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Energy Micro IEC60355 Library Example Project 1.0 (internal use only!) GCC-Version
Example project demonstrating POST and BIST library functions
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Energy Micro IEC60355 Library Example Project 1.0 (internal use only!) GCC-Version
Example project demonstrating POST and BIST library functions
|
|
Defines | |
| #define | AFCHAN_MAX 79 |
| #define | AFCHANLOC_MAX 4 |
| #define | AFACHAN_MAX 37 |
| #define | AF_CMU_CLK0 0 |
| #define | AF_CMU_CLK1 1 |
| #define | AF_EBI_AD00 2 |
| #define | AF_EBI_AD01 3 |
| #define | AF_EBI_AD02 4 |
| #define | AF_EBI_AD03 5 |
| #define | AF_EBI_AD04 6 |
| #define | AF_EBI_AD05 7 |
| #define | AF_EBI_AD06 8 |
| #define | AF_EBI_AD07 9 |
| #define | AF_EBI_AD08 10 |
| #define | AF_EBI_AD09 11 |
| #define | AF_EBI_AD10 12 |
| #define | AF_EBI_AD11 13 |
| #define | AF_EBI_AD12 14 |
| #define | AF_EBI_AD13 15 |
| #define | AF_EBI_AD14 16 |
| #define | AF_EBI_AD15 17 |
| #define | AF_EBI_CS0 18 |
| #define | AF_EBI_CS1 19 |
| #define | AF_EBI_CS2 20 |
| #define | AF_EBI_CS3 21 |
| #define | AF_EBI_WEn 22 |
| #define | AF_EBI_REn 23 |
| #define | AF_EBI_ARDY 24 |
| #define | AF_EBI_ALE 25 |
| #define | AF_TIMER0_CC0 26 |
| #define | AF_TIMER0_CC1 27 |
| #define | AF_TIMER0_CC2 28 |
| #define | AF_TIMER0_CDTI0 29 |
| #define | AF_TIMER0_CDTI1 30 |
| #define | AF_TIMER0_CDTI2 31 |
| #define | AF_TIMER1_CC0 32 |
| #define | AF_TIMER1_CC1 33 |
| #define | AF_TIMER1_CC2 34 |
| #define | AF_TIMER1_CDTI0 35 |
| #define | AF_TIMER1_CDTI1 36 |
| #define | AF_TIMER1_CDTI2 37 |
| #define | AF_TIMER2_CC0 38 |
| #define | AF_TIMER2_CC1 39 |
| #define | AF_TIMER2_CC2 40 |
| #define | AF_TIMER2_CDTI0 41 |
| #define | AF_TIMER2_CDTI1 42 |
| #define | AF_TIMER2_CDTI2 43 |
| #define | AF_USART0_TX 44 |
| #define | AF_USART0_RX 45 |
| #define | AF_USART0_CLK 46 |
| #define | AF_USART0_CS 47 |
| #define | AF_USART1_TX 48 |
| #define | AF_USART1_RX 49 |
| #define | AF_USART1_CLK 50 |
| #define | AF_USART1_CS 51 |
| #define | AF_USART2_TX 52 |
| #define | AF_USART2_RX 53 |
| #define | AF_USART2_CLK 54 |
| #define | AF_USART2_CS 55 |
| #define | AF_UART0_TX 56 |
| #define | AF_UART0_RX 57 |
| #define | AF_UART0_CLK 58 |
| #define | AF_UART0_CS 59 |
| #define | AF_LEUART0_TX 60 |
| #define | AF_LEUART0_RX 61 |
| #define | AF_LEUART1_TX 62 |
| #define | AF_LEUART1_RX 63 |
| #define | AF_LETIMER0_OUT0 64 |
| #define | AF_LETIMER0_OUT1 65 |
| #define | AF_PCNT0_S0IN 66 |
| #define | AF_PCNT0_S1IN 67 |
