c8051f340.h

C8051控制DA void OSCILLATOR_Init (void) void PORT_Init (void) void Delay (int) void init_da (vo

sfr  EIP1         =  0xF6;             // Extended Interrupt Priority 1
sfr  EIP2         =  0xF7;             // Extended Interrupt Priority 2
sfr  SPI0CN       =  0xF8;             // SPI0 Control
sfr  PCA0L        =  0xF9;             // PCA0 Counter Low
sfr  PCA0H        =  0xFA;             // PCA0 Counter High
sfr  PCA0CPL0     =  0xFB;             // PCA0 Capture 0 Low
sfr  PCA0CPH0     =  0xFC;             // PCA0 Capture 0 High
sfr  PCA0CPL4     =  0xFD;             // PCA0 Capture 4 Low
sfr  PCA0CPH4     =  0xFE;             // PCA0 Capture 4 High
sfr  VDM0CN       =  0xFF;             // VDD Monitor Control


//-----------------------------------------------------------------------------
// Bit Definitions
//-----------------------------------------------------------------------------

// TCON 0x88
sbit TF1     = 0x8F;                   // Timer1 overflow flag
sbit TR1     = 0x8E;                   // Timer1 on/off control
sbit TF0     = 0x8D;                   // Timer0 overflow flag
sbit TR0     = 0x8C;                   // Timer0 on/off control
sbit IE1     = 0x8B;                   // Ext interrupt 1 edge flag
sbit IT1     = 0x8A;                   // Ext interrupt 1 type
sbit IE0     = 0x89;                   // Ext interrupt 0 edge flag
sbit IT0     = 0x88;                   // Ext interrupt 0 type

// SCON0 0x98
sbit S0MODE  = 0x9F;                   // Serial mode control bit 0
                                       // Bit6 UNUSED
sbit MCE0    = 0x9D;                   // Multiprocessor communication enable
sbit REN0    = 0x9C;                   // Receive enable
sbit TB80    = 0x9B;                   // Transmit bit 8
sbit RB80    = 0x9A;                   // Receive bit 8
sbit TI0     = 0x99;                   // Transmit interrupt flag
sbit RI0     = 0x98;                   // Receive interrupt flag

// IE 0xA8
sbit EA      = 0xAF;                   // Global interrupt enable
sbit ESPI0   = 0xAE;                   // SPI0 interrupt enable
sbit ET2     = 0xAD;                   // Timer2 interrupt enable
sbit ES0     = 0xAC;                   // UART0 interrupt enable
sbit ET1     = 0xAB;                   // Timer1 interrupt enable
sbit EX1     = 0xAA;                   // External interrupt 1 enable
sbit ET0     = 0xA9;                   // Timer0 interrupt enable
sbit EX0     = 0xA8;                   // External interrupt 0 enable

// IP 0xB8
                                       // Bit7 UNUSED
sbit PSPI0   = 0xBE;                   // SPI0 interrupt priority
sbit PT2     = 0xBD;                   // Timer2 priority
sbit PS0     = 0xBC;                   // UART0 priority
sbit PT1     = 0xBB;                   // Timer1 priority
sbit PX1     = 0xBA;                   // External interrupt 1 priority
sbit PT0     = 0xB9;                   // Timer0 priority
sbit PX0     = 0xB8;                   // External interrupt 0 priority

// SMB0CN 0xC0
sbit MASTER  = 0xC7;                   // Master/slave indicator
sbit TXMODE  = 0xC6;                   // Transmit mode indicator
sbit STA     = 0xC5;                   // Start flag
sbit STO     = 0xC4;                   // Stop flag
sbit ACKRQ   = 0xC3;                   // Acknowledge request
sbit ARBLOST = 0xC2;                   // Arbitration lost indicator
sbit ACK     = 0xC1;                   // Acknowledge flag
sbit SI      = 0xC0;                   // SMBus interrupt flag

// TMR2CN 0xC8
sbit TF2H    = 0xCF;                   // Timer2 high byte overflow flag
sbit TF2L    = 0xCE;                   // Timer2 low byte overflow flag
sbit TF2LEN  = 0xCD;                   // Timer2 low byte interrupt enable
sbit T2SOF   = 0xCC;                   // Timer2 start-of-frame capture enable
sbit T2SPLIT = 0xCB;                   // Timer2 split mode enable
sbit TR2     = 0xCA;                   // Timer2 on/off control
                                       // Bit1 UNUSED
sbit T2XCLK  = 0xC8;                   // Timer2 external clock select

