastChar = getchar(); ;PCODE: $00000037 VOL: 0 ;PCODE: $00000038 VOL: 0 ; 0000 0046 if (isdigit(LastChar)) ;PCODE: $00000039 VOL: 0 ;PCODE: $0000003A VOL: 0 ;PCODE: $0000003B VOL: 0 ;PCODE: $0000003C VOL: 0 ; 0000 0047 { ; 0000 0048 #asm("wdr") ;PCODE: $0000003D VOL: 0 wdr ;PCODE: $0000003E VOL: 0 ; 0000 0049 word *= 10; ;PCODE: $0000003F VOL: 0 ;PCODE: $00000040 VOL: 0 ;PCODE: $00000041 VOL: 0 ; 0000 004A word += LastChar - '0'; ;PCODE: $00000042 VOL: 0 ;PCODE: $00000043 VOL: 0 ;PCODE: $00000044 VOL: 0 ;PCODE: $00000045 VOL: 0 ;PCODE: $00000046 VOL: 0 ; 0000 004B } ; 0000 004C else break; ;PCODE: $00000047 VOL: 0 ;PCODE: $00000048 VOL: 0 ;PCODE: $00000049 VOL: 0 ; 0000 004D }; ;PCODE: $0000004A VOL: 0 ;PCODE: $0000004B VOL: 0 ;PCODE: $0000004C VOL: 0 ; 0000 004E ; 0000 004F return word; ;PCODE: $0000004D VOL: 0 ;PCODE: $0000004E VOL: 0 ;PCODE: $0000004F VOL: 0 ; 0000 0050 } ;PCODE: $00000050 VOL: 0 ; ;void init(void) ; 0000 0053 { ;PCODE: $00000051 VOL: 0 ;PCODE: $00000052 VOL: 0 ; 0000 0054 // Input/Output Ports initialization ; 0000 0055 // Port B initialization ; 0000 0056 PORTB=0x00; ;PCODE: $00000053 VOL: 0 ;PCODE: $00000054 VOL: 0 ; 0000 0057 DDRB=0x04; ;PCODE: $00000055 VOL: 0 ;PCODE: $00000056 VOL: 0 ; 0000 0058 ; 0000 0059 // Port C initialization ; 0000 005A PORTC=0x00; ;PCODE: $00000057 VOL: 0 ;PCODE: $00000058 VOL: 0 ; 0000 005B DDRC=0x00; ;PCODE: $00000059 VOL: 0 ;PCODE: $0000005A VOL: 0 ; 0000 005C ; 0000 005D // Port D initialization ; 0000 005E PORTD=0x20; ;PCODE: $0000005B VOL: 0 ;PCODE: $0000005C VOL: 0 ; 0000 005F DDRD=0x2A; ;PCODE: $0000005D VOL: 0 ;PCODE: $0000005E VOL: 0 ; 0000 0060 ; 0000 0061 // Timer/Counter 0 initialization ; 0000 0062 // Clock source: System Clock ; 0000 0063 // Clock value: Timer 0 Stopped ; 0000 0064 // Mode: Normal top=0xFF ; 0000 0065 // OC0A output: Disconnected ; 0000 0066 // OC0B output: Disconnected ; 0000 0067 TCCR0A=0x00; ;PCODE: $0000005F VOL: 0 ;PCODE: $00000060 VOL: 0 ; 0000 0068 TCCR0B=0x00; ;PCODE: $00000061 VOL: 0 ;PCODE: $00000062 VOL: 0 ; 0000 0069 TCNT0=0x00; ;PCODE: $00000063 VOL: 0 ;PCODE: $00000064 VOL: 0 ; 0000 006A OCR0A=0x00; ;PCODE: $00000065 VOL: 0 ;PCODE: $00000066 VOL: 0 ; 0000 006B OCR0B=0x00; ;PCODE: $00000067 VOL: 0 ;PCODE: $00000068 VOL: 0 ; 0000 006C ; 0000 006D // Timer/Counter 1 initialization ; 0000 006E // Clock source: System Clock ; 0000 006F // Clock value: 12000.000 kHz ; 0000 0070 // Mode: Fast PWM top=OCR1A ; 0000 0071 // OC1A output: Discon. ; 0000 0072 // OC1B output: Discon. ; 0000 0073 // Noise Canceler: Off ; 0000 0074 // Input Capture on Falling Edge ; 0000 0075 // Timer1 Overflow Interrupt: Off ; 0000 0076 // Input Capture Interrupt: Off ; 0000 0077 // Compare A Match Interrupt: Off ; 0000 0078 // Compare B Match Interrupt: Off ; 0000 0079 TCCR1A=0x33; //Set OC1B on compare match, clear OC1B at TOP. WG11=1 WG10=1 ;PCODE: $00000069 VOL: 0 ;PCODE: $0000006A VOL: 0 ; 0000 007A TCCR1B=0x19; //No prescaling, WG13=1 WG12=1 ;PCODE: $0000006B VOL: 0 ;PCODE: $0000006C VOL: 0 ; 0000 007B TCNT1H=0x00; ;PCODE: $0000006D VOL: 0 ;PCODE: $0000006E VOL: 0 ; 0000 007C TCNT1L=0x00; ;PCODE: $0000006F VOL: 0 ;PCODE: $00000070 VOL: 0 ; 0000 007D ICR1H=0x00; ;PCODE: $00000071 VOL: 0 ;PCODE: $00000072 VOL: 0 ; 0000 007E ICR1L=0x00; ;PCODE: $00000073 VOL: 0 ;PCODE: $00000074 VOL: 0 ; 0000 007F OCR1AH=(u8)(PWM_MAX >> 8); ;PCODE: $00000075 VOL: 0 ;PCODE: $00000076 VOL: 0 ; 0000 0080 OCR1AL=(u8)PWM_MAX; ;PCODE: $00000077 VOL: 0 ;PCODE: $00000078 VOL: 0 ; 0000 0081 OCR1BH=0; ;PCODE: $00000079 VOL: 0 ;PCODE: $0000007A VOL: 0 ; 0000 0082 OCR1BL=0; ;PCODE: $0000007B VOL: 0 ;PCODE: $0000007C VOL: 0 ; 0000 0083 //4.8kHz PWM 