| #define | AF_PCNT1_S0IN 68 |
| #define | AF_PCNT1_S1IN 69 |
| #define | AF_PCNT2_S0IN 70 |
| #define | AF_PCNT2_S1IN 71 |
| #define | AF_I2C0_SDA 72 |
| #define | AF_I2C0_SCL 73 |
| #define | AF_ACMP0_OUT 74 |
| #define | AF_ACMP1_OUT 75 |
| #define | AF_DBG_SWO 76 |
| #define | AF_DBG_SWDIO 77 |
| #define | AF_DBG_SWCLK 78 |
| #define | AFA_MSC_TM0 0 |
| #define | AFA_MSC_TM1 1 |
| #define | AFA_MSC_TM2 2 |
| #define | AFA_ADC0_CH0 3 |
| #define | AFA_ADC0_CH1 4 |
| #define | AFA_ADC0_CH2 5 |
| #define | AFA_ADC0_CH3 6 |
| #define | AFA_ADC0_CH4 7 |
| #define | AFA_ADC0_CH5 8 |
| #define | AFA_ADC0_CH6 9 |
| #define | AFA_ADC0_CH7 10 |
| #define | AFA_ADC0_VCM 11 |
| #define | AFA_DAC0_OUT0 12 |
| #define | AFA_DAC0_OUT1 13 |
| #define | AFA_ACMP0_CH0 14 |
| #define | AFA_ACMP0_CH1 15 |
| #define | AFA_ACMP0_CH2 16 |
| #define | AFA_ACMP0_CH3 17 |
| #define | AFA_ACMP0_CH4 18 |
| #define | AFA_ACMP0_CH5 19 |
| #define | AFA_ACMP0_CH6 20 |
| #define | AFA_ACMP0_CH7 21 |
| #define | AFA_ACMP1_CH0 22 |
| #define | AFA_ACMP1_CH1 23 |
| #define | AFA_ACMP1_CH2 24 |
| #define | AFA_ACMP1_CH3 25 |
| #define | AFA_ACMP1_CH4 26 |
| #define | AFA_ACMP1_CH5 27 |
| #define | AFA_ACMP1_CH6 28 |
| #define | AFA_ACMP1_CH7 29 |
| #define | AFA_LCD_BCAP_P 30 |
| #define | AFA_LCD_BCAP_N 31 |
| #define | AFA_LCD_BEXT 32 |
| #define | AFA_HFXTAL_P 33 |
| #define | AFA_HFXTAL_N 34 |
| #define | AFA_LFXTAL_P 35 |
| #define | AFA_LFXTAL_N 36 |
| #define | AF_TIMER_CC0(i) ((i) == 0 ? AF_TIMER0_CC0 : (i) == 1 ? AF_TIMER1_CC0 : (i) == 2 ? AF_TIMER2_CC0 : -1) |
| #define | AF_UART_CLK(i) ((i) == 0 ? AF_UART0_CLK : -1) |
| #define | AF_I2C_SDA(i) ((i) == 0 ? AF_I2C0_SDA : -1) |
| #define | AF_TIMER_CC1(i) ((i) == 0 ? AF_TIMER0_CC1 : (i) == 1 ? AF_TIMER1_CC1 : (i) == 2 ? AF_TIMER2_CC1 : -1) |
| #define | AF_USART_CS(i) ((i) == 0 ? AF_USART0_CS : (i) == 1 ? AF_USART1_CS : (i) == 2 ? AF_USART2_CS : -1) |
| #define | AF_I2C_SCL(i) ((i) == 0 ? AF_I2C0_SCL : -1) |
| #define | AF_TIMER_CC2(i) ((i) == 0 ? AF_TIMER0_CC2 : (i) == 1 ? AF_TIMER1_CC2 : (i) == 2 ? AF_TIMER2_CC2 : -1) |
| #define | AF_TIMER_CDTI1(i) ((i) == 0 ? AF_TIMER0_CDTI1 : (i) == 1 ? AF_TIMER1_CDTI1 : (i) == 2 ? AF_TIMER2_CDTI1 : -1) |
| #define | AF_TIMER_CDTI0(i) ((i) == 0 ? AF_TIMER0_CDTI0 : (i) == 1 ? AF_TIMER1_CDTI0 : (i) == 2 ? AF_TIMER2_CDTI0 : -1) |
| #define | AF_USART_CLK(i) ((i) == 0 ? AF_USART0_CLK : (i) == 1 ? AF_USART1_CLK : (i) == 2 ? AF_USART2_CLK : -1) |
| #define | AF_UART_RX(i) ((i) == 0 ? AF_UART0_RX : -1) |
