195 lines
6.6 KiB
INI
195 lines
6.6 KiB
INI
# kl3 k76 RFIN evb board.
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# Some pins have multiple functions that can only be enabled one at a time,
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# and their functions are blocked.
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general
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bid 98 #BOARD_EVB3211RFIN
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mid 0 #MODULE_TYPE_STA
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vid HZ
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fver 1
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#=============================== default rc====================================#
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# overview
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# pin_num pin_name func_default func_2 func_3
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# 1 ADC7\GPIO71 V_FAST_DROP(Voltage fast drop input)
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# 5 GPIO22 ZA_LOAD
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# 6 GPIO67 ZA_RISE
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# 7 GPIO23 SPI2_CS(spi_flash)
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# 8 GPIO21 SPI2_DO(spi_flash MOSI)
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# 9 GPIO20 SPI2_DI(spi_flash MISO)
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# 10 GPIO25 SPI2_CLK(spi_flash)
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# 11 GPIO39 485_RXD SPI_CS(spi_flash)
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# 12 GPIO38 485_TXD SPI_D1(spi_flash)
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# 13 GPIO37 485_CTR SPI_D2(spi_flash)
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# 14 GPIO36 I2C_SDA SPI_D0(spi_flash)
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# 15 GPIO35 I2C_SCL SPI_CLK(spi_flash)
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# 16 GPIO34 NC SPI_D3(spi_flash)
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# 17 GPIO33 KEY_1(press down is low)
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# 18 GPIO32 SEND(small load emission)
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# 19 GPIO31 UART2_TXD
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# 21 GPIO30 UART2_RXD
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# 22 GPIO29 UART1_TXD
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# 26 GPIO27 UART1_RXD
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# 28 GPIO01\TMS JTAG_TMS
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# 29 GPIO00\TCK JTAG_TCK
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# 30 GPIO03\TDO JTAG TDO TX_LED(low light)
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# 31 GPIO02\TDI JTAG TDI RX_LED(low light)
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# 32 GPIO04\TRST JTAG TRST IR_TX
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# 33 GPIO07 IR_RX
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# 35 GPIO06 UART0_TXD
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# 36 GPIO05 UART0_RXD
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# 37 GPIO08 NC
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# 39 GPIO26 SW_VC1(rf module, send and receive mode transitions)
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# 40 GPIO40 SW_VC2(rf module, send and receive mode transitions)
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# 50 TPID_ADC5\GPIO77 AP(Phase A current acquisition/branch identification +)
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# NP(DC current sampling 30mV +)
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# 51 TPID_ADC4\GPIO76 AN(Phase A current acquisition/branch identification -)
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# NN(DC current sampling 30mV -)
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# 52 TPID_ADC3\GPIO75 BP(Phase B current acquisition/branch identification +)
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# 53 TPID_ADC2\GPIO74 BN(Phase B current acquisition/branch identification -)
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# 54 TPID_ADC1\GPIO73 CP(Phase C current acquisition/branch identification +)
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# 55 TPID_ADC0\GPIO72 CN(Phase C current acquisition/branch identification -)
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# 72 ADC2\GPIO66 ZA_RISE(Phase A rising edge zero-crossing signal)
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# 73 ADC3\GPIO67 ZA_LOAD(Station area identification zero-crossing signal)
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# 74 ADC4\GPIO68 NC
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# 75 ADC5\GPIO69 V_A(220V voltage measurement)
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# 76 ADC6/GPIO70 ADC_CC(DC current sampling single-ended input (0-2.25V))
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rc_hdr
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hw_ver 0x00000000 #00.00.00.00 Hardware identification, HEX
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mode 0
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d_hw_ver 0xffffffff
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gpio #GPIO resource allocation
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# A:gpio number;
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# B:belongs to the core;
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# C:function (to see iot_board_api.h about gpio type)
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# A B C
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25 1 68 #GPIO_SPI_FLASH_CLK
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23 1 69 #GPIO_SPI_FLASH_CS
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21 1 70 #GPIO_SPI_FLASH_MOSI
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20 1 71 #GPIO_SPI_FLASH_MISO
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#RF SPI (芯片内部未引出)
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9 1 107 #GPIO_SPI_RF_CLK
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10 1 110 #GPIO_SPI_RF_MOSI
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11 1 109 #GPIO_SPI_RF_MISO
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12 1 108 #GPIO_SPI_RF_CS
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37 1 7 #GPIO_RS485_TXE
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#load send gpio
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32 1 82 #GPIO_TSFM_LOAD_TRIGGER
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4 1 8 #GPIO_IR_TXD
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7 1 9 #GPIO_IR_RXD
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67 1 18 #GPIO_PA_ZC
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uart #UART resource allocation
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# A:uart number;
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# B:belongs to the core;
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# C:function (to see iot_uart_api.h about uart type)
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# A B C
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3 1 4 #UART_RS485_PORT
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tx 38
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rx 39
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2 1 1 #UART_CLI_PORT
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tx 31
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rx 30
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1 1 0 #UART_PRINT
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tx 29
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rx 27
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0 1 2 #UART_METER_PORT
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tx 6
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rx 5
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4 1 3 #UART_IR_PORT
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tx 4
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rx 7
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#spi #SPI resource allocation. Controlled by gpio resource now.