50% ; 0000 0084 ; 0000 0085 // Timer/Counter 2 initialization ; 0000 0086 // Clock source: System Clock ; 0000 0087 // Clock value: Timer2 Stopped ; 0000 0088 // Mode: Normal top=0xFF ; 0000 0089 // OC2A output: Disconnected ; 0000 008A // OC2B output: Disconnected ; 0000 008B ASSR=0x00; ;PCODE: $0000007D VOL: 0 ;PCODE: $0000007E VOL: 0 ; 0000 008C TCCR2A=0x00; ;PCODE: $0000007F VOL: 0 ;PCODE: $00000080 VOL: 0 ; 0000 008D TCCR2B=0x00; ;PCODE: $00000081 VOL: 0 ;PCODE: $00000082 VOL: 0 ; 0000 008E TCNT2=0x00; ;PCODE: $00000083 VOL: 0 ;PCODE: $00000084 VOL: 0 ; 0000 008F OCR2A=0x00; ;PCODE: $00000085 VOL: 0 ;PCODE: $00000086 VOL: 0 ; 0000 0090 OCR2B=0x00; ;PCODE: $00000087 VOL: 0 ;PCODE: $00000088 VOL: 0 ; 0000 0091 ; 0000 0092 // External Interrupt(s) initialization ; 0000 0093 // INT0: Off ; 0000 0094 // INT1: Off ; 0000 0095 // Interrupt on any change on pins PCINT0-7: Off ; 0000 0096 // Interrupt on any change on pins PCINT8-14: Off ; 0000 0097 // Interrupt on any change on pins PCINT16-23: Off ; 0000 0098 EICRA=0x00; ;PCODE: $00000089 VOL: 0 ;PCODE: $0000008A VOL: 0 ; 0000 0099 EIMSK=0x00; ;PCODE: $0000008B VOL: 0 ;PCODE: $0000008C VOL: 0 ; 0000 009A PCICR=0x00; ;PCODE: $0000008D VOL: 0 ;PCODE: $0000008E VOL: 0 ; 0000 009B ; 0000 009C // Timer/Counter 0 Interrupt(s) initialization ; 0000 009D TIMSK0=0x00; ;PCODE: $0000008F VOL: 0 ;PCODE: $00000090 VOL: 0 ; 0000 009E ; 0000 009F // Timer/Counter 1 Interrupt(s) initialization ; 0000 00A0 TIMSK1=0x00; ;PCODE: $00000091 VOL: 0 ;PCODE: $00000092 VOL: 0 ; 0000 00A1 ; 0000 00A2 // Timer/Counter 2 Interrupt(s) initialization ; 0000 00A3 TIMSK2=0x00; ;PCODE: $00000093 VOL: 0 ;PCODE: $00000094 VOL: 0 ; 0000 00A4 ; 0000 00A5 // USART initialization ; 0000 00A6 // Communication Parameters: 8 Data, 1 Stop, No Parity ; 0000 00A7 // USART Receiver: On ; 0000 00A8 // USART Transmitter: On ; 0000 00A9 // USART0 Mode: Asynchronous ; 0000 00AA // USART Baud Rate: 9600 ; 0000 00AB UCSR0A=0x00; ;PCODE: $00000095 VOL: 0 ;PCODE: $00000096 VOL: 0 ; 0000 00AC UCSR0B=0x18; ;PCODE: $00000097 VOL: 0 ;PCODE: $00000098 VOL: 0 ; 0000 00AD UCSR0C=0x06; ;PCODE: $00000099 VOL: 0 ;PCODE: $0000009A VOL: 0 ; 0000 00AE UBRR0H=0x00; ;PCODE: $0000009B VOL: 0 ;PCODE: $0000009C VOL: 0 ; 0000 00AF UBRR0L=0x4D; ;PCODE: $0000009D VOL: 0 ;PCODE: $0000009E VOL: 0 ; 0000 00B0 ; 0000 00B1 // Analog Comparator initialization ; 0000 00B2 // Analog Comparator: Off ; 0000 00B3 // Analog Comparator Input Capture by Timer/Counter 1: Off ; 0000 00B4 ACSR=0x80; ;PCODE: $0000009F VOL: 0 ;PCODE: $000000A0 VOL: 0 ; 0000 00B5 ADCSRB=0x00; ;PCODE: $000000A1 VOL: 0 ;PCODE: $000000A2 VOL: 0 ; 0000 00B6 DIDR1=0x00; ;PCODE: $000000A3 VOL: 0 ;PCODE: $000000A4 VOL: 0 ; 0000 00B7 ; 0000 00B8 // ADC initialization ; 0000 00B9 // Digital buffer disabled on ADC1 ; 0000 00BA DIDR0=0x02; ;PCODE: $000000A5 VOL: 0 ;PCODE: $000000A6 VOL: 0 ; 0000 00BB // ADC Enabled, Auto Trigger disabled, ADC Interrupt enabled, Prescaler 128 - 97kHz ; 0000 00BC ADCSRA=0x8F; ;PCODE: $000000A7 VOL: 0 ;PCODE: $000000A8 VOL: 0 ; 0000 00BD // Internal 1.1V Voltage Reference with external capacitor at AREF pin ; 0000 00BE // ADC1 selected at MUX ; 0000 00BF ADMUX= 0xC1; ;PCODE: $000000A9 VOL: 0 ;PCODE: $000000AA VOL: 0 ; 0000 00C0 ; 0000 00C1 // SPI initialization ; 0000 00C2 // SPI disabled ; 0000 00C3 SPCR=0x00; ;PCODE: $000000AB VOL: 0 ;PCODE: $000000AC VOL: 0 ; 0000 00C4 ; 0000 00C5 // TWI initialization ; 0000 00C6 // TWI disabled ; 0000 00C7 TWCR=0x00; ;PCODE: $000000AD VOL: 0 ;PCODE: $000000AE VOL: 0 ; 0000 00C8 ; 0000 00C9 // Watchdog Timer initialization ; 0000 00CA // Watchdog Timer Prescaler: OSC/2k ; 0000 00CB // Watchdog