niRFSG Write Arb Waveform VI

instrument handle identifies your instrument session. instrument handle is obtained from either the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

name specifies the name used to store the waveform. This string is case-insensitive and alphanumeric, and it cannot use reserved words.

waveform data specifies the array of data to load into the waveform. You must normalize the data points in the array to have polar magnitudes between 0.0 and +1.00.

more data pending? specifies whether the data block contains the end of the waveform. Set more data pending? to TRUE to allow data to be appended to the waveform later. Splitting the waveform into multiple data blocks can reduce the memory requirements of the write operation. You can append data to a previously written waveform by using the saved waveform name. Set this parameter to FALSE to indicate that this data block contains the end of the waveform.

error in describes error conditions that occur before this node runs. This input provides standard error in functionality.

instrument handle out passes a reference to your instrument session to the next VI. instrument handle out is obtained from the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

error out contains error information. This output provides standard error out functionality.

instrument handle identifies your instrument session. instrument handle is obtained from either the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

name specifies the name used to store the waveform. This string is case-insensitive and alphanumeric, and it cannot use reserved words.

waveform data specifies the array of data to load into the waveform. You must normalize the data points in the array to have polar magnitudes between 0.0 and +1.00.

more data pending? specifies whether the data block contains the end of the waveform. Set more data pending? to TRUE to allow data to be appended to the waveform later. Splitting the waveform into multiple data blocks can reduce the memory requirements of the write operation. You can append data to a previously written waveform by using the saved waveform name. Set this parameter to FALSE to indicate that this data block contains the end of the waveform.

error in describes error conditions that occur before this node runs. This input provides standard error in functionality.

instrument handle out passes a reference to your instrument session to the next VI. instrument handle out is obtained from the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

error out contains error information. This output provides standard error out functionality.

instrument handle identifies your instrument session. instrument handle is obtained from either the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

name specifies the name used to store the waveform. This string is case-insensitive and alphanumeric, and it cannot use reserved words.

IQ waveform specifies the complex baseband signal to write to the NI-RFSG device.

	t0 specifies the trigger (start) time of the acquired Y array.
	dt specifies the time interval between the samples in the acquired Y array. dt is the reciprocal of the I/Q rate.
	Y specifies an array of complex-valued time domain data. The real and imaginary parts of this complex data array correspond to the in-phase (I) and quadrature-phase (Q) data, respectively.

use waveform dt for IQ rate? specifies TRUE if the VI uses the waveform dt to configure the I/Q rate and FALSE if it does not configure the I/Q rate.

more data pending? specifies whether the data block contains the end of the waveform. Set more data pending? to TRUE to allow data to be appended to the waveform later. Splitting the waveform into multiple data blocks can reduce the memory requirements of the write operation. You can append data to a previously written waveform by using the saved waveform name. Set this parameter to FALSE to indicate that this data block contains the end of the waveform.

error in describes error conditions that occur before this node runs. This input provides standard error in functionality.

instrument handle out passes a reference to your instrument session to the next VI. instrument handle out is obtained from the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

error out contains error information. This output provides standard error out functionality.

instrument handle identifies your instrument session. instrument handle is obtained from either the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

name specifies the name used to store the waveform. This string is case-insensitive and alphanumeric, and it cannot use reserved words.

IQ waveform specifies the complex baseband signal to write to the NI-RFSG device.

	t0 specifies the trigger (start) time of the acquired Y array.
	dt specifies the time interval between the samples in the acquired Y array. dt is the reciprocal of the I/Q rate.
	Y specifies an array of complex-valued time domain data. The real and imaginary parts of this complex data array correspond to the in-phase (I) and quadrature-phase (Q) data, respectively.

use waveform dt for IQ rate? specifies TRUE if the VI uses the waveform dt to configure the I/Q rate and FALSE if it does not configure the I/Q rate.

more data pending? specifies whether the data block contains the end of the waveform. Set more data pending? to TRUE to allow data to be appended to the waveform later. Splitting the waveform into multiple data blocks can reduce the memory requirements of the write operation. You can append data to a previously written waveform by using the saved waveform name. Set this parameter to FALSE to indicate that this data block contains the end of the waveform.

error in describes error conditions that occur before this node runs. This input provides standard error in functionality.

instrument handle out passes a reference to your instrument session to the next VI. instrument handle out is obtained from the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

error out contains error information. This output provides standard error out functionality.

instrument handle identifies your instrument session. instrument handle is obtained from either the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

name specifies the name used to store the waveform. This string is case-insensitive and alphanumeric, and it cannot use reserved words.

