| BlueNRG-1 Peripherals drivers Examples

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File List
Here is a list of all files with brief descriptions:

ADC_DMA_main.c | This code example demonstrates how to read data from ADC
ADC_PDM_main.c | This code example demonstrates the ADC PDM stream capability
ADC_Polling_main.c | This code example demonstrates how to read data from ADC
GPIO_InputInterrupt_main.c | This code example demonstrates how to configure IO for external interrupt
GPIO_IOToggle_main.c | This code example demonstrates how to toggle the GPIOs
GPIO_IOWakeup_main.c | This code example demonstrates how to wake up the device from the standby mode using the GPIO interrupt
I2C_Master_Polling_main.c | This code provides an example how to configure and to use the I2C master
I2C_Master_w_Sensor_main.c | This code provides an example how to configure and to use the I2C master communicating with an environmental sensor
I2C_Slave_Polling_main.c | This code provides an example how to configure and to use the I2C slave
MFT_Mode_1_main.c | This example demonstrate the possibility of multi-function timers configured in mode 1 (processor-independent PWM) to generate PWM signals
MFT_Mode_1a_main.c | This example demonstrate the possibility of multi-function timers configured in mode 1a (pulse-train mode) to generate exact number of PWM pulses
MFT_Mode_2_main.c | This example demonstrate the possibility of multi-function timers configured in mode 2 (dual-input capture mode) to measure input signal frequency
MFT_Mode_3_main.c | This example demonstrate the possibility of multi-function timers configured in mode 3 (dual independent timer/counter)
MFT_Mode_4_main.c | This example demonstrate the possibility of multi-function timers configured in mode 4 (input-capture plus timer)
MFT_Timers_main.c | This example demonstrate how to configure timers in BlueNRG-1
Micro_Hello_World_main.c | This is a demo that shows Hello World basic example on a BlueNRG-1 device
Micro_Sleep_Test_main.c | This is a demo that shows how to configure BlueNRG-1 sleep modes in order to save power
RNG_terminal_main.c | This example demonstrates how to use the RNG feature
RTC_Clockwatch_main.c | This example demonstrates how the RTC clockwatch could be used to generate and interrupt in specific date and time
RTC_TimeBase_main.c | This example demonstrates how to use the RTC timer for the periodic interrupt generation
RTC_TimeBasePattern_main.c | This example demonstrates how to use the RTC timer for periodic interrupt generation with use of patterns
SPI_Master_Dma_main.c | This code provides an example how to configure and to use the SPI master
SPI_Master_Polling_main.c | This code provides an example how to configure and to use the SPI master
SPI_Master_w_Sensor_main.c | This code provides an example how to configure and to use the SPI master and communicate with the inertial sensor LSM6DS3
SPI_Slave_Dma_main.c | This code provides an example how to configure and to use the SPI slave
SPI_Slave_Polling_main.c | This code provides an example how to configure and to use the SPI slave
SysTick_TimeBase_main.c | This code provides an example how to configure and use the SysTick timer
UART_Dma_main.c | This code provides an example how to use the UART using DMA to have a echo application sending back what it receives from UART
UART_Interrupt_main.c | This code provides an example how to use the UART using interrupt to have a echo application sending back what it receives from UART
UART_Polling_main.c | This code provides an example how to use the UART to have a echo application sending back what it receives from UART
WDG_Reset_main.c | This code provides an example how the watchdog timer works and how it could be used to reset the system if the watchdog interrupt flag is not cleared within the watchdog timeout period
WDG_Wakeup_main.c | This example demonstrates how to us the watchdog timer to periodically wake-up the system from the standby mode