src.services.flc_mini.adc_service package

Submodules

src.services.flc_mini.adc_service.set_adc module

class src.services.flc_mini.adc_service.set_adc.ADCSettings

Bases: object

continuous_offloading(hi: HardwareInterface, adc_channel: int)

Offload and read: function to offload the data from the ADC and read it continuously. The FPGA is constantly sending the data to the PC, where the data is displayed every second. To stop the process, trigger the “stop offload” button

get_data_from_adc(hi: HardwareInterface, timeout: float = 1.0) → list[list[int]]

Get data from ADC: function to get the data from the ADC

get_last_address(hi: HardwareInterface)

save_data(plot: bool = False, save_to_file: bool = False)

Save data: function to save the data from the ADC to a file

• filename: name of the file where the data is saved

select_operating_mode(hi: HardwareInterface, word: EADCWords)

operating mode select: function to select the operating mode of the ADC

• word: operating mode value

start_acquisition(hi: HardwareInterface)

Start acquisition: with this function the FPGA starts reading data from the ADC and writes it continuously to the BRAM from address 0 to the last set address and then starts writing from address 0 again…

stop_offloading(hi: HardwareInterface)

Stop offloading: with this function the FPGA stops sending the data to the PC

write_address_size(hi: HardwareInterface, adc_addr_size: uint32)

address size select: function to select the address size of the ADC

• adc_addr_size: address size value

write_channel(hi: HardwareInterface, adc_channel: int)

channel select: function to select the ADC channel

• adc_channel: ADC channel value

write_word(hi: HardwareInterface, adc_word: EADCWords)

Function to write a 16 bit command to the ADC. FPGA works as a bypass. adc_word: 32 bit binary value in a string format

Module contents