| #define | AF_UART_TX(i) ((i) == 0 ? AF_UART0_TX : -1) |
| #define | AF_LETIMER_OUT1(i) ((i) == 0 ? AF_LETIMER0_OUT1 : -1) |
| #define | AF_LEUART_RX(i) ((i) == 0 ? AF_LEUART0_RX : (i) == 1 ? AF_LEUART1_RX : -1) |
| #define | AF_PCNT_S1IN(i) ((i) == 0 ? AF_PCNT0_S1IN : (i) == 1 ? AF_PCNT1_S1IN : (i) == 2 ? AF_PCNT2_S1IN : -1) |
| #define | AF_TIMER_CDTI2(i) ((i) == 0 ? AF_TIMER0_CDTI2 : (i) == 1 ? AF_TIMER1_CDTI2 : (i) == 2 ? AF_TIMER2_CDTI2 : -1) |
| #define | AF_LEUART_TX(i) ((i) == 0 ? AF_LEUART0_TX : (i) == 1 ? AF_LEUART1_TX : -1) |
| #define | AF_USART_TX(i) ((i) == 0 ? AF_USART0_TX : (i) == 1 ? AF_USART1_TX : (i) == 2 ? AF_USART2_TX : -1) |
| #define | AF_LETIMER_OUT0(i) ((i) == 0 ? AF_LETIMER0_OUT0 : -1) |
| #define | AF_ACMP_OUT(i) ((i) == 0 ? AF_ACMP0_OUT : (i) == 1 ? AF_ACMP1_OUT : -1) |
| #define | AF_USART_RX(i) ((i) == 0 ? AF_USART0_RX : (i) == 1 ? AF_USART1_RX : (i) == 2 ? AF_USART2_RX : -1) |
| #define | AF_UART_CS(i) ((i) == 0 ? AF_UART0_CS : -1) |
| #define | AF_PCNT_S0IN(i) ((i) == 0 ? AF_PCNT0_S0IN : (i) == 1 ? AF_PCNT1_S0IN : (i) == 2 ? AF_PCNT2_S0IN : -1) |
| #define | AFA_DAC_OUT1(i) ((i) == 0 ? AFA_DAC0_OUT1 : -1) |
| #define | AFA_DAC_OUT0(i) ((i) == 0 ? AFA_DAC0_OUT0 : -1) |
| #define | AFA_ADC_CH7(i) ((i) == 0 ? AFA_ADC0_CH7 : -1) |
| #define | AFA_ADC_VCM(i) ((i) == 0 ? AFA_ADC0_VCM : -1) |
| #define | AFA_ACMP_CH1(i) ((i) == 0 ? AFA_ACMP0_CH1 : (i) == 1 ? AFA_ACMP1_CH1 : -1) |
| #define | AFA_ADC_CH0(i) ((i) == 0 ? AFA_ADC0_CH0 : -1) |
| #define | AFA_ACMP_CH0(i) ((i) == 0 ? AFA_ACMP0_CH0 : (i) == 1 ? AFA_ACMP1_CH0 : -1) |
| #define | AFA_ACMP_CH3(i) ((i) == 0 ? AFA_ACMP0_CH3 : (i) == 1 ? AFA_ACMP1_CH3 : -1) |
| #define | AFA_ADC_CH1(i) ((i) == 0 ? AFA_ADC0_CH1 : -1) |
| #define | AFA_ACMP_CH2(i) ((i) == 0 ? AFA_ACMP0_CH2 : (i) == 1 ? AFA_ACMP1_CH2 : -1) |
| #define | AFA_ADC_CH2(i) ((i) == 0 ? AFA_ADC0_CH2 : -1) |
| #define | AFA_ADC_CH3(i) ((i) == 0 ? AFA_ADC0_CH3 : -1) |
| #define | AFA_ADC_CH4(i) ((i) == 0 ? AFA_ADC0_CH4 : -1) |
| #define | AFA_ADC_CH5(i) ((i) == 0 ? AFA_ADC0_CH5 : -1) |
| #define | AFA_ADC_CH6(i) ((i) == 0 ? AFA_ADC0_CH6 : -1) |
| #define | AFA_ACMP_CH5(i) ((i) == 0 ? AFA_ACMP0_CH5 : (i) == 1 ? AFA_ACMP1_CH5 : -1) |
| #define | AFA_ACMP_CH4(i) ((i) == 0 ? AFA_ACMP0_CH4 : (i) == 1 ? AFA_ACMP1_CH4 : -1) |
| #define | AFA_ACMP_CH7(i) ((i) == 0 ? AFA_ACMP0_CH7 : (i) == 1 ? AFA_ACMP1_CH7 : -1) |
| #define | AFA_ACMP_CH6(i) ((i) == 0 ? AFA_ACMP0_CH6 : (i) == 1 ? AFA_ACMP1_CH6 : -1) |
| #define AF_ACMP0_OUT 74 |
Definition at line 11992 of file efm32g890f128.h.
