RIGOL DSG5000 RF Microwave Signal Generators Series combines up to 8 channels in a single system. All channels can be controlled from the touch screen interface. Channels generate up to 20 GHz signals with amplitude, frequency, phase and pulse modulation capabilities. DSG5000 has excellent long term channel to channel phase stability at +/- 1%. Combine multiple channels of accurate, phase stable RF carriers for demanding research applications with the new DSG5000.
Highlights:
- Multi-channel with up to 8 channels, support multi-device rack mount
- Channel-to-channel phase stability < 1°@10 GHz, resolution of phase offset setting adjustable in 0.01° steps
- Fast switching speed 3 ms
- Output maximum available power up to 25 dBm
- Low phase noise below -133 dBc/Hz@1 GHz, 10 kHz offset
Superb Long-term Phase Stability and Low Phase Noise
RIGOL DSG5000 RF Microwave Signal Generators Series can generate high quality signals, accurate signal level and wide output power range, capable of meeting the complex test scenarios such as superconducting quantum computation, radar signal generation, MIMO and EMS.
Superconducting Quantum Computation
Technical Advantage
High Performance
- Excellent channel-to-channel phase stability, low phase noise and high power output
- AM, FM, PM and pulse modulation (Optional); pulse train generator enables users to generate the user-defined pulse list
- Frequency sweep, level sweep and Frequency & Level sweep (Stdandard); list sweep mode enables users to generate the user-defined sweep list
Compact Design
The instrument model supports up to 8 channels, with each channel independent of each other and independently controlled. Multiple devices can be integrated in rack mount installation, saving space and time.
High Expansion
- With a standard 2U rack size and rack mount kit, you can extend the channels of the DSG5000 RF Microwave Signal Generators Series.
- The front and rear-panel ventilation design provides adequate ventilation to ensure the signal accuracy and stability even if multiple devices are stacked in the cabinet.
- The DSG5000 series is equipped with a standard configuration of the PC software to realize integrated control of multiple instruments. With the PC software, you can operate the instrument in remote control and make a global parameter configuration for multiple channels to meet the integrated test application scenarios.
User-friendly Operation
The DSG5000 RF Microwave Signal Generators Series is equipped with the touch screen. It also allows you to connect an external display to operate the instrument. You can also use the Web Control software to realize remote control of the instrument or use the SCPI commands to control the instrument.
- Self-equipped Touch Screen
The DSG5000 series is equipped with a touch screen, which enables you to operate and control the instrument with touch-enabled gestures. It does not have any physical keys on the front panel to operate except the power key.
- Externally Connected Display
The DSG5000 series allows you to externally connect the display (e.g. PAD, monitor and projector) via the HDMI interface to enjoy user-friendly operation and viewing experience with a greater choice of the display devices.
- Web Control Remote Operation
You only need to input the IP address of the DSG5000 series into the address bar of the Web browser to open the Web Control software. The display of the current user interface shown in the web control page is consistent with that in the DSG5000 series. You can use the mouse to click the menus in the Web Control interface to operate the instrument in remote control way. In the Web Control interface, you can click to view the basic information of the instrument and you can also set or modify the network status.
- Control with the SCPI Command Set
The DSG5000 series supports the standard SCPI command set. You can send the SCPI commands via the USB or LAN interface to realize remote control of the instrument. Moreover, you can use the Excel, LabVIEW, Visual Basic, Visual C++ and relevant programming tools to send commands in batches automatically, to meet the demands of automation test scenarios.
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