Timer interrupt: Off ; 0000 00CC #pragma optsize- ; 0000 00CD #asm("wdr") ;PCODE: $000000AF VOL: 0 wdr ;PCODE: $000000B0 VOL: 0 ; 0000 00CE WDTCSR=0x38; ;PCODE: $000000B1 VOL: 0 ;PCODE: $000000B2 VOL: 0 ; 0000 00CF WDTCSR=0x28; ;PCODE: $000000B3 VOL: 0 ;PCODE: $000000B4 VOL: 0 ; 0000 00D0 #ifdef _OPTIMIZE_SIZE_ ; 0000 00D1 #pragma optsize+ ; 0000 00D2 #endif ; 0000 00D3 } ;PCODE: $000000B5 VOL: 0 ;PCODE: $000000B6 VOL: 0 ; ;/***************************************************************************************/ ;volatile u32 adc_averaging_index = 0; ;volatile u32 adc_sum = 0; ;volatile u16 adc_averaged = 0; ;volatile u8 adc_completed = 0; ;volatile u8 calibration = 0; ;//7211 Hz ;#define AVERAGING 721 //0.1sec ; ;/***************************************************************************************/ ;void SetOCR1B(u16 OCR1B) ; 0000 00E0 { ;PCODE: $000000B7 VOL: 0 ;PCODE: $000000B8 VOL: 0 ; 0000 00E1 OCR1BH=(u8)(OCR1B >> 8); ;PCODE: $000000B9 VOL: 0 ; OCR1B -> Y+0 ;PCODE: $000000BA VOL: 0 ;PCODE: $000000BB VOL: 0 ; 0000 00E2 OCR1BL=(u8)(OCR1B); ;PCODE: $000000BC VOL: 0 ;PCODE: $000000BD VOL: 0 ; 0000 00E3 } ;PCODE: $000000BE VOL: 0 ;PCODE: $000000BF VOL: 0 ;PCODE: $000000C0 VOL: 0 ;/***************************************************************************************/ ;void SetHV(u16 V) ; 0000 00E6 { ;PCODE: $000000C1 VOL: 0 ;PCODE: $000000C2 VOL: 0 ; 0000 00E7 u16 OCR1B = (u16)((float)(V - HV_PHYS_MIN) * VOLTAGE_TO_PWM); ; 0000 00E8 SetOCR1B(OCR1B); ;PCODE: $000000C3 VOL: 0 ;PCODE: $000000C4 VOL: 0 ; V -> Y+2 ; OCR1B -> R16,R17 ;PCODE: $000000C5 VOL: 0 ;PCODE: $000000C6 VOL: 0 ;PCODE: $000000C7 VOL: 0 ;PCODE: $000000C8 VOL: 0 ;PCODE: $000000C9 VOL: 0 ;PCODE: $000000CA VOL: 0 ;PCODE: $000000CB VOL: 0 ;PCODE: $000000CC VOL: 0 ;PCODE: $000000CD VOL: 0 ;PCODE: $000000CE VOL: 0 ;PCODE: $000000CF VOL: 0 ;PCODE: $000000D0 VOL: 0 ;PCODE: $000000D1 VOL: 0 ;PCODE: $000000D2 VOL: 0 ;PCODE: $000000D3 VOL: 0 ; 0000 00E9 #asm("cli") ;PCODE: $000000D4 VOL: 0 cli ;PCODE: $000000D5 VOL: 0 ; 0000 00EA adc_sum = 0; ;PCODE: $000000D6 VOL: 0 ;PCODE: $000000D7 VOL: 1 ; 0000 00EB adc_averaging_index = 0; ;PCODE: $000000D8 VOL: 0 ;PCODE: $000000D9 VOL: 1 ; 0000 00EC adc_averaged = 0; ;PCODE: $000000DA VOL: 0 ;PCODE: $000000DB VOL: 1 ; 0000 00ED adc_completed = 0; ;PCODE: $000000DC VOL: 0 ;PCODE: $000000DD VOL: 1 ; 0000 00EE #asm("sei") ;PCODE: $000000DE VOL: 0 sei ;PCODE: $000000DF VOL: 0 ; 0000 00EF } ;PCODE: $000000E0 VOL: 0 ;PCODE: $000000E1 VOL: 0 ;PCODE: $000000E2 VOL: 0 ;PCODE: $000000E3 VOL: 0 ;/***************************************************************************************/ ;u16 PerformADC() ; 0000 00F2 { ;PCODE: $000000E4 VOL: 0 ;PCODE: $000000E5 VOL: 0 ; 0000 00F3 #asm("cli") ;PCODE: $000000E6 VOL: 0 cli ;PCODE: $000000E7 VOL: 0 ; 0000 00F4 adc_sum = 0; ;PCODE: $000000E8 VOL: 0 ;PCODE: $000000E9 VOL: 1 ; 0000 00F5 adc_averaging_index = 0; ;PCODE: $000000EA VOL: 0 ;PCODE: $000000EB VOL: 1 ; 0000 00F6 adc_averaged = 0; ;PCODE: $000000EC VOL: 0 ;PCODE: $000000ED VOL: 1 ; 0000 00F7 adc_completed = 0; ;PCODE: $000000EE VOL: 0 ;PCODE: $000000EF VOL: 1 ; 0000 00F8 #asm("sei") ;PCODE: $000000F0 VOL: 0 sei ;PCODE: $000000F1 VOL: 0 ; 0000 00F9 while(!adc_completed); ;PCODE: $000000F2 VOL: 0 ;PCODE: $000000F3 VOL: 1 ;PCODE: $000000F4 VOL: 0 ;PCODE: $000000F5 VOL: 0 ;PCODE: $000000F6 VOL: 0 ;PCODE: $000000F7 VOL: 0 ; 0000 00FA return adc_averaged; ;PCODE: $000000F8 VOL: 1 ;PCODE: $000000F9 VOL: 0 ; 0000 00FB } ;PCODE: $000000FA VOL: 0 ;/***************************************************************************************/ ;interrupt [ADC_INT] void adc_isr(void) ; 0000 00FE { ;PCODE: $000000FB