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User Manual 301/302
This command is a high-level command that programs the 302 to output user-defined waveform along with
its associated parameters
• <seg# > selects the active segment
• <sclk> numeric which sets the sample clock frequency
•
<ampl> numeric which sets the output amplitude
• <offs> numeric which sets the output offset
APPLy:USER?
Response
The 302 will return <seg#>,<sclk>, <ampl>,<offs>
FREQuency <freq> | MINimum | MAXimum
Purpose
This command modifies the frequency of the standard waveform. It has no affect on arbitrary waveforms.
• <sclk> numeric value that sets the waveform frequency
• <MINimum> sets the waveform frequency to its lowest value
• <MAXimum> sets the waveform frequency to its highest value
FREQuency?
Response
The 302 will return the present frequency value. The returned value will be in standard scientific format (for
example: 100mHz would be returned as 100E-3 – positive numbers are unsigned).
FREQuency:RASTer <sclk> | MINimum | MAXimum
Purpose
This command modifies the sample clock frequency of the arbitrary waveform. It has no affect on standard
waveforms.
• <sclk> numeric value that sets the sample clock frequency
• <MINimum> sets the sample clock frequency to its lowest value
• <MAXimum> sets the sample clock frequency to its highest value
FREQuency:RASTer ?
Response
The 302 will return the present sample clock frequency value. The returned value will be in standard
scientific format (for example: 100MHz would be returned as 100E6 – positive numbers are unsigned).
SCPI Command Reference
88
- WARRANTY 3
- Exclusion of Other Warranties 3
- DECLARATION OF CONFORMITY 4
- Model 301 and Model 302 4
- SAFETY PRECAUTIONS 5
- Table of Contents 6
- 301/302 User Manual 10
- Table of Figures 10
- Getting Started 12
- Introduction 13
- Input and Output 16
- Connectors 16
- Operating Modes 17
- Continuous Mode 18
- Triggered Mode 18
- Burst Mode 18
- Gated Mode 18
- Output Type 18
- Standard (Fixed) 19
- Waveforms 19
- Arbitrary (User) 19
- Sequenced 20
- Output State 22
- Front Panel 22
- Indicators 22
- Programming The 22
- Model 301/302 22
- CONFIGURING The INSTRUMENT 23
- Performance 24
- Requirements 24
- Preparation For 26
- Logical Address 26
- Selection 26
- Installation 27
- Bench Operation 27
- Rack Mounting 27
- USING The INSTRUMENT 28
- Power On/Reset 29
- Defaults 29
- Programming the 29
- :VOLTage 2; 30
- ÷ 2) ≤ 5 30
- Controlling the 31
- 301/2 Using 31
- WaveWiz 31
- Controlling 33
- Instrument 33
- Functions 33
- Using the APPLy 33
- Selecting the 36
- Active Channel 36
- Enabling the Main 37
- Selecting an 38
- Selecting a 39
- Standard 39
- Function Shape 39
- Changing the 42
- Frequency and 42
- Sample Clock 42
- External SCLK 43
- Output Amplitude 44
- Filter Type 45
- Operating Mode 46
- Selecting the Trigger 49
- Using the Internal 50
- Trigger Generator 50
- Assigning the 52
- Source For The 52
- SYNC Output 52
- Generating 53
- Arbitrary 53
- What Are 54
- Waveforms? 54
- Arbitrary Memory 55
- Management 55
- Loading Arbitrary 56
- Reversing Byte 58
- Using WaveWiz to 59
- Generate 59
- Using Equation 62
- Editor to Generate 62
- User Manual 301/302 68
- Configuring the Instrument 68
- Fast Binary 72
- Sequence Table 72
- Download 72
- Selecting active 74
- Sequence 74
- Running 75
- Sequences 75
- Using WaveWiz 75
- Advance 77
- Advance Source 78
- Sequences with 79
- Sequences with 80
- Adjusting Phase 84
- Offset Between 84
- Channels 84
- Amplitude 86
- Modulation 86
- System-Related 86
- SCPI Commands 87
- SCPI COMMAND REFERENCE 89
- Query Response 90
- SCPI Command Reference 91
- Subsystem 106
- INSTrument 110
- Trigger 111
- IEEE-STD-488.2 119
- Commands and 119
- Registers 120
- The SCPI Status 120
- The Status Byte 121
- Register (STB) 121
- Generation 122
- Standard Event 124
- Status Register 124
- Status Enable 125
- Register (ESE) 125
- Error Messages 125
- Device-Specific 128
- Commands 128
- Appendix A SPECIFICATIONS 130
- Triangle 131
- Pulse/Ramp 131
- ARBITRARY WAVEFORMS 132
- SEQUENCED SEQUENCES 133
- OUTPUTS (CHANNELS A & B) 134
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