| #define AF_ACMP1_OUT 75 |
Definition at line 11993 of file efm32g890f128.h.
| #define AF_ACMP_OUT | ( | i | ) | ((i) == 0 ? AF_ACMP0_OUT : (i) == 1 ? AF_ACMP1_OUT : -1) |
Definition at line 12057 of file efm32g890f128.h.
| #define AF_CMU_CLK0 0 |
Peripheral Alternate Function (AF) channels
Definition at line 11918 of file efm32g890f128.h.
| #define AF_CMU_CLK1 1 |
Definition at line 11919 of file efm32g890f128.h.
| #define AF_DBG_SWCLK 78 |
Definition at line 11996 of file efm32g890f128.h.
| #define AF_DBG_SWDIO 77 |
Definition at line 11995 of file efm32g890f128.h.
| #define AF_DBG_SWO 76 |
Definition at line 11994 of file efm32g890f128.h.
| #define AF_EBI_AD00 2 |
Definition at line 11920 of file efm32g890f128.h.
| #define AF_EBI_AD01 3 |
Definition at line 11921 of file efm32g890f128.h.
| #define AF_EBI_AD02 4 |
Definition at line 11922 of file efm32g890f128.h.
| #define AF_EBI_AD03 5 |
Definition at line 11923 of file efm32g890f128.h.
| #define AF_EBI_AD04 6 |
Definition at line 11924 of file efm32g890f128.h.
| #define AF_EBI_AD05 7 |
Definition at line 11925 of file efm32g890f128.h.
| #define AF_EBI_AD06 8 |
Definition at line 11926 of file efm32g890f128.h.
| #define AF_EBI_AD07 9 |
Definition at line 11927 of file efm32g890f128.h.
| #define AF_EBI_AD08 10 |
Definition at line 11928 of file efm32g890f128.h.
| #define AF_EBI_AD09 11 |
Definition at line 11929 of file efm32g890f128.h.
| #define AF_EBI_AD10 12 |
Definition at line 11930 of file efm32g890f128.h.
| #define AF_EBI_AD11 13 |
Definition at line 11931 of file efm32g890f128.h.
| #define AF_EBI_AD12 14 |
Definition at line 11932 of file efm32g890f128.h.
| #define AF_EBI_AD13 15 |
Definition at line 11933 of file efm32g890f128.h.
| #define AF_EBI_AD14 16 |
Definition at line 11934 of file efm32g890f128.h.
| #define AF_EBI_AD15 17 |
Definition at line 11935 of file efm32g890f128.h.
| #define AF_EBI_ALE 25 |
Definition at line 11943 of file efm32g890f128.h.
| #define AF_EBI_ARDY 24 |
Definition at line 11942 of file efm32g890f128.h.
| #define AF_EBI_CS0 18 |
Definition at line 11936 of file efm32g890f128.h.
| #define AF_EBI_CS1 19 |
Definition at line 11937 of file efm32g890f128.h.
| #define AF_EBI_CS2 20 |
Definition at line 11938 of file efm32g890f128.h.
| #define AF_EBI_CS3 21 |
Definition at line 11939 of file efm32g890f128.h.
| #define AF_EBI_REn 23 |
Definition at line 11941 of file efm32g890f128.h.
| #define AF_EBI_WEn 22 |
Definition at line 11940 of file efm32g890f128.h.
| #define AF_I2C0_SCL 73 |
Definition at line 11991 of file efm32g890f128.h.
| #define AF_I2C0_SDA 72 |
Definition at line 11990 of file efm32g890f128.h.
| #define AF_I2C_SCL | ( | i | ) | ((i) == 0 ? AF_I2C0_SCL : -1) |
Definition at line 12043 of file efm32g890f128.h.
| #define AF_I2C_SDA | ( | i | ) | ((i) == 0 ? AF_I2C0_SDA : -1) |
Definition at line 12040 of file efm32g890f128.h.
| #define AF_LETIMER0_OUT0 64 |
Definition at line 11982 of file efm32g890f128.h.
| #define AF_LETIMER0_OUT1 65 |
Definition at line 11983 of file efm32g890f128.h.
| #define AF_LETIMER_OUT0 | ( | i | ) | ((i) == 0 ? AF_LETIMER0_OUT0 : -1) |
Definition at line 12056 of file efm32g890f128.h.
| #define AF_LETIMER_OUT1 | ( | i | ) | ((i) == 0 ? AF_LETIMER0_OUT1 : -1) |
Definition at line 12050 of file efm32g890f128.h.