// PSW 0xD0
sbit CY      = 0xD7;                   // Carry flag
sbit AC      = 0xD6;                   // Auxiliary carry flag
sbit F0      = 0xD5;                   // User flag 0
sbit RS1     = 0xD4;                   // Register bank select 1
sbit RS0     = 0xD3;                   // Register bank select 0
sbit OV      = 0xD2;                   // Overflow flag
sbit F1      = 0xD1;                   // User flag 1
sbit P       = 0xD0;                   // Accumulator parity flag

// PCA0CN 0xD8
sbit CF      = 0xDF;                   // PCA0 counter overflow flag
sbit CR      = 0xDE;                   // PCA0 counter run control
                                       // Bit5 UNUSED
sbit CCF4    = 0xDC;                   // PCA0 module4 capture/compare flag
sbit CCF3    = 0xDB;                   // PCA0 module3 capture/compare flag
sbit CCF2    = 0xDA;                   // PCA0 module2 capture/compare flag
sbit CCF1    = 0xD9;                   // PCA0 module1 capture/compare flag
sbit CCF0    = 0xD8;                   // PCA0 module0 capture/compare flag

// ADC0CN 0xE8
sbit AD0EN   = 0xEF;                   // ADC0 enable
sbit AD0TM   = 0xEE;                   // ADC0 track mode
sbit AD0INT  = 0xED;                   // ADC0 converision complete interrupt flag
sbit AD0BUSY = 0xEC;                   // ADC0 busy flag
sbit AD0WINT = 0xEB;                   // ADC0 window compare interrupt flag
sbit AD0CM2  = 0xEA;                   // ADC0 conversion mode select 2
sbit AD0CM1  = 0xE9;                   // ADC0 conversion mode select 1
sbit AD0CM0  = 0xE8;                   // ADC0 conversion mode select 0

// SPI0CN 0xF8
sbit SPIF    = 0xFF;                   // SPI0 interrupt flag
sbit WCOL    = 0xFE;                   // SPI0 write collision flag
sbit MODF    = 0xFD;                   // SPI0 mode fault flag
sbit RXOVRN  = 0xFC;                   // SPI0 rx overrun flag
sbit NSSMD1  = 0xFB;                   // SPI0 slave select mode 1
sbit NSSMD0  = 0xFA;                   // SPI0 slave select mode 0
sbit TXBMT   = 0xF9;                   // SPI0 transmit buffer empty
sbit SPIEN   = 0xF8;                   // SPI0 SPI enable


//-----------------------------------------------------------------------------
// Interrupt Priorities
//-----------------------------------------------------------------------------

#define INTERRUPT_INT0             0   // External Interrupt 0
#define INTERRUPT_TIMER0           1   // Timer0 Overflow
#define INTERRUPT_INT1             2   // External Interrupt 1
#define INTERRUPT_TIMER1           3   // Timer1 Overflow
#define INTERRUPT_UART0            4   // Serial Port 0
#define INTERRUPT_TIMER2           5   // Timer2 Overflow
#define INTERRUPT_SPI0             6   // Serial Peripheral Interface 0
#define INTERRUPT_SMBUS0           7   // SMBus0 Interface
#define INTERRUPT_USB0             8   // USB Interface
#define INTERRUPT_ADC0_WINDOW      9   // ADC0 Window Comparison
#define INTERRUPT_ADC0_EOC         10  // ADC0 End Of Conversion
#define INTERRUPT_PCA0             11  // PCA0 Peripheral
#define INTERRUPT_COMPARATOR0      12  // Comparator0
#define INTERRUPT_COMPARATOR1      13  // Comparator1
#define INTERRUPT_TIMER3           14  // Timer3 Overflow
#define INTERRUPT_VBUS_LEVEL       15  // VBUS level-triggered interrupt
#define INTERRUPT_UART1            16  // Serial Port 1

//-----------------------------------------------------------------------------
// Header File PreProcessor Directive
//-----------------------------------------------------------------------------

#endif                                 // #define C8051F340_H

//-----------------------------------------------------------------------------
// End Of File
//-----------------------------------------------------------------------------