sp6608.h

精锐通12864E17的驱动程序

// ,FFFE, FFFF. After the timer reaches 'FFFF', and INT signal is generated
// and is sent to INT controller for processing. At the same time, N will be
// reloaded into timer and count up again.

#define  P_Tmr_Ctrl      0x701A
//       Source of Timer B
//       000 - Fosc
//       001 - Fosc/2
//       010 - Fosc/4
//       010 - 32768
//       100 - T32KHz (4KHz,8KHz,16KHz,32KHz)
//       101 - T2KHz  (256Hz,512Hz,1KHz,2KHz)
//       TMB_En  110 - T128Hz (16Hz,32Hz,64Hz,128Hz)
//          0 - disable             111 - T8Hz   (1Hz,2Hz,4Hz,8Hz)
//          1 - enable                           (P_TimeBaseSet, 0x7018)
//                        5432 1098 7654 XXXX
//                        0101 0101 0101 0000 <- at off-line sleep
//         TMA_En Source 1 of Timer A
//          0 - disable       00 - External Clock (IOD0)
//          1 - enable        01 - 0Hz (VDD)
//         TMA_Ctrl			  10 - T128Hz (16Hz,32Hz,64Hz,128Hz)
//          0 - TMA_Sel       11 - T8Hz   (1Hz,2Hz,4Hz,8Hz)
//          1 - source1,2     Source 2 of Timer A
//         TMA_Sel                    000 - External Clock (IOD1)
//          0 - Fosc                  001 - 0Hz (VDD)
//          1 - Timer B Overflow      010 - Fosc/2
//                                    011 - Fosc/4
//                                    100 - Fosc/8
//                                    101 - 32768
//                  P_TimeBaseSet     110 - T32KHz (4KHz,8KHz,16KHz,32KHz)
//                  (0x7018)          111 - T2KHz  (256Hz,512Hz,1KHz,2KHz)
#define  P_TmrA_Data   0x701B // R/W, up-counter
#define  P_TmrA_Load   0x701C // W, write any value to load data to timer A

#define  P_TmrB_Data   0x701E // R/W, up-counter
#define  P_TmrB_Load   0x701F // W, write any value to load data to timer B

//----------------------------------------------------------------------------------*/
//                         Low Voltage Detect                                       */
//----------------------------------------------------------------------------------*/
#define   P_BatDet          0x7021
         // XXXX XXXX 765X X210
         //           00x0 0000 -> at off-line sleep
         //           adjust low-battery threshold
         //           0002.2V, 0012.3V, 0102.4V, 0112.5V
         //           1002.6V, 1012.7V, 1102.8V, 1112.9V
         //           0 - voltage is lower than threshold
         //           1 - voltage is higher than threshold
         //           0 - detect battery voltage (*)
         //           1 - detect VDD voltage
         //           0/1- disable/enable battery detect
         //           50us is a must to get detect result !!!

//----------------------------------------------------------------------------------*/
//                            DTMF & Tone Generator                                 */
//----------------------------------------------------------------------------------*/
#define  P_DtmfTone      0x7022
//      XXXX XX78 7654 3210
// 		Select Dac1 or DAC2          	00 0000 0000 -> at off-line sleep
//                   					DAC enable 
// 		enable DTMF column frequency  	DTMF row frequency select
//                 						Tone1 enable  Tone0 enable
// 		DTMF column frequency select  	enable DTMF row frequency

//=================================================================================	
#define  B_DtmfColEn     0x0080
#define  B_Tone1En       0x0040
#define  B_DtmfRowEn     0x0008
#define  B_Tone0En       0x0004
#define  B_DacEn         0x0100
#define  B_Dac2Sel       0x0200
//=================================================================================	

#define  P_Ch0Envelope   0x7023
        // 5432 1098 XXXX XXXX
        // envelope output
#define  P_Ch1Envelope   0x7024
        // 5432 1098 XXXX XXXX
        // envelope output

//----------------------------------------------------------------------------------*/
//          A/D & AGC            */
//----------------------------------------------------------------------------------*/
#define  P_AgcCtrl       0x7025
        // XXXX XXXX 7XXX 3210
        //               0000 -> at off-line sleep
		//						 auto gain control
        //                     0001 - Gain  1/2
        //                     0011 - Gain  2
        //                     0111 - Gain  8
        //                     1111 - Gain  32
        //           		   enable ADC quick charge
        
#define  B_AdcQuickCharge 0x0080

#define  P_AdcCtrl       0x7026
        // XXXX XXXX 76XX XXXX
        //           00        -> at off-line sleep
        //           A/D sampling rate select (R/W)
        //                      0/1 - 8K / TimerA (<8K)
        //                      enable AGC & ADC (R/W)

