| Brand | RIGOL |
|---|---|
| Bandwidth | 6GHz |
| Max Memory Depth | 2 Gpts |
| Sample rate | 20 GSa/s |
| Channels | 4 |
MSO/DS9000 High Performance Digital Oscilloscopes
Key Specifications
- Up to 6 GHz analog bandwidth
- Up to 20 GSa/s real-time sampling rate
- Up to 2 Gpts memory depth
- Up to 1,000,000 wfms/s waveform capture rate
- 10.1-inch HD touchscreen display
- Available with up to 4 analog channels
- MSO models include 16 digital channels
- Solid-state electronic attenuator technology for improved reliability and longevity
| Model | Bandwidth | Sample Rate | Analog Ch. | Digital Ch. | Memory Depth |
|---|---|---|---|---|---|
| DS9202 | 2 GHz | 20 GSa/s | 2 | — | 2 Gpts |
| DS9204 | 2.5 GHz | 21 GSa/s | 4 | — | 2 Gpts |
| DS9404 | 4 GHz | 22 GSa/s | 4 | — | 2 Gpts |
| DS9604 | 6 GHz | 23 GSa/s | 4 | — | 2 Gpts |
| MSO9402 | 4 GHz | 24 GSa/s | 2 | 16 | 2 Gpts |
| PLA3204 | Sets of 4-channel logic analyzer probes for MSO9402 | ||||
| DS9004-RLU-20 | DS Series 4-CH 2 Gpts Memory Depth Upgrade Option | ||||
| MSO9000-RLU-20 | MSO Series 2-CH 2 Gpts Memory Depth Upgrade Option | ||||
| DS9000-PWRA | Power Analysis Option (PC Software) | ||||
| DS9000-JITTA | Eye Diagram and Jitter Analysis Option (DS9202 is not supported) | ||||
| DS9000-EYEA | Eye Diagram Analysis Option (For DS9202 only) | ||||
| MSO9000-AFG200 | Built-in 2-CH 200 MHz Function Generator Option | ||||
| DS9000-AUTOA | Automotive Serial Bus Trigger and Analysis (CAN-FD, LIN) | ||||
| DS9000-AEROA | MIL-STD-1553B Serial Bus Trigger and Analysis Option | ||||
| DS9000-FlexA | FlexRay Bus Trigger and Analysis Option | ||||
| DS9000-AUDIOA | Audio Serial I2S Bus Trigger and Analysis Option (4-CH model) | ||||
| DS9000-SENTA | SENT Serial Protocol Analysis Option | ||||
| DS9000-BND | DS9000 Series Function and Application Bundle Option, including all decoding options: AUTOA / AEROA / AUDIOA / FlexA / SENTA | ||||
| MSO9000-BND | MSO9000 Series Function and Application Bundle Option, including AFG bandwidth option and all decoding options: AFG200 / AUTOA / AEROA / FlexA / SENTA | ||||
| DS9000-USBSQA | USB2.0 Compliance Test (PC Software) | ||||
| DS9000-DPHY12C | MIPI D-PHYv1.2 Compliance Test (PC Software) | ||||
| DS9000-AUTOC | Automotive Ethernet Compliance Test (PC Software) | ||||
| DS9000-ENETC | 100M/1000M Ethernet Compliance Test (PC Software) | ||||
MSO/DS9000 High Performance Digital Oscilloscopes
RIGOL Introduces the New MSO/DS9000 Series Digital Oscilloscopes : High-End Performance at an Accessible Price RIGOL Technologies has announced its new MSO/DS9000 Series Digital Oscilloscopes, bringing advanced signal integrity and compliance analysis capabilities to a wider range of engineers and test laboratories. Designed for high-speed testing and complex signal analysis, the new series combines impressive hardware performance with powerful built-in analysis tools. With bandwidths up to 6 GHz, real-time sampling rates up to 20 GSa/s, memory depths up to 2 Gpts, and waveform capture rates reaching 1,000,000 waveforms per second, the MSO/DS9000 Series is engineered to capture fast signals, identify intermittent anomalies, and accelerate debugging workflows. The instruments feature a responsive 10.1-inch HD touchscreen and are available in both oscilloscope (DS) and mixed-signal oscilloscope (MSO) configurations.High-speed capture
Up to 6 GHz bandwidth, 20 GSa/s sampling and 1 000 000 wfms/s capture rate — no signal escapes.
Signal integrity analysis
Built-in eye diagram, jitter decomposition and compliance testing for high-speed digital designs.
Mixed-signal ready
MSO models add 16 digital channels for simultaneous analog and digital debugging in one instrument.
Intuitive interface
Responsive 10.1" HD touchscreen with 2 Gpts memory depth keeps complex workflows fast and fluid.
Advanced Analysis Capabilities
The MSO/DS9000 Series includes a comprehensive suite of advanced software tools typically associated with significantly more expensive oscilloscope platforms. Engineers can perform:
- Eye diagram analysis for signal integrity validation
- Jitter measurement and jitter decomposition
- High-speed serial bus debugging
- Compliance and pre-compliance testing
- Power analysis and power integrity measurements
- Detailed signal integrity investigations
These capabilities make the new platform particularly suitable for applications such as high-speed digital design, signal integrity analysis, compliance validation, power electronics development, and advanced R&D environments.
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