Built on its unique SiFi III technical platform and Android operating system, the DG70000 series Arbitrary Waveform Generator (AWG) has the following advantages: accurate and adjustable sample rates; generate arbitrary waveforms point by point; recover the signal without distortion; and so on. This series is customer-oriented with a variety of functions suitable for practical applications. For example, the creation of advanced sequences enables you to self-define long complex waveforms. The multi-channel high-precision synchronization, high-bandwidth and low-jitter waveform output make it ready for applications in a variety of industrial and communications fields. Equipped with a 15.6-inch angle-adjustable touch screen supporting multi-pane windowing, it brings a brand new UI design and extraordinary user experience. Multiple standard interfaces provide you with more solutions in connectivity, making it simple to control the instrument remotely.
Product Features:
- Up to 5 GSa/s sample rates (12 GSa/s interpolated)
- 4-channel synchronization for a single instrument-70 dBc SFDR
- 16-bit vertical resolution
- 1.5 GSample waveform memory depth per channel
- Direct generation of signals with carriers up to 5 GHz
- Generate arbitrary waveforms point by point; recover the signal without distortion
- Total jitter low as 10 psp-p, random jitter low as 350 fsrms
- Sample rates adjustable from 100 Sa/s to 12 GSa/s
- High-precision synchronization with channel-to-channel skew time low as ± 10 ps
- Support advanced sequence to define outputs of various complex waveforms
- Multiple interfaces available: LAN, USB3.0, HDMI
- Support the import of external waveform files
- 15.6" angle-adjustable display
Brand New SifI III Technical Platform
Built on RIGOL's brand new SiFi Il platform, the DG70000 series supports multiple signal output modes such as sequence output, precise trigger output, continuous output and patter jump output. With industry-leading waveform memory depth, it achieves a maximum data throughput of 38.4 Gbps. The advanced sequence function allows for configuration of its waveform memory, which maximizes fleibity. In terms of signal processing, this series has various. functions including adjustable sample rates, IQ modulation, DUP and direct digital synthesis (DDS).
Meeting Requirements for Various Applications
This series is customer-oriented with a variety of functions stable for practical applications. For example, the creation of advanced sequences enables you to selfdefine long complex waveforms. It can realize high-precision multi-channel synchronizations and the output of high-bandwidth and low-jitter waveforms, making it ready for applications in areas like communications, scientific research and industry. Multiple standard interfaces provides you with more solutions in connectivity, realizing remote instrument control and synchronization.
Channel Setting Interface
Advanced Sequence Editing Interface
Brand New Appearance and Ul Design Bring Extraordinary User Experience
This series features a 7U full-rack structure and delicate industrial design. Equipped with two touch screens, it brings brand new Ul design and extraordinary user experience. The main display is a 15.6-inch touch screen with one button electronic tilt. It supports simultaneous waveform display in multi-pane windowing, making it easier to view signals, measurements and results.
High Sample Rate and High Resolution, Restore Signals with High Quality
The DG70000 series provides sample rate up to 12 GSa/s and an adjustable range from 100 Sa/s to 12 GSa/s. The 16-bit high resolution ensures its high fidelity.
To restore the signal with high quality is the basis for reliable and repeatable testing. The DG70000 series features excellent sample rate and resolution, capable of restoring the signal without distortion, presenting you with more real test results.
- 12 GSa/s Sample Rate
(5 GSa/s data rate, interpolated: 10 GSa/s for real waveform output and 12 GSa/s for IQ waveform output)
- 16-bit Vertical Resolution
Wider Output Frequency Range and Modulation Bandwidth Ensures Wireless Signal Simulation Test
With the renewal and iteration of wireless standards, the carrier frequency and modulation bandwidth of wireless signals are constantly improving, bringing more severe test challenges.
The DG70000 series provides up to 5 GHz output frequency and up to 1.5 GHz modulation bandwidth. It can directly output IQ baseband signal or use the Digital Up Converter (DUC) option to generate RF modulated signal, meeting your demands for testing various types of wireless signals.
- Maximum 5 GHz Output Frequency
- Maximum 1.5 GHz Modulation Bandwidth
Lower Channel-to-Channel Delay and Channel Extension Ability, Reproduce Complex Test Scenarios
In cutting-edge fields such as quantum technology, it is necessary to build a multi-channel high-speed signal system. Such complex test scenarios require that the arbitrary waveform generator should support multi-channel signal output and low channel-to-channel delay.
The DG70000 series can realize multi-channel synchronization and 10 ps channel-to-channel delay of a single device, enabling you to rebuild multi-channel and low-latency complex test scenarios.
- Minimum 10 ps Channel-to-Channel Delay
- Multi-channel Synchronization across Multiple Devices
More Sample Points Help Generate Purer Signals
Simulation testing through building real-world environment can effectively reduce the cost of system testing. Improved signal purity and the creation of long complex signals are key requirements for such simulation.
The DG70000 series can provide -70 dBc spurious-free dynamic range (SFDR) and up to 1.5G sample points per channel, creating long complex waveforms without compromising bandwidth. At the same time, it provides the advanced sequence function, which can divide the wave- form memory to store several waveform segments, making good use of the waveform memory depth. It also makes it flexible to construct your desired waveforms through internal and external trigger events.
- 1.5 GSample Waveform Memory Depth
- -70 dBc SFDR
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