VOL: 0 ;PCODE: $000000FC VOL: 0 ; 0000 00FF u16 HV_measured; ; 0000 0100 u16 OCR1B; ; 0000 0101 u16 adc_data = ADCW; ; 0000 0102 adc_sum += adc_data; ;PCODE: $000000FD VOL: 0 ; HV_measured -> R16,R17 ; OCR1B -> R18,R19 ; adc_data -> R20,R21 ;PCODE: $000000FE VOL: 0 ;PCODE: $000000FF VOL: 0 ;PCODE: $00000100 VOL: 0 ;PCODE: $00000101 VOL: 1 ;PCODE: $00000102 VOL: 0 ;PCODE: $00000103 VOL: 0 ;PCODE: $00000104 VOL: 1 ; 0000 0103 ; 0000 0104 if(++adc_averaging_index >= AVERAGING) ;PCODE: $00000105 VOL: 1 ;PCODE: $00000106 VOL: 0 ;PCODE: $00000107 VOL: 0 ;PCODE: $00000108 VOL: 0 ;PCODE: $00000109 VOL: 0 ;PCODE: $0000010A VOL: 0 ; 0000 0105 { ; 0000 0106 adc_averaged = adc_sum / AVERAGING; ;PCODE: $0000010B VOL: 1 ;PCODE: $0000010C VOL: 0 ;PCODE: $0000010D VOL: 0 ;PCODE: $0000010E VOL: 1 ; 0000 0107 adc_sum = 0; ;PCODE: $0000010F VOL: 0 ;PCODE: $00000110 VOL: 1 ; 0000 0108 adc_averaging_index = 0; ;PCODE: $00000111 VOL: 0 ;PCODE: $00000112 VOL: 1 ; 0000 0109 adc_completed = 1; ;PCODE: $00000113 VOL: 0 ;PCODE: $00000114 VOL: 1 ; 0000 010A ; 0000 010B if(!calibration) ;PCODE: $00000115 VOL: 1 ;PCODE: $00000116 VOL: 0 ;PCODE: $00000117 VOL: 0 ; 0000 010C { ; 0000 010D HV_measured = (u16)((float)adc_averaged * ADC_TO_VOLTAGE); ;PCODE: $00000118 VOL: 1 ;PCODE: $00000119 VOL: 0 ;PCODE: $0000011A VOL: 0 ;PCODE: $0000011B VOL: 0 ;PCODE: $0000011C VOL: 0 ;PCODE: $0000011D VOL: 0 ;PCODE: $0000011E VOL: 0 ;PCODE: $0000011F VOL: 0 ;PCODE: $00000120 VOL: 0 ; 0000 010E OCR1B = (((u16)OCR1BH) << 8) + OCR1BL; ;PCODE: $00000121 VOL: 0 ;PCODE: $00000122 VOL: 0 ;PCODE: $00000123 VOL: 0 ;PCODE: $00000124 VOL: 0 ;PCODE: $00000125 VOL: 0 ;PCODE: $00000126 VOL: 0 ;PCODE: $00000127 VOL: 0 ; 0000 010F ; 0000 0110 if(HV > HV_measured && OCR1B < PWM_MAX) OCR1B++; ;PCODE: $00000128 VOL: 0 ;PCODE: $00000129 VOL: 0 ;PCODE: $0000012A VOL: 0 ;PCODE: $0000012B VOL: 0 ;PCODE: $0000012C VOL: 0 ;PCODE: $0000012D VOL: 0 ;PCODE: $0000012E VOL: 0 ;PCODE: $0000012F VOL: 0 ;PCODE: $00000130 VOL: 0 ;PCODE: $00000131 VOL: 0 ;PCODE: $00000132 VOL: 0 ;PCODE: $00000133 VOL: 0 ;PCODE: $00000134 VOL: 0 ; 0000 0111 else if(HV < HV_measured && OCR1B > 0) OCR1B--; ;PCODE: $00000135 VOL: 0 ;PCODE: $00000136 VOL: 0 ;PCODE: $00000137 VOL: 0 ;PCODE: $00000138 VOL: 0 ;PCODE: $00000139 VOL: 0 ;PCODE: $0000013A VOL: 0 ;PCODE: $0000013B VOL: 0 ;PCODE: $0000013C VOL: 0 ;PCODE: $0000013D VOL: 0 ;PCODE: $0000013E VOL: 0 ;PCODE: $0000013F VOL: 0 ;PCODE: $00000140 VOL: 0 ;PCODE: $00000141 VOL: 0 ;PCODE: $00000142 VOL: 0 ; 0000 0112 SetOCR1B(OCR1B); ;PCODE: $00000143 VOL: 0 ;PCODE: $00000144 VOL: 0 ;PCODE: $00000145 VOL: 0 ;PCODE: $00000146 VOL: 0 ; 0000 0113 //printf("\rADC = %d V = %d OCR1B = %d", adc_averaged, HV_measured, OCR1B); ; 0000 0114 } ; 0000 0115 } ;PCODE: $00000147 VOL: 0 ; 0000 0116 ADCSRA |= 0x40; ;PCODE: $00000148 VOL: 0 ;PCODE: $00000149 VOL: 0 ;PCODE: $0000014A VOL: 0 ;PCODE: $0000014B VOL: 0 ; 0000 0117 } ;PCODE: $0000014C VOL: 0 ;PCODE: $0000014D VOL: 0 ;PCODE: $0000014E VOL: 0 ;PCODE: $0000014F VOL: 0 ;PCODE: $00000150 VOL: 0 ;/***************************************************************************************/ ;void main(void) ; 0000 011A { ;PCODE: $00000151 VOL: 0 ; 0000 011B char cmd; ; 0000 011C u16 temp; ; 0000 011D u16 hv_min, hv_max, hv_med, adc; ; 0000 011E ; 0000 011F init(); ;PCODE: $00000152 VOL: 0 ; cmd -> R17 ; temp -> R18,R19 ; hv_min -> R20,R21 ; hv_max -> Y+4 ; hv_med -> Y+2 ; adc -> Y+0 ;PCODE: $00000153 VOL: 0 ; 0000 0120 delay_ms(2000); ;PCODE: $00000154 VOL: 0 ;PCODE: $00000155 VOL: 0 ; 0000 0121 ; 0000 0122 printf("\rHV_Converter: %d", MyAddress); ;PCODE: $00000156 VOL: 0 ;PCODE: $00000157 VOL: 0 ;PCODE: $00000158 VOL: 0 ;PCODE: $00000159 VOL: 0 ;PCODE: $0000015A VOL: 0 ;PCODE: $0000015B VOL: 0 ;PCODE: $0000015C VOL: 0 ;PCODE: $0000015D VOL: 0 ;PCODE: $0000015E VOL: 0 ;PCODE: $0000015F VOL: 0 ;PCODE: $00000160 VOL: 0 ; 0000 0123 printf("\rV_TO_PWM * 10^3 = %d", (u16)(VOLTAGE_TO_PWM * (float)1000)); ;PCODE: $00000161 VOL: 0 ;PCODE: $00000162 VOL: 0 ;PCODE: $00000163 VOL: 0 ;PCODE: $00000164 VOL: 0 ;PCODE: $00000165 VOL: 0 ;PCODE: $00000166 VOL: 0 ;PCODE: $00000167 VOL: 0 ;PCODE: $00000168 VOL: 0 ;PCODE: $00000169 VOL: 0 ;PCODE: $0000016A VOL: 0 ;PCODE: $0000016B VOL: 0 ;PCODE: $0000016C VOL: 0 ;PCODE: $0000016D VOL: 0 ;PCODE: $0000016E VOL: 0 ;PCODE: $0000016F VOL: 0 ; 0000 0124 printf("\rADC_TO_V * 10^3 = %d\r", (u16)(ADC_TO_VOLTAGE * (float)1000)); ;PCODE: $00000170 VOL: 0 ;PCODE: $00000171 VOL: 0 ;PCODE: $00000172 VOL: 0 ;PCODE: $00000173 VOL: 0 ;PCODE: $00000174 VOL: 0 ;PCODE: $00000175 VOL: 0 ;PCODE: $00000176 VOL: 0 ;PCODE: $00000177 VOL: 0 ;PCODE: $00000178 VOL: 0 ;PCODE: $00000179 VOL: 0 ;PCODE: $0000017A VOL: 0 ;PCODE: $0000017B VOL: 0 ;PCODE: $0000017C VOL: 0 ;PCODE: $0000017D VOL: 0 ;PCODE: $0000017E VOL: 0 ; 0000 0125 ; 0000 0126 SetHV(HV); ;PCODE: $0000017F VOL: 0 ;PCODE: $00000180 VOL: 0 ;PCODE: $00000181 VOL: 0 ;PCODE: $00000182 VOL: 0 ; 0000 0127 PWM_EN = 1; ;PCODE: $00000183 VOL: 0 ;PCODE: $00000184 VOL: 0 ; 0000 0128 ; 0000 0129 #asm("sei") ;PCODE: $00000185 VOL: 0 sei ;PCODE: $00000186 VOL: 0 ; 0000 012A ADCSRA |= 0x40; ;PCODE: $00000187 VOL: 0 ;PCODE: $00000188 VOL: 0 ;PCODE: $00000189 VOL: 0 ; 0000 012B ; 0000 012C while (1) ;PCODE: $0000018A VOL: 0 ; 0000 012D { ; 0000 012E #asm("wdr"); ;PCODE: $0000018B VOL: 0 wdr ;PCODE: $0000018C VOL: 0 ; 0000 012F ; 0000 0130 if(UCSR0A & 0x80) ;PCODE: $0000018D VOL: 0 ;PCODE: $0000018E VOL: 0 ;PCODE: $0000018F VOL: 0 ; 0000 0131 { ; 0000 0132 cmd = toupper(getchar()); ;PCODE: $00000190 VOL: 0 ;PCODE: $00000191 VOL: 0 ;PCODE: $00000192 VOL: 0 ;PCODE: $00000193 VOL: 0 ; 0000 0133 if(cmd != 'C' && cmd != 'A' && cmd != 'V' && cmd != 'H' && cmd != 'S' && cmd != 'G' && cmd != 'P') ;PCODE: $00000194 VOL: 0 ;PCODE: $00000195 VOL: 0 ;PCODE: $00000196 VOL: 0 ;PCODE: $00000197 VOL: 0 ;PCODE: $00000198 VOL: 0 ;PCODE: $00000199 VOL: 0 ;PCODE: $0000019A VOL: 0 ;PCODE: $0000019B VOL: 0 ;PCODE: $0000019C VOL: 0 ;PCODE: $0000019D VOL: 0 ;PCODE: $0000019E VOL: 0 ;PCODE: $0000019F VOL: 0 ;PCODE: $000001A0 VOL: 0 ;PCODE: $000001A1 VOL: 0 ;PCODE: $000001A2 VOL: 0 ;PCODE: $000001A3 VOL: 0 ;PCODE: $000001A4 VOL: 0 ;PCODE: $000001A5 VOL: 0 ;PCODE: $000001A6 VOL: 0 ;PCODE: $000001A7 VOL: 0 ;PCODE: $000001A8 VOL: 0 ;PCODE: $000001A9 VOL: 0 ;PCODE: $000001AA VOL: 0 ;PCODE: $000001AB VOL: 0 ;PCODE: $000001AC VOL: 0 ; 0000 0134 { ; 0000 0135 printf("\rERR: Incorrect command\r"); ;PCODE: $000001AD VOL: 0 ;PCODE: $000001AE VOL: 0 ;PCODE: $000001AF VOL: 0 ;PCODE: $000001B0 VOL: 0 ;PCODE: $000001B1 VOL: 0 ;PCODE: $000001B2 VOL: 0 ;PCODE: $000001B3 VOL: 0 ; 0000 0136 continue; ;PCODE: $000001B4 VOL: 0 ; 0000 0137 } ; 0000 0138 ; 0000 0139 temp = GetWORD(); ;PCODE: $000001B5 VOL: 0 ;PCODE: $000001B6 VOL: 0 ;PCODE: $000001B7 VOL: 0 ; 0000 013A if(temp != MyAddress && temp != 253) ;PCODE: $000001B8 VOL: 0 ;PCODE: $000001B9 VOL: 0 ;PCODE: $000001BA VOL: 0 ;PCODE: $000001BB VOL: 0 ;PCODE: $000001BC VOL: 0 ;PCODE: $000001BD VOL: 0 ;PCODE: $000001BE VOL: 0 ;PCODE: $000001BF VOL: 0 ;PCODE: $000001C0 VOL: 0 ;PCODE: $000001C1 VOL: 0 ;PCODE: $000001C2 VOL: 0 ;PCODE: $000001C3 VOL: 0 ;PCODE: $000001C4 VOL: 0 ; 0000 013B { ; 0000 013C printf("\rERR: Incorrect address\r"); ;PCODE: $000001C5 VOL: 0 ;PCODE: $000001C6 VOL: 0 ;PCODE: $000001C7 VOL: 0 ;PCODE: $000001C8 VOL: 0 ;PCODE: $000001C9 VOL: 0 ;PCODE: $000001CA VOL: 0 ;PCODE: $000001CB VOL: 0 ; 0000 013D continue; ;PCODE: $000001CC VOL: 0 ; 0000 013E } ; 0000 013F ; 0000 0140 switch(cmd) ;PCODE: $000001CD VOL: 0 ;PCODE: $000001CE VOL: 0 ;PCODE: $000001CF VOL: 0 ; 0000 0141 { ; 0000 0142 case 'C': //Calibrate ;PCODE: $000001D0 VOL: 0 ;PCODE: $000001D1 VOL: 0 ; 0000 0143 calibration = 1; ;PCODE: $000001D2 VOL: 0 ;PCODE: $000001D3 VOL: 1 ; 0000 0144 SetOCR1B(PWM_MIN); ;PCODE: $000001D4 VOL: 0 ;PCODE: $000001D5 VOL: 0 ; 0000 0145 printf("Measure MIN voltage "); ;PCODE: $000001D6 VOL: 0 ;PCODE: $000001D7 VOL: 0 ;PCODE: $000001D8 VOL: 0 ;PCODE: $000001D9 VOL: 0 ;PCODE: $000001DA VOL: 0 ;PCODE: $000001DB VOL: 0 ;PCODE: $000001DC VOL: 0 ; 0000 0146 #asm("wdr") ;PCODE: $000001DD VOL: 0 wdr ;PCODE: $000001DE VOL: 0 ; 0000 0147 hv_min = GetWORD(); ;PCODE: $000001DF VOL: 0 ;PCODE: $000001E0 VOL: 0 ; 0000 0148 if(!hv_min || (hv_min > 5000)) ;PCODE: $000001E1 VOL: 0 ;PCODE: $000001E2 VOL: 0 ;PCODE: $000001E3 VOL: 0 ;PCODE: $000001E4 VOL: 0 ;PCODE: $000001E5 VOL: 0 ;PCODE: $000001E6 VOL: 0 ;PCODE: $000001E7 VOL: 0 ; 0000 0149 { ; 0000 014A printf("\rERR: Incorrect voltage\r"); ;PCODE: $000001E8 VOL: 0 ;PCODE: $000001E9 VOL: 0 ;PCODE: $000001EA VOL: 0 ;PCODE: $000001EB VOL: 0 ;PCODE: $000001EC VOL: 0 ;PCODE: $000001ED VOL: 0 ;PCODE: $000001EE VOL: 0 ; 0000 014B calibration = 0; ;PCODE: $000001EF VOL: 0 ;PCODE: $000001F0 VOL: 1 ; 0000 014C continue; ;PCODE: $000001F1 VOL: 0 ; 0000 014D } ; 0000 014E ; 0000 014F SetOCR1B(PWM_MAX); ;PCODE: $000001F2 VOL: 0 ;PCODE: $000001F3 VOL: 0 ;PCODE: $000001F4 VOL: 0 ; 0000 0150 printf("Measure MAX voltage "); ;PCODE: $000001F5 VOL: 0 ;PCODE: $000001F6 VOL: 0 ;PCODE: $000001F7 VOL: 0 ;PCODE: $000001F8 VOL: 0 ;PCODE: $000001F9 VOL: 0 ;PCODE: $000001FA VOL: 0 ;PCODE: $000001FB VOL: 0 ; 0000 0151 #asm("wdr") ;PCODE: $000001FC VOL: 0 wdr ;PCODE: $000001FD VOL: 0 ; 0000 0152 hv_max = GetWORD(); ;PCODE: $000001FE VOL: 0 ;PCODE: $000001FF VOL: 0 ; 0000 0153 if(!hv_max || (hv_max >= 5000)) ;PCODE: $00000200 VOL: 0 ;PCODE: $00000201 VOL: 0 ;PCODE: $00000202 VOL: 0 ;PCODE: $00000203 VOL: 0 ;PCODE: $00000204 VOL: 0 ;PCODE: $00000205 VOL: 0 ;PCODE: $00000206 VOL: 0 ;PCODE: $00000207 VOL: 0 ; 0000 0154 { ; 0000 0155 printf("\rERR: Incorrect voltage\r"); ;PCODE: $00000208 VOL: 0 ;PCODE: $00000209 VOL: 0 ;PCODE: $0000020A VOL: 0 ;PCODE: $0000020B VOL: 0 ;PCODE: $0000020C VOL: 0 ;PCODE: $0000020D VOL: 0 ;PCODE: $0000020E VOL: 0 ; 0000 0156 calibration = 0; ;PCODE: $0000020F VOL: 0 ;PCODE: $00000210 VOL: 1 ; 0000 0157 continue; ;PCODE: $00000211 VOL: 0 ; 0000 0158 } ; 0000 0159 ; 0000 015A SetOCR1B((PWM_MAX + PWM_MIN)/2); ;PCODE: $00000212 VOL: 0 ;PCODE: $00000213 VOL: 0 ;PCODE: $00000214 VOL: 0 ; 0000 015B printf("Measure MEDIUM voltage "); ;PCODE: $00000215 VOL: 0 ;PCODE: $00000216 VOL: 0 ;PCODE: $00000217 VOL: 0 ;PCODE: $00000218 VOL: 0 ;PCODE: $00000219 VOL: 0 ;PCODE: $0000021A VOL: 0 ;PCODE: $0000021B VOL: 0 ; 0000 015C #asm("wdr") ;PCODE: $0000021C VOL: 0 wdr ;PCODE: $0000021D VOL: 0 ; 0000 015D hv_med = GetWORD(); ;PCODE: $0000021E VOL: 0 ;PCODE: $0000021F VOL: 0 ; 0000 015E if(!hv_med || (hv_med < hv_min) || (hv_med > hv_max)) ;PCODE: $00000220 VOL: 0 ;PCODE: $00000221 VOL: 0 ;PCODE: $00000222 VOL: 0 ;PCODE: $00000223 VOL: 0 ;PCODE: $00000224 VOL: 0 ;PCODE: $00000225 VOL: 0 ;PCODE: $00000226 VOL: 0 ;PCODE: $00000227 VOL: 0 ;PCODE: $00000228 VOL: 0 ;PCODE: $00000229 VOL: 0 ;PCODE: $0000022A VOL: 0 ;PCODE: $0000022B VOL: 0 ; 0000 015F { ; 0000 0160 printf("\rERR: Incorrect voltage\r"); ;PCODE: $0000022C VOL: 0 ;PCODE: $0000022D VOL: 0 ;PCODE: $0000022E VOL: 0 ;PCODE: $0000022F VOL: 0 ;PCODE: $00000230 