| #define AF_LEUART0_RX 61 |
Definition at line 11979 of file efm32g890f128.h.
| #define AF_LEUART0_TX 60 |
Definition at line 11978 of file efm32g890f128.h.
| #define AF_LEUART1_RX 63 |
Definition at line 11981 of file efm32g890f128.h.
| #define AF_LEUART1_TX 62 |
Definition at line 11980 of file efm32g890f128.h.
| #define AF_LEUART_RX | ( | i | ) | ((i) == 0 ? AF_LEUART0_RX : (i) == 1 ? AF_LEUART1_RX : -1) |
Definition at line 12051 of file efm32g890f128.h.
| #define AF_LEUART_TX | ( | i | ) | ((i) == 0 ? AF_LEUART0_TX : (i) == 1 ? AF_LEUART1_TX : -1) |
Definition at line 12054 of file efm32g890f128.h.
| #define AF_PCNT0_S0IN 66 |
Definition at line 11984 of file efm32g890f128.h.
| #define AF_PCNT0_S1IN 67 |
Definition at line 11985 of file efm32g890f128.h.
| #define AF_PCNT1_S0IN 68 |
Definition at line 11986 of file efm32g890f128.h.
| #define AF_PCNT1_S1IN 69 |
Definition at line 11987 of file efm32g890f128.h.
| #define AF_PCNT2_S0IN 70 |
Definition at line 11988 of file efm32g890f128.h.
| #define AF_PCNT2_S1IN 71 |
Definition at line 11989 of file efm32g890f128.h.
| #define AF_PCNT_S0IN | ( | i | ) | ((i) == 0 ? AF_PCNT0_S0IN : (i) == 1 ? AF_PCNT1_S0IN : (i) == 2 ? AF_PCNT2_S0IN : -1) |
Definition at line 12060 of file efm32g890f128.h.
| #define AF_PCNT_S1IN | ( | i | ) | ((i) == 0 ? AF_PCNT0_S1IN : (i) == 1 ? AF_PCNT1_S1IN : (i) == 2 ? AF_PCNT2_S1IN : -1) |
Definition at line 12052 of file efm32g890f128.h.
| #define AF_TIMER0_CC0 26 |
Definition at line 11944 of file efm32g890f128.h.
| #define AF_TIMER0_CC1 27 |
Definition at line 11945 of file efm32g890f128.h.
| #define AF_TIMER0_CC2 28 |
Definition at line 11946 of file efm32g890f128.h.
| #define AF_TIMER0_CDTI0 29 |
Definition at line 11947 of file efm32g890f128.h.
| #define AF_TIMER0_CDTI1 30 |
Definition at line 11948 of file efm32g890f128.h.
| #define AF_TIMER0_CDTI2 31 |
Definition at line 11949 of file efm32g890f128.h.
| #define AF_TIMER1_CC0 32 |
Definition at line 11950 of file efm32g890f128.h.
| #define AF_TIMER1_CC1 33 |
Definition at line 11951 of file efm32g890f128.h.
| #define AF_TIMER1_CC2 34 |
Definition at line 11952 of file efm32g890f128.h.
| #define AF_TIMER1_CDTI0 35 |
Definition at line 11953 of file efm32g890f128.h.
| #define AF_TIMER1_CDTI1 36 |
Definition at line 11954 of file efm32g890f128.h.
| #define AF_TIMER1_CDTI2 37 |
Definition at line 11955 of file efm32g890f128.h.
| #define AF_TIMER2_CC0 38 |
Definition at line 11956 of file efm32g890f128.h.
| #define AF_TIMER2_CC1 39 |
Definition at line 11957 of file efm32g890f128.h.
| #define AF_TIMER2_CC2 40 |
Definition at line 11958 of file efm32g890f128.h.
| #define AF_TIMER2_CDTI0 41 |
Definition at line 11959 of file efm32g890f128.h.
| #define AF_TIMER2_CDTI1 42 |
Definition at line 11960 of file efm32g890f128.h.
| #define AF_TIMER2_CDTI2 43 |
Definition at line 11961 of file efm32g890f128.h.
| #define AF_TIMER_CC0 | ( | i | ) | ((i) == 0 ? AF_TIMER0_CC0 : (i) == 1 ? AF_TIMER1_CC0 : (i) == 2 ? AF_TIMER2_CC0 : -1) |
Digital Alternate Function (AF)
Definition at line 12038 of file efm32g890f128.h.