IQ Waveform specifies the complex waveform to write to the NI-RFSG device.

use waveform dt for IQ rate? specifies TRUE if the VI uses the waveform dt to configure the I/Q rate and FALSE if it does not configure the I/Q rate.

more data pending? specifies whether the data block contains the end of the waveform. Set more data pending? to TRUE to allow data to be appended to the waveform later. Splitting the waveform into multiple data blocks can reduce the memory requirements of the write operation. You can append data to a previously written waveform by using the saved waveform name. Set this parameter to FALSE to indicate that this data block contains the end of the waveform.

error in describes error conditions that occur before this node runs. This input provides standard error in functionality.

instrument handle out passes a reference to your instrument session to the next VI. instrument handle out is obtained from the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

error out contains error information. This output provides standard error out functionality.

instrument handle identifies your instrument session. instrument handle is obtained from either the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

name specifies the name used to store the waveform. This string is case-insensitive and alphanumeric, and it cannot use reserved words.

IQ Waveform specifies the complex waveform to write to the NI-RFSG device.

use waveform dt for IQ rate? specifies TRUE if the VI uses the waveform dt to configure the I/Q rate and FALSE if it does not configure the I/Q rate.

more data pending? specifies whether the data block contains the end of the waveform. Set more data pending? to TRUE to allow data to be appended to the waveform later. Splitting the waveform into multiple data blocks can reduce the memory requirements of the write operation. You can append data to a previously written waveform by using the saved waveform name. Set this parameter to FALSE to indicate that this data block contains the end of the waveform.

error in describes error conditions that occur before this node runs. This input provides standard error in functionality.

instrument handle out passes a reference to your instrument session to the next VI. instrument handle out is obtained from the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

error out contains error information. This output provides standard error out functionality.

instrument handle identifies your instrument session. instrument handle is obtained from either the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

name specifies the name used to store the waveform. This string is case-insensitive and alphanumeric, and it cannot use reserved words.

I Data specifies the in-phase (I) component of the complex baseband signal.

Q Data specifies the quadrature-phase (Q) component of the complex baseband signal.

more data pending? specifies whether the data block contains the end of the waveform. Set more data pending? to TRUE to allow data to be appended to the waveform later. Splitting the waveform into multiple data blocks can reduce the memory requirements of the write operation. You can append data to a previously written waveform by using the saved waveform name. Set this parameter to FALSE to indicate that this data block contains the end of the waveform.

error in describes error conditions that occur before this node runs. This input provides standard error in functionality.

instrument handle out passes a reference to your instrument session to the next VI. instrument handle out is obtained from the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

error out contains error information. This output provides standard error out functionality.

instrument handle identifies your instrument session. instrument handle is obtained from either the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

name specifies the name used to store the waveform. This string is case-insensitive and alphanumeric, and it cannot use reserved words.

I Data specifies the in-phase (I) component of the complex baseband signal.

Q Data specifies the quadrature-phase (Q) component of the complex baseband signal.

more data pending? specifies whether the data block contains the end of the waveform. Set more data pending? to TRUE to allow data to be appended to the waveform later. Splitting the waveform into multiple data blocks can reduce the memory requirements of the write operation. You can append data to a previously written waveform by using the saved waveform name. Set this parameter to FALSE to indicate that this data block contains the end of the waveform.

error in describes error conditions that occur before this node runs. This input provides standard error in functionality.

instrument handle out passes a reference to your instrument session to the next VI. instrument handle out is obtained from the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

error out contains error information. This output provides standard error out functionality.

instrument handle identifies your instrument session. instrument handle is obtained from either the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

name specifies the name used to store the waveform. This string is case-insensitive and alphanumeric, and it cannot use reserved words.

interleaved IQ Data specifies an array of interleaved I data and Q data to load into the waveform, paired in binary (I16) format.

error in describes error conditions that occur before this node runs. This input provides standard error in functionality.

instrument handle out passes a reference to your instrument session to the next VI. instrument handle out is obtained from the niRFSG Initialize VI or the niRFSG Initialize With Options VI.

error out contains error information. This output provides standard error out functionality.