Introducing the MSO7000X Series: Where Performance Meets Innovation
In a rapidly advancing technological landscape, engineers across fields like communications, aerospace, education, and electronics design need tools that not only keep pace but also excel. The MSO7000X Series of mixed-signal oscilloscopes rises to the occasion with its powerful features, exceptional performance, and versatility, designed to tackle the challenges of today’s and tomorrow’s applications.
Key Features and Benefits
High Bandwidth and Sample Rate
The MSO7000X Series offers bandwidth options up to 2 GHz and a real-time sample rate of 10 GSa/s. This capability enables engineers to accurately capture and analyze high-speed signals, providing clarity and reliability even in demanding scenarios.
Enhanced Connectivity and Remote Access
Powered by Windows 10 64-bit, the MSO7000X supports a variety of software integrations, including MATLAB embedded programming. Engineers can execute MATLAB code directly on the oscilloscope for seamless analysis. Remote access features, such as SCPI control, data export, and mobile device access, further allow engineers to operate the device from virtually anywhere.
The MSO7000X utilizes the unique UltraAcq® technology to increase the real-time waveform capture rate to more than 800,000wfms/s. With the new Ultra Phosphor® 3.0 display technology, the transient signals can be clearly seen.
Operational results are rendered directly to the oscilloscope window.
- Remote desktop
- Shared disk access
- Powerful data processing capabilities
- Multi-tasking
- Power quality
- Harmonic analysis
- Switching loss
- Safe operation area
- Ripple analysis
- Loop analysis
- TIE,TJ, DJ, RJ, PJ,DDJ, DCD
- TIE Trend Chart, TIE Spectrogram
- TIE Histogram
- Bath Curve
Up to 11 serial protocols analysis
- SCPI Remote Control
- Remote View & Control
- Export data files
- View manual online
- Support mobile phone access
Applications and Use Cases for the MSO7000X Series
The MSO7000X Series is designed to address a wide range of applications across various industries. Here are some of the use cases where the oscilloscope shines:
1. High-Speed Digital Design and Debugging
With its high bandwidth and 10 GSa/s sample rate, the MSO7000X is well-suited for digital designers working on high-speed data transmission protocols such as USB, PCIe, and HDMI. The jitter analysis and eye diagram capabilities provide insights into signal quality, essential for ensuring that high-speed data is transmitted accurately and without distortion.
2. Power Electronics and Power Quality Analysis
Engineers in power electronics can leverage the oscilloscope’s power measurement and analysis capabilities to evaluate the performance of switching power supplies, inverters, and converters. The oscilloscope can analyze ripple, harmonic distortion, and switching losses, helping designers create energy-efficient products and improve power system stability.
3. RF and Communications Testing
The MSO7000X Series, with its wide bandwidth up to 2 GHz, is ideal for RF and wireless communication testing. Engineers can capture and analyze RF signals, validate protocols, and debug communication issues in devices ranging from mobile phones to satellite equipment. Its real-time capture rates and bandwidth enable it to capture even brief or transient signals in these high-frequency domains.
4. Embedded System Development and Debugging
Embedded system engineers can use the MSO7000X to analyze both analog and digital signals, making it ideal for debugging complex systems that involve mixed-signal designs. The oscilloscope's support for up to 16 optional digital channels enables engineers to simultaneously view and analyze multiple signals across analog and digital domains.
5. Automotive Electronics and Sensor Testing
The automotive industry increasingly relies on sophisticated electronic control units (ECUs) and sensors. The MSO7000X Series is capable of analyzing complex protocols such as CAN, LIN, and FlexRay, widely used in automotive electronics. Engineers can assess timing, signal integrity, and communication consistency, ensuring that automotive systems perform reliably under diverse conditions.
6. Educational Research and Lab Environments
With its user-friendly touchscreen, flexible interface, and comprehensive analysis tools, the MSO7000X Series is a powerful educational resource. It provides students and researchers with a hands-on tool for learning about signal analysis, waveform generation, and protocol decoding. Its remote access features also allow for online lab sessions, an invaluable feature in distance-learning environments.
Why Choose the MSO7000X Series?
The MSO7000X Series is more than just an oscilloscope—it’s a versatile analysis platform that adapts to diverse engineering needs. The combination of high bandwidth, exceptional waveform capture, extensive measurement options, and robust remote access makes it an indispensable tool for engineers in multiple fields. Additionally, its built-in Windows OS and support for MATLAB programming provide a unique advantage, allowing engineers to perform data processing and complex analysis directly on the oscilloscope.
For engineers looking to future-proof their equipment with a high-performance, flexible, and reliable oscilloscope, the MSO7000X Series is a top choice. It empowers users to meet the challenges of modern signal analysis, power electronics, RF testing, and digital design—all in a single device built for the future.
Flexible Model Options and Expandability
The MSO7000X series includes models like the MSO7204X and MSO7104X, offering options with 2 GHz and 1 GHz bandwidths, respectively. Each model provides 4 analog channels, up to 16 digital channels (optional), and an optional 60 MHz dual-channel waveform generator, allowing users to tailor their devices to meet specific requirements.
Conclusion
The MSO7000X Series mixed-signal oscilloscopes are poised to set a new benchmark in performance and versatility for engineers across various industries. With their impressive bandwidths, rapid sample rates, and advanced waveform capture technologies, these oscilloscopes empower professionals to tackle complex signal analysis tasks with confidence and precision.
Whether in high-speed digital design, power electronics testing, or automotive applications, the MSO7000X Series provides essential features such as power measurement capabilities, jitter analysis, and a user-friendly touchscreen interface. Its robust connectivity options and compatibility with industry-standard software like MATLAB make it a comprehensive solution for today's engineering challenges.
Investing in the MSO7000X Series means equipping yourself with a future-proof tool that combines cutting-edge technology with unmatched usability, ensuring you are ready to meet the demands of an evolving landscape.