| #define AF_TIMER_CC1 | ( | i | ) | ((i) == 0 ? AF_TIMER0_CC1 : (i) == 1 ? AF_TIMER1_CC1 : (i) == 2 ? AF_TIMER2_CC1 : -1) |
Definition at line 12041 of file efm32g890f128.h.
| #define AF_TIMER_CC2 | ( | i | ) | ((i) == 0 ? AF_TIMER0_CC2 : (i) == 1 ? AF_TIMER1_CC2 : (i) == 2 ? AF_TIMER2_CC2 : -1) |
Definition at line 12044 of file efm32g890f128.h.
| #define AF_TIMER_CDTI0 | ( | i | ) | ((i) == 0 ? AF_TIMER0_CDTI0 : (i) == 1 ? AF_TIMER1_CDTI0 : (i) == 2 ? AF_TIMER2_CDTI0 : -1) |
Definition at line 12046 of file efm32g890f128.h.
| #define AF_TIMER_CDTI1 | ( | i | ) | ((i) == 0 ? AF_TIMER0_CDTI1 : (i) == 1 ? AF_TIMER1_CDTI1 : (i) == 2 ? AF_TIMER2_CDTI1 : -1) |
Definition at line 12045 of file efm32g890f128.h.
| #define AF_TIMER_CDTI2 | ( | i | ) | ((i) == 0 ? AF_TIMER0_CDTI2 : (i) == 1 ? AF_TIMER1_CDTI2 : (i) == 2 ? AF_TIMER2_CDTI2 : -1) |
Definition at line 12053 of file efm32g890f128.h.
| #define AF_UART0_CLK 58 |
Definition at line 11976 of file efm32g890f128.h.
| #define AF_UART0_CS 59 |
Definition at line 11977 of file efm32g890f128.h.
| #define AF_UART0_RX 57 |
Definition at line 11975 of file efm32g890f128.h.
| #define AF_UART0_TX 56 |
Definition at line 11974 of file efm32g890f128.h.
| #define AF_UART_CLK | ( | i | ) | ((i) == 0 ? AF_UART0_CLK : -1) |
Definition at line 12039 of file efm32g890f128.h.
| #define AF_UART_CS | ( | i | ) | ((i) == 0 ? AF_UART0_CS : -1) |
Definition at line 12059 of file efm32g890f128.h.
| #define AF_UART_RX | ( | i | ) | ((i) == 0 ? AF_UART0_RX : -1) |
Definition at line 12048 of file efm32g890f128.h.
| #define AF_UART_TX | ( | i | ) | ((i) == 0 ? AF_UART0_TX : -1) |
Definition at line 12049 of file efm32g890f128.h.
| #define AF_USART0_CLK 46 |
Definition at line 11964 of file efm32g890f128.h.
| #define AF_USART0_CS 47 |
Definition at line 11965 of file efm32g890f128.h.
| #define AF_USART0_RX 45 |
Definition at line 11963 of file efm32g890f128.h.
| #define AF_USART0_TX 44 |
Definition at line 11962 of file efm32g890f128.h.
| #define AF_USART1_CLK 50 |
Definition at line 11968 of file efm32g890f128.h.
| #define AF_USART1_CS 51 |
Definition at line 11969 of file efm32g890f128.h.
| #define AF_USART1_RX 49 |
Definition at line 11967 of file efm32g890f128.h.
| #define AF_USART1_TX 48 |
Definition at line 11966 of file efm32g890f128.h.
| #define AF_USART2_CLK 54 |
Definition at line 11972 of file efm32g890f128.h.
| #define AF_USART2_CS 55 |
Definition at line 11973 of file efm32g890f128.h.
| #define AF_USART2_RX 53 |
Definition at line 11971 of file efm32g890f128.h.
| #define AF_USART2_TX 52 |
Definition at line 11970 of file efm32g890f128.h.
| #define AF_USART_CLK | ( | i | ) | ((i) == 0 ? AF_USART0_CLK : (i) == 1 ? AF_USART1_CLK : (i) == 2 ? AF_USART2_CLK : -1) |
Definition at line 12047 of file efm32g890f128.h.
| #define AF_USART_CS | ( | i | ) | ((i) == 0 ? AF_USART0_CS : (i) == 1 ? AF_USART1_CS : (i) == 2 ? AF_USART2_CS : -1) |
Definition at line 12042 of file efm32g890f128.h.
