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Integrated Examples

  • PDC_Reader
  • Self_Starting_Simple_Frequency_Reader
  • Simple_Frequnecy_Reader

Unit Test

  • Buffer_cut_from_2D_Analog_Array_UT
  • Buffer_cut_from_2D_boolean_array_UT
  • Buffer_cut_from_2D_Complex_array_UT
  • Buffer_Rearrange_Analog_2D_Array_UT
  • Buffer_Rearrange_Complex_2D_Array_UT
  • Buffer_Rearrange_Digital_2D_Array_UT
  • Buffer_Rearrange_Time_Stamp_Array_UT
  • Calculate_Activity_UT
  • Calculate_Angle_and_Amplitudes_UT
  • Calculate_data_Retrieval_UT
  • Calculate_True_value_ratio_UT
  • Check_for_Bad_dt_UT
  • Check_Time_Stamp_UT
  • Clean_Data_analog_array_UT
  • Clean_Data_UT
  • Convert_Command_for_Display_UT
  • Convert_CSG_Array_to_String_UT
  • Convert_Number_to_String(Double)_UT
  • Convert_number_to_string(single)_UT
  • Create_Waveform_UT
  • DW_Check_Data_UT
  • Get_real_Timestamp_2_UT
  • Get_Real_Timestamp_UT
  • Get_Selected_Indices_UT
  • Queue_Reader_UT
  • Signal_Create_Waveform_Array_UT
  • Signal_Create_Waveform_by_Interpolation_UT
  • Split_command_and_parameter_UT
  • TS_Clip_Array_UT
  • TS_Round_to_the_nearest_10ms_UT

Simple_Frequnecy_Reader

This VI Is used to read the input from channels of a PDC, this VI can display 5 different waveforms each specified by a different color. To use this VI start the PRL and connect labview with a PDC by configuring setting to allow connection. The connection can be set using the S3DK GUI and using the configuration button and typing in the IP and port address.

- the refresh rate determines how often the graph will update, the option are 50 Hz, 20 Hz, 10 Hz, 5 Hz, 2 Hz, 1 Hz, every 2 sec, 5 sec, 10 sec and 1 minute. The first option will result in faster updates while the later will keep the information on the graph longer.

  • The graph itself shows the amplitude vs time of the input of a specific PMU channel. The other check options are used to separate the different inputs each with a specific color.

- These options are used to control the graph. The cross is used to station the graph, the magnifying lens sections part of the graph for a specific part of the data, and the glove allows the data to be shifted.

This example utilities multiple S3DK VI to function:

  • PRL Remote: is used to run the PRL and start the connection. It also rapidly tests to see if a connection is made or if the user presses quit to then call the VI to shutdown the connection.

  • PRL Channel selector configuration: used to direct which channel will be read from, the VI is then unbundle the signal to output the analog.

  • PRL Signal Create Waveform: used to create the graph using the analog data from the PRL.

← Self_Starting_Simple_Frequency_ReaderBuffer_cut_from_2D_Analog_Array_UT →
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