This topic applies to the following instrument model: M8195A arbitrary waveform generator.
This area comprises immediate, single-action controls common to most instruments.
Click this button to send the parameters to the connected instrument.
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SCPI Command |
[:SOURce]:RADio:AWU:PLAYback:M8195IQ:UPDate:TO |
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SCPI Example |
RAD:AWU:PLAY:M8195IQ:UPD:TO |
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State Saved |
No |
Click this button to retrieve the parameters from the connected instrument.
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SCPI Command |
[:SOURce]:RADio:AWU:PLAYback:M8195IQ:UPDate:FROM |
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SCPI Example |
RAD:AWU:PLAY:M8195IQ:UPD:FROM |
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State Saved |
No |
Click this button to set the signal generator to a factory-defined or user-defined state.
Refer to the signal generator's user's guide for information on setting a user-defined state.
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SCPI Command |
[:SOURce]:RADio:AWU:PLAYback:M8195IQ:PRESet |
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SCPI Example |
RAD:AWU:PLAY:M8195IQ:PRES |
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State Saved |
No |
Establishes a remote connection to the selected instrument.
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SCPI Command |
[:SOURce]:RADio:AWU:PLAYback:M8195IQ:CONNect |
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SCPI Example |
RAD:AWU:PLAY:M8195IQ:CONN |
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State Saved |
No |
When the Hardware node is selected in the left pane, common hardware configuration parameters appear here.
Name |
The product name/model of the instrument. The name appears as the instrument node in the left pane of the Hardware screen.
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Number of Hardware Channels |
Enter the number of channels for a specific instrument model. For multiple channels, the first instrument listed will become the primary. The others will be secondary.
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Connection State |
Reports whether or not you have remote connection to the instrument.
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Selected |
Reports whether or not you have selected a particular instrument for remote control.
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Address |
Enter the instrument’s IP address or hostname. This parameter is coupled with Address under instrument configuration. See that description for SCPI command. |
When an instrument model is selected in the left pane, configuration parameters pertaining to that instrument appear here.
Output Enable |
Click the checkbox to enable (checkmarked) or disable the generated signal at the output.
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I Channel Assignment |
Queries the
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I Channel Amplitude |
Sets the amplitude for the
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I Channel FIRScale |
Enter the FIR filter scaling factor for the
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I Channel Diff. Offset |
Sets the differential offset for the
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Q Channel Assignment |
Queries the
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Q Channel Amplitude |
Sets the amplitude for the
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Q Channel FIRScale |
Enter the FIR filter scaling factor for the
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Q_Channel Diff. Offset |
Sets the differential offset for the
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DAC Sample Frequency |
Enter a value to set the DAC sample frequency. The DAC sample frequency references to a clock. Use abbreviations for faster entry (example: 1g = 1.000000000000 GHz).
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Sample Rate Divider |
The speed of operation of the extended memory is adjustable using the parameter ‘Sample Rate Divider (extended memory)’. Possible values are 1, 2, and 4. The sample rate divider is identical for all channels that are sourced from extended memory. In case the sample rate divider is adjusted to two or four, the FIR filters are used as interpolation filters by factors of two or four. The interpolation is necessary as the DAC always operates in the range 53.76 GSa/s … 65 GSa/s.
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Extra Scale |
Enter a value to set the extra scale.
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OSR for AWG |
Enter a value to set the oversampling ratio (OSR) for the M8195A arbitrary waveform generator.
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