| #define AF_USART_RX | ( | i | ) | ((i) == 0 ? AF_USART0_RX : (i) == 1 ? AF_USART1_RX : (i) == 2 ? AF_USART2_RX : -1) |
Definition at line 12058 of file efm32g890f128.h.
| #define AF_USART_TX | ( | i | ) | ((i) == 0 ? AF_USART0_TX : (i) == 1 ? AF_USART1_TX : (i) == 2 ? AF_USART2_TX : -1) |
Definition at line 12055 of file efm32g890f128.h.
| #define AFA_ACMP0_CH0 14 |
Definition at line 12013 of file efm32g890f128.h.
| #define AFA_ACMP0_CH1 15 |
Definition at line 12014 of file efm32g890f128.h.
| #define AFA_ACMP0_CH2 16 |
Definition at line 12015 of file efm32g890f128.h.
| #define AFA_ACMP0_CH3 17 |
Definition at line 12016 of file efm32g890f128.h.
| #define AFA_ACMP0_CH4 18 |
Definition at line 12017 of file efm32g890f128.h.
| #define AFA_ACMP0_CH5 19 |
Definition at line 12018 of file efm32g890f128.h.
| #define AFA_ACMP0_CH6 20 |
Definition at line 12019 of file efm32g890f128.h.
| #define AFA_ACMP0_CH7 21 |
Definition at line 12020 of file efm32g890f128.h.
| #define AFA_ACMP1_CH0 22 |
Definition at line 12021 of file efm32g890f128.h.
| #define AFA_ACMP1_CH1 23 |
Definition at line 12022 of file efm32g890f128.h.
| #define AFA_ACMP1_CH2 24 |
Definition at line 12023 of file efm32g890f128.h.
| #define AFA_ACMP1_CH3 25 |
Definition at line 12024 of file efm32g890f128.h.
| #define AFA_ACMP1_CH4 26 |
Definition at line 12025 of file efm32g890f128.h.
| #define AFA_ACMP1_CH5 27 |
Definition at line 12026 of file efm32g890f128.h.
| #define AFA_ACMP1_CH6 28 |
Definition at line 12027 of file efm32g890f128.h.
| #define AFA_ACMP1_CH7 29 |
Definition at line 12028 of file efm32g890f128.h.
| #define AFA_ACMP_CH0 | ( | i | ) | ((i) == 0 ? AFA_ACMP0_CH0 : (i) == 1 ? AFA_ACMP1_CH0 : -1) |
Definition at line 12067 of file efm32g890f128.h.
| #define AFA_ACMP_CH1 | ( | i | ) | ((i) == 0 ? AFA_ACMP0_CH1 : (i) == 1 ? AFA_ACMP1_CH1 : -1) |
Definition at line 12065 of file efm32g890f128.h.
| #define AFA_ACMP_CH2 | ( | i | ) | ((i) == 0 ? AFA_ACMP0_CH2 : (i) == 1 ? AFA_ACMP1_CH2 : -1) |
Definition at line 12070 of file efm32g890f128.h.
| #define AFA_ACMP_CH3 | ( | i | ) | ((i) == 0 ? AFA_ACMP0_CH3 : (i) == 1 ? AFA_ACMP1_CH3 : -1) |
Definition at line 12068 of file efm32g890f128.h.
| #define AFA_ACMP_CH4 | ( | i | ) | ((i) == 0 ? AFA_ACMP0_CH4 : (i) == 1 ? AFA_ACMP1_CH4 : -1) |
Definition at line 12077 of file efm32g890f128.h.
| #define AFA_ACMP_CH5 | ( | i | ) | ((i) == 0 ? AFA_ACMP0_CH5 : (i) == 1 ? AFA_ACMP1_CH5 : -1) |
Definition at line 12076 of file efm32g890f128.h.
| #define AFA_ACMP_CH6 | ( | i | ) | ((i) == 0 ? AFA_ACMP0_CH6 : (i) == 1 ? AFA_ACMP1_CH6 : -1) |
Definition at line 12079 of file efm32g890f128.h.
| #define AFA_ACMP_CH7 | ( | i | ) | ((i) == 0 ? AFA_ACMP0_CH7 : (i) == 1 ? AFA_ACMP1_CH7 : -1) |
Definition at line 12078 of file efm32g890f128.h.
| #define AFA_ADC0_CH0 3 |
Definition at line 12002 of file efm32g890f128.h.
| #define AFA_ADC0_CH1 4 |
Definition at line 12003 of file efm32g890f128.h.
| #define AFA_ADC0_CH2 5 |
Definition at line 12004 of file efm32g890f128.h.
