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Output Impedance | 50 Ω |
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Modulation Types | AM, FM, PM, ASK, FSK, PSK, PWM |
Output Waveforms | Sine, Square, Ramp, Pulse, Noise |
Sweep Modes | Linear, Log |
Burst Modes | N Cycle |
Interface | USB, LAN |
Power Supply | 100 V - 240 V AC, 50 Hz/60 Hz |
Weight | 2.5kg (SDG1000X), 2.5kg (SDG2000X), 2.5kg (SDG6000X) |
Guides users on establishing communication with the instrument using VISA.
Explains methods for remotely controlling the waveform generator.
Introduces SCPI commands and queries, their purpose, and execution.
Details the special notations used in SCPI commands for clarity and understanding.
Provides a comprehensive table listing SCPI commands, their forms, subsystems, and functions.
Covers standard IEEE 488.2 common commands for instrument control and basic operations.
Describes commands for enabling/disabling output ports and setting parameters like load and polarity.
Details commands for setting and getting basic waveform parameters like frequency, amplitude, and shape.
Covers commands for setting and getting modulation parameters for various modulation types.
Explains commands for setting and retrieving arbitrary waveform types by index or name.
Details commands used to simulate pressing front panel keys for remote operation.
Details commands for setting and getting the system's IP address for network communication.
Introduces commands specifically for IQ modulation and signal generation.
Sets the center frequency for the I/Q modulator.
Sets the I/Q sampling rate, specifying the number of samples per second.
Provides practical examples of using the VISA communication protocol for instrument control.
Demonstrates querying instrument information using VC++ and NI-VISA.
Shows how to build, download, and read arbitrary waveforms using Python.
Demonstrates instrument control and queries using socket communication.
An alphabetical listing of topics and commands covered in the manual for quick reference.