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将STM32移植到了GD32上。怎么验证i2c功能呢? 赏100家园币
将STM32的工程移植到了GD32F103ZET6上,但只有一个GD32系统板,没有接外围的I2C设备(硬件组还没有回板)。怎么靠系统板验证移植的i2c功能呢?谢谢
7815浏览量 13回复量 关注量 -
uVersion V5.20.0.0要支持GD32F103ZET6的版本,安装啥补丁啊? 赏100家园币
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[/img]
4373浏览量 6回复量 关注量 -
GD32F103ZET6烧写线怎么连? 赏100家园币
新手问题:想把编出的hex文件烧写到板子里,但是不确定SWD下载这儿需要接几根线? 总共是10根 [url=/data/attachment/album/202407/17/112525h6rnsucd68eu9cf8.jpg][img]/data/attachment/album/202407/17/112525h6rnsucd68eu9cf8.jpg[/img][/url]
13500浏览量 10回复量 关注量 -
GD32F103ZET6内部ADC2有没有
使用官方的库函数,ADC2根本无法初始化dma_parameter_struct dma_data_parameter; rcu_periph_clock_enable(RCU_GPIOF); rcu_periph_clock_enable(RCU_ADC2); rcu_periph_clock_enable(RCU_DMA1); /*配置PF*/ gpio_init(GPIOF, GPIO_MODE_AIN, GPIO_OSPEED_50MHZ, GPIO_PIN_7|GPIO_PIN_8|GPIO_PIN_9|GPIO_PIN_10); /* ADC DMA_channel configuration */ dma_deinit(DMA1, DMA_CH4); /* initialize DMA single data mode */ dma_data_parameter.periph_addr = (uint32_t)(&ADC_RDATA(ADC2)); dma_data_parameter.periph_inc = DMA_PERIPH_INCREASE_DISABLE; dma_data_parameter.memory_addr = (uint32_t)(&ADC2_ConvertedValue); dma_data_parameter.memory_inc = DMA_MEMORY_INCREASE_ENABLE; dma_data_parameter.periph_width = DMA_PERIPHERAL_WIDTH_16BIT; dma_data_parameter.memory_width = DMA_MEMORY_WIDTH_16BIT; dma_data_parameter.direction = DMA_PERIPHERAL_TO_MEMORY; dma_data_parameter.number = M1*N1; dma_data_parameter.priority = DMA_PRIORITY_HIGH; dma_init(DMA1, DMA_CH4, &dma_data_parameter); dma_circulation_enable(DMA1, DMA_CH4); /* enable DMA channel */ dma_channel_enable(DMA1, DMA_CH4); /*ADC配置*/ adc_deinit(ADC2); /* ADC mode config */ adc_mode_config(ADC_MODE_FREE); /* ADC contineous function enable */ adc_special_function_config(ADC2, ADC_CONTINUOUS_MODE, ENABLE); /* ADC scan mode disable */ adc_special_function_config(ADC2, ADC_SCAN_MODE, ENABLE); /* ADC data alignment config */ adc_data_alignment_config(ADC2, ADC_DATAALIGN_RIGHT); /* ADC channel length config */ adc_channel_length_config(ADC2, ADC_REGULAR_CHANNEL, M1); /*ADC0规则通道配置*/ adc_regular_channel_config(ADC2, 0, ADC_CHANNEL_7, ADC_SAMPLETIME_239POINT5); adc_regular_channel_config(ADC2, 1, ADC_CHANNEL_8, ADC_SAMPLETIME_239POINT5); adc_regular_channel_config(ADC2, 2, ADC_CHANNEL_6, ADC_SAMPLETIME_239POINT5); adc_regular_channel_config(ADC2, 3, ADC_CHANNEL_5, ADC_SAMPLETIME_239POINT5); /* ADC trigger config */ adc_external_trigger_source_config(ADC2, ADC_REGULAR_CHANNEL, ADC0_1_2_EXTTRIG_REGULAR_NONE); adc_external_trigger_config(ADC2, ADC_REGULAR_CHANNEL, ENABLE); /* enable ADC interface */ adc_enable(ADC2); delay_ms(1); /* ADC calibration and reset calibration */ adc_calibration_enable(ADC2); /* ADC DMA function enable */ adc_dma_mode_enable(ADC2); /* ADC software trigger enable */ adc_software_trigger_enable(ADC2, ADC_REGULAR_CHANNEL);
1213浏览量 17回复量 关注量