#define  P_Adc           0x7027 	// (R) 8-bit ADC (b15~b8)
        // 5432 1098 XXXX XXXX
        // ADC result
#define  P_Dac0           0x7029 	// (R) 10-bit ADC (b15~b6)        




#define  P_RiDet         0x7028	 // (R/W)
        // XXXX XXXX 76XX XXXX
        //           1xxx   xx -> at off-line sleep
        //           00 - ring wake-up/interrupt at falling edge
        //           01 - ring wake-up/interrupt at rising edge
        //           1x - ring wake-up/interrupt at both edges
        //           0/1 - ring is on/off (read only)
        //           0/1 - disable/enable built-in ring detector
#define  B_RiDet         0x0040
#define  B_EnRiDet       0x0080

//----------------------------------------------------------------------------------*/
//            L C D              */
//----------------------------------------------------------------------------------*/
#define  P_LcdCtrl       0x7020
        // XXXX XXXX 7654 3210
        //           1100 xxxx -> at off-line sleep
        //           adjust LCD supply voltage
        //           00002.7V, 00012.8V, 00102.9V, 00113.0V
        //           01003.1V, 01013.2V, 01103.3V, 01113.4V
        //           10003.5V, 10013.6V, 10103.7V, 10113.8V
        //           11003.9V, 11014.0V, 11104.1V, 11114.2V
        //           turn off all dots of LCD
        //           turn on all dots of LCD
        //           turn on charge pump of LCD
        //           enable LCD
        // After powering on, enable charge pump (b61) at first, but do not
        // enable LCD (b70) for the time being. After a 10ms delay for bias
        // generation circuit stabilzation, enable LCD (b71)



//=================================================================================	
#define  B_PumpEn        0x0040 // First, enable LCD charge pump
#define  B_LcdEn         0x0080 // Next, after a 10ms delay, enable LCD
#define  B_LcdAllOn      0x0020
#define  B_LcdAllOff     0x0010

#define  B_Com0          0x0001
#define  B_Com1          0x0002
#define  B_Com2          0x0004
#define  B_Com3          0x0008
#define  B_Com4          0x0010
#define  B_Com5          0x0020
#define  B_Com6          0x0040
#define  B_Com7          0x0080

#define  P_Seg0          0x7100
#define  P_Seg1          0x7101
#define  P_Seg2          0x7102
#define  P_Seg3          0x7103
#define  P_Seg4          0x7104
#define  P_Seg5          0x7105
#define  P_Seg6          0x7106
#define  P_Seg7          0x7107
#define  P_Seg8          0x7108
#define  P_Seg9          0x7109
#define  P_Seg10         0x710A
#define  P_Seg11         0x710B
#define  P_Seg12         0x710C
#define  P_Seg13         0x710D
#define  P_Seg14         0x710E
#define  P_Seg15         0x710F
#define  P_Seg16         0x7110
#define  P_Seg17         0x7111
#define  P_Seg18         0x7112
#define  P_Seg19         0x7113
#define  P_Seg20         0x7114
#define  P_Seg21         0x7115
#define  P_Seg22         0x7116
#define  P_Seg23         0x7117
#define  P_Seg24         0x7118
#define  P_Seg25         0x7119
#define  P_Seg26         0x711A
#define  P_Seg27         0x711B
//=================================================================================	



//----------------------------------------------------------------------------------*/
//     SPLC501  Interference           */
//----------------------------------------------------------------------------------*/

#define  P_Lcd501Ctrl    		0x7040


#define  P_Lcd501Data    		0x7041
#define  P_Lcd501ReadData       0x7041

#define  P_Lcd501BdySelect  	0x7042

//----------------------------------------------------------------------------------*/
//     SPR1024  Interference           */
//----------------------------------------------------------------------------------*/
#define  P_SerialFlashData  	0x7030
#define  P_SerialFlashAddr1 	0x7031
#define  P_SerialFlashAddr2 	0x7032
#define  P_SerialFlashAddr3 	0x7033
#define  P_SerialFlashCtrl  	0x7034
#define  P_SerialFlashStart 	0x7035
#define  P_SerialFlashStop  	0x7036


#define  B_SerialFlashWorking	0x0080


#define   P_UARTCmd1             0x7049

#define   P_UARTCmd2             0x704A
#define   CMask_UARTAcRDY        0x0001

#define   P_UARTData             0x704B

#define   P_UARTBR_Low           0x704C           //Set clock/M
#define   P_UARTBR_High          0x704D

#define   P_UARTABR_Low          0x704E           //System clock/4    2.8M Hz/4700kHz
#define   CB_UARTBpsLow          0x0058

#define   P_UARTABR_High         0x704F
#define   CB_UARTBpsHigh         0x0002





#endif