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# A:spi number;
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# B:belongs to the core;
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# C:function
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# A B C
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# bbcpu use spi1 to connect external rf chip, fixed value used now.
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# 1 2 0 #SPI_PORT_TYPE_PYH_RF
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# cs 39
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# clk 36
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# miso 37
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# mosi 38
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i2c #I2C resource allocation
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# A:i2c number;
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# B:belongs to the core;
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# C:function
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# A B C
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0 1 0 #IOT_I2C_PORT_0
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scl 35
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sda 36
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adc #ADC resource allocation
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# A:adc channel;
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# B:belongs to the core;
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# C:function (to see iot_board_api.h about adc type)
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# A B C
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ledc #LEDC resource allocation
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# A:ledc channel;
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# B:belongs to the core;
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# C:function
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# A B C
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0 1 0 #IOT_PLC_TX_LED
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ledout 3
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1 1 1 #IOT_PLC_RX_LED
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ledout 2
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#zc # (PARTICULAR RESOURCE) Chip level zero crossing detection resource
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# allocation. Controlled by gpio resource now.
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# up_0: Zero-crossing detection rising edge input channel 0,
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# which corresponds to phase A rising edge zero-crossing
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# circuit by default
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# up_1: Zero-crossing detection rising edge input channel 1,
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# which corresponds to phase B rising edge zero-crossing
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# circuit by default
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# up_2: Zero-crossing detection rising edge input channel 2,
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# which corresponds to phase C rising edge zero-crossing
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# circuit by default
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# down_0: Zero-crossing detection descending edge input channel 0,
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# which by default corresponds to the zero-crossing circuit
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# of phase A descending edge
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# down_1: Zero-crossing detection descending edge input channel 1,
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# which by default corresponds to the zero-crossing circuit
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# of phase B descending edge
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# down_2: Zero-crossing detection descending edge input channel 2,
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# which by default corresponds to the zero-crossing circuit
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# of phase C descending edge
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pa # (PARTICULAR RESOURCE)
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# A:PA function name;
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# B:PA gpio number;
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# A B
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rx_en_0 80 #enlic_pad_0. Phase A Enable receiving
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tx_en_0 81 #enlic_pad_1. Phase A Enable sending
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gain_0 82 #glna_pad_0. Phase A gain control
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gain_1 83 #glna_pad_1. Phase B gain control
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gain_2 84 #glna_pad_2. Phase C gain control
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pwm #PWM resource allocation
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# A:pwm编号
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# B:所属core
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# C:用途(见iot_board_api.h中的PWM_CH_TYPE_TSFM_XXX)
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# A B C
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# 小负载流程中，
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# 获取GPIO32和PWM（PWM_CH_TYPE_TSFM_LOAD_CTRL）通道，
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# 然后软件主动绑定。
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1 1 3 #PWM_CH_TYPE_TSFM_LOAD_CTRL
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