| #define AFA_ADC0_CH3 6 |
Definition at line 12005 of file efm32g890f128.h.
| #define AFA_ADC0_CH4 7 |
Definition at line 12006 of file efm32g890f128.h.
| #define AFA_ADC0_CH5 8 |
Definition at line 12007 of file efm32g890f128.h.
| #define AFA_ADC0_CH6 9 |
Definition at line 12008 of file efm32g890f128.h.
| #define AFA_ADC0_CH7 10 |
Definition at line 12009 of file efm32g890f128.h.
| #define AFA_ADC0_VCM 11 |
Definition at line 12010 of file efm32g890f128.h.
| #define AFA_ADC_CH0 | ( | i | ) | ((i) == 0 ? AFA_ADC0_CH0 : -1) |
Definition at line 12066 of file efm32g890f128.h.
| #define AFA_ADC_CH1 | ( | i | ) | ((i) == 0 ? AFA_ADC0_CH1 : -1) |
Definition at line 12069 of file efm32g890f128.h.
| #define AFA_ADC_CH2 | ( | i | ) | ((i) == 0 ? AFA_ADC0_CH2 : -1) |
Definition at line 12071 of file efm32g890f128.h.
| #define AFA_ADC_CH3 | ( | i | ) | ((i) == 0 ? AFA_ADC0_CH3 : -1) |
Definition at line 12072 of file efm32g890f128.h.
| #define AFA_ADC_CH4 | ( | i | ) | ((i) == 0 ? AFA_ADC0_CH4 : -1) |
Definition at line 12073 of file efm32g890f128.h.
| #define AFA_ADC_CH5 | ( | i | ) | ((i) == 0 ? AFA_ADC0_CH5 : -1) |
Definition at line 12074 of file efm32g890f128.h.
| #define AFA_ADC_CH6 | ( | i | ) | ((i) == 0 ? AFA_ADC0_CH6 : -1) |
Definition at line 12075 of file efm32g890f128.h.
| #define AFA_ADC_CH7 | ( | i | ) | ((i) == 0 ? AFA_ADC0_CH7 : -1) |
Definition at line 12063 of file efm32g890f128.h.
| #define AFA_ADC_VCM | ( | i | ) | ((i) == 0 ? AFA_ADC0_VCM : -1) |
Definition at line 12064 of file efm32g890f128.h.
| #define AFA_DAC0_OUT0 12 |
Definition at line 12011 of file efm32g890f128.h.
| #define AFA_DAC0_OUT1 13 |
Definition at line 12012 of file efm32g890f128.h.
| #define AFA_DAC_OUT0 | ( | i | ) | ((i) == 0 ? AFA_DAC0_OUT0 : -1) |
Definition at line 12062 of file efm32g890f128.h.
| #define AFA_DAC_OUT1 | ( | i | ) | ((i) == 0 ? AFA_DAC0_OUT1 : -1) |
Definition at line 12061 of file efm32g890f128.h.
| #define AFA_HFXTAL_N 34 |
Definition at line 12033 of file efm32g890f128.h.
| #define AFA_HFXTAL_P 33 |
Definition at line 12032 of file efm32g890f128.h.
| #define AFA_LCD_BCAP_N 31 |
Definition at line 12030 of file efm32g890f128.h.
| #define AFA_LCD_BCAP_P 30 |
Definition at line 12029 of file efm32g890f128.h.
| #define AFA_LCD_BEXT 32 |
Definition at line 12031 of file efm32g890f128.h.
| #define AFA_LFXTAL_N 36 |
Definition at line 12035 of file efm32g890f128.h.
| #define AFA_LFXTAL_P 35 |
Definition at line 12034 of file efm32g890f128.h.
| #define AFA_MSC_TM0 0 |
Analog Alternate Function (AF) channels
Definition at line 11999 of file efm32g890f128.h.
| #define AFA_MSC_TM1 1 |
Definition at line 12000 of file efm32g890f128.h.
| #define AFA_MSC_TM2 2 |
Definition at line 12001 of file efm32g890f128.h.
| #define AFACHAN_MAX 37 |
Analog AF channels
Definition at line 11915 of file efm32g890f128.h.
| #define AFCHAN_MAX 79 |
AF channels connect the different on-chip peripherals with the af-mux
Definition at line 11912 of file efm32g890f128.h.
| #define AFCHANLOC_MAX 4 |
Definition at line 11913 of file efm32g890f128.h.
1.7.3