Arbitrary Waveform Applying Plugin is a plug-in that adds the function of applying arbitrary waveform synchronized with pattern to measurement object to algorithm IPs.
Can evaluate analog-in/analog-out characteristics by combining with Analog Output Verification IP.
Can evaluate analog-in/digital-out(i.e. ADC) characteristics by combining with Digital Output Capture IP.
Revision contents on Rev 1.01.00
- Added the function to specify a format of wave form data.
- Code (Previous function): Specify a code (Integer type) corresponding to the voltage generated from AWG.
- Level (New function): Specify a voltage value (Double type) generated from AWG.
- Added the function to specify a waveform data with a constant, a variable, or an expression.
- Added the function to specify a waveform data file name with a constant, a variable, or an expression.
- Added the function to specify a waveform data file name with a relative path from the work project.
Features
Arbitrary Waveform Applying Plugin grants the following function to algorithm IPs.
- Select I/O channels and AWG channels as arbitrary waveform applying channel.
- CX1000P can apply arbitrary waveform to measurement object from 1 channel. CX1000D can apply from 4 channels.
- Select the following voltage ranges.
Range name | Voltage range | Resolution |
---|---|---|
7V | -0.512V to 7.679875V | 125uV |
3.5V | -0.256V to 3.8399375V | 62.5uV |
1.75V | -0.128V to 1.91996875V | 31.25uV |
- Applying waveform is calculated from decimal waveform data(Waveform Data) to voltages.
Range name | Generating voltage |
---|---|
7V | 125uV × Waveform Data + 3.584V |
3.5V | 62.5uV × Waveform Data + 1.792V |
1.75V | 31.25uV × Waveform Data + 0.896V |
- The Effective range of Waveform Data is form -32768 to 32767. The data depth of Waveform Data is 65536 max.
- Waveform Data is specified by CSV files.
- The trigger(timing of changing waveform voltage) is set by pattern address or label in patterns.
- The settings of the trigger can import/export by CSV files.
Supported algorithm IP
Supported algorithme IP |
---|
Analog Output Verification IP (PCXA01-M1030) |
Digital Output Capture IP (PCXA01-M1031) |
Power Supply Current Measurement IP (PCXA01-M1028) |
Functional Testing IP (PCXA01-M1020) |
DC Parametric Measure IP (PCXA01-M1025) |
Frequency Measure IP (PCXA01-M1090) |
GPIB External Instrument Measure IP (PCXA01-M1027) |