VOL: 0 ;PCODE: $00000231 VOL: 0 ;PCODE: $00000232 VOL: 0 ; 0000 0161 calibration = 0; ;PCODE: $00000233 VOL: 0 ;PCODE: $00000234 VOL: 1 ; 0000 0162 continue; ;PCODE: $00000235 VOL: 0 ; 0000 0163 } ; 0000 0164 #asm("wdr") ;PCODE: $00000236 VOL: 0 ;PCODE: $00000237 VOL: 0 wdr ;PCODE: $00000238 VOL: 0 ; 0000 0165 adc = PerformADC(); ;PCODE: $00000239 VOL: 0 ;PCODE: $0000023A VOL: 0 ; 0000 0166 printf("ADC = %d", adc); ;PCODE: $0000023B VOL: 0 ;PCODE: $0000023C VOL: 0 ;PCODE: $0000023D VOL: 0 ;PCODE: $0000023E VOL: 0 ;PCODE: $0000023F VOL: 0 ;PCODE: $00000240 VOL: 0 ;PCODE: $00000241 VOL: 0 ;PCODE: $00000242 VOL: 0 ;PCODE: $00000243 VOL: 0 ;PCODE: $00000244 VOL: 0 ; 0000 0167 ; 0000 0168 HV_PHYS_MIN = hv_min; ;PCODE: $00000245 VOL: 0 ;PCODE: $00000246 VOL: 0 ;PCODE: $00000247 VOL: 0 ; 0000 0169 HV_PHYS_MAX = hv_max; ;PCODE: $00000248 VOL: 0 ;PCODE: $00000249 VOL: 0 ;PCODE: $0000024A VOL: 0 ; 0000 016A VOLTAGE_TO_PWM = (float)(PWM_MAX - PWM_MIN) / (float)(hv_max - hv_min); ;PCODE: $0000024B VOL: 0 ;PCODE: $0000024C VOL: 0 ;PCODE: $0000024D VOL: 0 ;PCODE: $0000024E VOL: 0 ;PCODE: $0000024F VOL: 0 ;PCODE: $00000250 VOL: 0 ;PCODE: $00000251 VOL: 0 ; 0000 016B printf("\rV_TO_PWM * 10^3 = %d", (u16)(VOLTAGE_TO_PWM * (float)1000)); ;PCODE: $00000252 VOL: 0 ;PCODE: $00000253 VOL: 0 ;PCODE: $00000254 VOL: 0 ;PCODE: $00000255 VOL: 0 ;PCODE: $00000256 VOL: 0 ;PCODE: $00000257 VOL: 0 ;PCODE: $00000258 VOL: 0 ;PCODE: $00000259 VOL: 0 ;PCODE: $0000025A VOL: 0 ;PCODE: $0000025B VOL: 0 ;PCODE: $0000025C VOL: 0 ;PCODE: $0000025D VOL: 0 ;PCODE: $0000025E VOL: 0 ;PCODE: $0000025F VOL: 0 ;PCODE: $00000260 VOL: 0 ; 0000 016C ; 0000 016D ADC_TO_VOLTAGE = (float)hv_med / (float)adc; ;PCODE: $00000261 VOL: 0 ;PCODE: $00000262 VOL: 0 ;PCODE: $00000263 VOL: 0 ;PCODE: $00000264 VOL: 0 ;PCODE: $00000265 VOL: 0 ;PCODE: $00000266 VOL: 0 ;PCODE: $00000267 VOL: 0 ;PCODE: $00000268 VOL: 0 ; 0000 016E printf("\rADC_TO_V * 10^3 = %d", (u16)(ADC_TO_VOLTAGE * (float)1000)); ;PCODE: $00000269 VOL: 0 ;PCODE: $0000026A VOL: 0 ;PCODE: $0000026B VOL: 0 ;PCODE: $0000026C VOL: 0 ;PCODE: $0000026D VOL: 0 ;PCODE: $0000026E VOL: 0 ;PCODE: $0000026F VOL: 0 ;PCODE: $00000270 VOL: 0 ;PCODE: $00000271 VOL: 0 ;PCODE: $00000272 VOL: 0 ;PCODE: $00000273 VOL: 0 ;PCODE: $00000274 VOL: 0 ;PCODE: $00000275 VOL: 0 ;PCODE: $00000276 VOL: 0 ;PCODE: $00000277 VOL: 0 ; 0000 016F ; 0000 0170 calibration = 0; ;PCODE: $00000278 VOL: 0 ;PCODE: $00000279 VOL: 1 ; 0000 0171 SetHV(HV); ;PCODE: $0000027A VOL: 0 ;PCODE: $0000027B VOL: 0 ;PCODE: $0000027C VOL: 0 ;PCODE: $0000027D VOL: 0 ; 0000 0172 printf("\r"); ;PCODE: $0000027E VOL: 0 ;PCODE: $0000027F VOL: 0 ;PCODE: $00000280 VOL: 0 ;PCODE: $00000281 VOL: 0 ;PCODE: $00000282 VOL: 0 ;PCODE: $00000283 VOL: 0 ;PCODE: $00000284 VOL: 0 ; 0000 0173 break; ;PCODE: $00000285 VOL: 0 ; 0000 0174 ; 0000 0175 case 'A': ;PCODE: $00000286 VOL: 0 ;PCODE: $00000287 VOL: 0 ;PCODE: $00000288 VOL: 0 ; 0000 0176 if(LastChar == ' ') ;PCODE: $00000289 VOL: 0 ;PCODE: $0000028A VOL: 0 ;PCODE: $0000028B VOL: 0 ; 0000 0177 { ; 0000 0178 temp = GetWORD(); ;PCODE: $0000028C VOL: 0 ;PCODE: $0000028D VOL: 0 ; 0000 0179 if(temp && temp < 253) MyAddress = temp; ;PCODE: $0000028E VOL: 0 ;PCODE: $0000028F VOL: 0 ;PCODE: $00000290 VOL: 0 ;PCODE: $00000291 VOL: 0 ;PCODE: $00000292 VOL: 0 ;PCODE: $00000293 VOL: 0 ;PCODE: $00000294 VOL: 0 ;PCODE: $00000295 VOL: 0 ;PCODE: $00000296 VOL: 0 ;PCODE: $00000297 VOL: 0 ;PCODE: $00000298 VOL: 0 ;PCODE: $00000299 VOL: 0 ; 0000 017A } ;PCODE: $0000029A VOL: 0 ; 0000 017B ; 0000 017C printf("ADDR = %d\r", MyAddress); ;PCODE: $0000029B VOL: 0 ;PCODE: $0000029C VOL: 0 ;PCODE: $0000029D VOL: 0 ;PCODE: $0000029E VOL: 0 ;PCODE: $0000029F VOL: 0 ;PCODE: $000002A0 VOL: 0 ;PCODE: $000002A1 VOL: 0 ;PCODE: $000002A2 VOL: 0 ;PCODE: $000002A3 VOL: 0 ;PCODE: $000002A4 VOL: 0 ;PCODE: $000002A5 VOL: 0 ;PCODE: $000002A6 VOL: 0 ; 0000 017D break; ;PCODE: $000002A7 VOL: 0 ; 0000 017E ; 0000 017F case 'V': ;PCODE: $000002A8 VOL: 0 ;PCODE: $000002A9 VOL: 0 ;PCODE: $000002AA VOL: 0 ; 0000 0180 temp = GetWORD(); ;PCODE: $000002AB VOL: 0 ;PCODE: $000002AC VOL: 0 ; 0000 0181 if(temp > HV_MAX) temp = HV_MAX; ;PCODE: $000002AD VOL: 0 ;PCODE: $000002AE VOL: 0 ;PCODE: $000002AF VOL: 0 ;PCODE: $000002B0 VOL: 0 ;PCODE: $000002B1 VOL: 0 ; 0000 0182 if(temp < HV_MIN) temp = HV_MIN; ;PCODE: $000002B2 VOL: 0 ;PCODE: $000002B3 VOL: 0 ;PCODE: $000002B4 VOL: 0 ;PCODE: $000002B5 VOL: 0 ;PCODE: $000002B6 VOL: 0 ;PCODE: $000002B7 VOL: 0 ; 0000 0183 HV = temp; ;PCODE: $000002B8 VOL: 0 ;PCODE: $000002B9 VOL: 0 ;PCODE: $000002BA VOL: 0 ;PCODE: $000002BB VOL: 0 ; 0000 0184 SetHV(temp); ;PCODE: $000002BC VOL: 0 ;PCODE: $000002BD VOL: 0 ; 0000 0185 printf("HV=%d\r", HV); ;PCODE: $000002BE VOL: 0 ;PCODE: $000002BF VOL: 0 ;PCODE: $000002C0 VOL: 0 ;PCODE: $000002C1 VOL: 0 ;PCODE: $000002C2 VOL: 0 ;PCODE: $000002C3 VOL: 0 ;PCODE: $000002C4 VOL: 0 ;PCODE: $000002C5 VOL: 0 ;PCODE: $000002C6 VOL: 0 ;PCODE: $000002C7 VOL: 0 ;PCODE: $000002C8 VOL: 0 ; 0000 0186 break; ;PCODE: $000002C9 VOL: 0 ; 0000 0187 ; 0000 0188 case 'H': ;PCODE: $000002CA VOL: 0 ;PCODE: $000002CB VOL: 0 ;PCODE: $000002CC VOL: 0 ; 0000 0189 printf("HV=%d\r", HV); ;PCODE: $000002CD VOL: 0 ;PCODE: $000002CE VOL: 0 ;PCODE: $000002CF VOL: 0 ;PCODE: $000002D0 VOL: 0 ;PCODE: $000002D1 VOL: 0 ;PCODE: $000002D2 VOL: 0 ;PCODE: $000002D3 VOL: 0 ;PCODE: $000002D4 VOL: 0 ;PCODE: $000002D5 VOL: 0 ;PCODE: $000002D6 VOL: 0 ;PCODE: $000002D7 VOL: 0 ; 0000 018A break; ;PCODE: $000002D8 VOL: 0 ; 0000 018B ; 0000 018C case 'S': ;PCODE: $000002D9 VOL: 0 ;PCODE: $000002DA VOL: 0 ;PCODE: $000002DB VOL: 0 ; 0000 018D PWM_EN = 0; ;PCODE: $000002DC VOL: 0 ;PCODE: $000002DD VOL: 0 ; 0000 018E printf("HV OFF\r"); ;PCODE: $000002DE VOL: 0 ;PCODE: $000002DF VOL: 0 ;PCODE: $000002E0 VOL: 0 ;PCODE: $000002E1 VOL: 0 ;PCODE: $000002E2 VOL: 0 ;PCODE: $000002E3 VOL: 0 ;PCODE: $000002E4 VOL: 0 ; 0000 018F break; ;PCODE: $000002E5 VOL: 0 ; 0000 0190 ; 0000 0191 case 'G': ;PCODE: $000002E6 VOL: 0 ;PCODE: $000002E7 VOL: 0 ;PCODE: $000002E8 VOL: 0 ; 0000 0192 PWM_EN = 1; ;PCODE: $000002E9 VOL: 0 ;PCODE: $000002EA VOL: 0 ; 0000 0193 printf("HV ON\r"); ;PCODE: $000002EB VOL: 0 ;PCODE: $000002EC VOL: 0 ;PCODE: $000002ED VOL: 0 ;PCODE: $000002EE VOL: 0 ;PCODE: $000002EF VOL: 0 ;PCODE: $000002F0 VOL: 0 ;PCODE: $000002F1 VOL: 0 ; 0000 0194 break; ;PCODE: $000002F2 VOL: 0 ; 0000 0195 ; 0000 0196 case 'P': //Set PWM ;PCODE: $000002F3 VOL: 0 ;PCODE: $000002F4 VOL: 0 ;PCODE: $000002F5 VOL: 0 ; 0000 0197 calibration = 1; ;PCODE: $000002F6 VOL: 0 ;PCODE: $000002F7 VOL: 1 ; 0000 0198 temp = GetWORD(); ;PCODE: $000002F8 VOL: 0 ;PCODE: $000002F9 VOL: 0 ; 0000 0199 SetOCR1B(temp); ;PCODE: $000002FA VOL: 0 ;PCODE: $000002FB VOL: 0 ; 0000 019A printf("OCR1B = %d\r", temp); ;PCODE: $000002FC VOL: 0 ;PCODE: $000002FD VOL: 0 ;PCODE: $000002FE VOL: 0 ;PCODE: $000002FF VOL: 0 ;PCODE: $00000300 VOL: 0 ;PCODE: $00000301 VOL: 0 ;PCODE: $00000302 VOL: 0 ;PCODE: $00000303 VOL: 0 ;PCODE: $00000304 VOL: 0 ;PCODE: $00000305 VOL: 0 ; 0000 019B break; ;PCODE: $00000306 VOL: 0 ; 0000 019C ; 0000 019D } ;PCODE: $00000307 VOL: 0 ; 0000 019E } ; 0000 019F } ;PCODE: $00000308 VOL: 0 ;PCODE: $00000309 VOL: 0 ;PCODE: $0000030A VOL: 0 ; 0000 01A0 } ;PCODE: $0000030B VOL: 0 ;PCODE: $0000030C VOL: 0 ;PCODE: $0000030D VOL: 0 ;PCODE: $0000030E VOL: 0