/* Device driver for Diamond A/D converter Copyright Kristian Mueller 2005 */ #ifndef AD_CONVERTERINFO_H #define AD_CONVERTERINFO_H #define BASE_ADDR 0x0300 #define DMA_LEVEL 3 #define AD_GAIN 6 // TODO - unipolar/bipolar; single-ended/differential mode; reference voltages; clock freq #define START_CONVERSION (IOBASE + BASE_ADDR + 0) #define AD_CHANNEL_REGISTER (IOBASE + BASE_ADDR + 2) #define DIGITAL_OUTPUT_PORT (IOBASE + BASE_ADDR + 3) #define DA_0_LSB (IOBASE + BASE_ADDR + 4) #define DA_0_MSB (IOBASE + BASE_ADDR + 5) #define DA_1_LSB (IOBASE + BASE_ADDR + 6) #define DA_1_MSB (IOBASE + BASE_ADDR + 7) #define CLR_INTERRUPT (IOBASE + BASE_ADDR + 8) #define CONTROL_REGISTER (IOBASE + BASE_ADDR + 9) #define TIMER_SELECT (IOBASE + BASE_ADDR + 10) #define TIMER0_DATA (IOBASE + BASE_ADDR + 12) #define TIMER1_DATA (IOBASE + BASE_ADDR + 13) #define TIMER2_DATA (IOBASE + BASE_ADDR + 14) #define TIMER_CTR_REGISTER (IOBASE + BASE_ADDR + 15) #define AD_LSB (IOBASE + BASE_ADDR + 0) #define AD_MSB (IOBASE + BASE_ADDR + 1) #define DIGITAL_INPUT_PORT (IOBASE + BASE_ADDR + 3) #define STATUS_REGISTER (IOBASE + BASE_ADDR + 8) #define SPECIAL_REGISTER (IOBASE + BASE_ADDR + 11) #define CMD_CLEAR_DOUT 3 #define CMD_SET_DOUT 4 // to read the first input at the first channel #define CMD_INIT_AD1 5 #define CMD_START_CONVERSATION 6 struct ad_converterinfo{ long iPortBase; // Base address of the A/D-C. Board int iDMALevel; // indivates the DMA level - 3 would have lowest priority int iADGainSetting; // the gain [1=User; 2=x10; 3=x5; 4=x2; 5=x1; 6=x0.5] 6 is default }; #endif // AD_CONVERTERINFO_H