MSO5104 Hybrid Wave Gnerator 100MHz

The MSO5104 Hybrid Wave Gnerator is a high-resolution, 100MHz bandwidth mixed-signal oscilloscope designed for high-precision, high-speed and complex signal testing scenarios. Part of the high-end MSO5000 series, it is a multifunctional, comprehensive test instrument that integrates analogue signal acquisition, digital logic analysis, bus decoding, power analysis and signal output. Utilising leading-edge Ultra Phosphor 3.0 waveform imaging technology, it comes standard with four analogue channels plus an optional 16 digital channels, enabling the synchronous acquisition and analysis of analogue signals and digital logic. This perfectly addresses the challenges of mixed-signal debugging in fields such as embedded systems, automotive electronics, communications and precision power supplies.

The product supports an ultra-high real-time sampling rate of 8 GSa/s (single-channel), 4 GSa/s (half-channel), 2 GSa/s (full-channel) and an ultra-large memory depth of 500 Mpts. Combined with a high-resolution 12-bit ADC, it offers 16 times the vertical resolution of traditional 8-bit oscilloscopes, enabling the precise capture of faint signal fluctuations, power supply ripple and high-frequency transient anomalies. It also boasts an ultra-fast waveform capture rate of up to 1.5 million frames per second, enabling the efficient capture of sporadic and intermittent fault signals. Combining high-speed testing, high-precision measurement and comprehensive analysis capabilities, it is a flagship-level test instrument for industrial R&D, mass production testing and scientific research.

Product Description from the Supplier

Xi'an Mingxi Taida Information Technology Co., Ltd. brings over 12 years of industry expertise to deliver cutting-edge measurement and control solutions.With progressed computerization forms and strict quality control, we guarantee each item meets the most noteworthy guidelines for proficient applications.

Description

High-speed bus communication, low-voltage high-current power supply systems, high-frequency analogue signals and mixed-signal integrated circuits have become the mainstream, whilst traditional oscilloscopes are gradually revealing their shortcomings: 8-bit low resolution fails to detect subtle signal deviations; low waveform capture rates result in missed sporadic faults; insufficient memory depth cannot support long-term waveform recording; and limited bus decoding capabilities fail to meet the testing requirements for protocols across multiple industries.

The industry is in urgent need of an all-in-one test instrument that offers high resolution, high capture rates, large storage capacity, multi-functional integration and multi-protocol compatibility, whilst balancing the in-depth analysis required for R&D and debugging with the efficiency demanded by mass production testing. The RIGOL's MSO5104 Hybrid Wave Gnerator 100MHz mixed-signal oscilloscope has therefore been launched to specifically address the core challenges faced in high-end electronic testing scenarios.

Key Hardware Features-MSO5104 Hybrid Wave Gnerator 100MHz:

• 12-bit ultra-high vertical resolution for precise capture of faint signals:

Breaking through the accuracy limitations of traditional 8-bit oscilloscopes, the 12-bit ADC delivers a 16-fold increase in resolution, enabling precise detection of faint fluctuations in the millivolt range, low-frequency power supply ripple and minute signal deviations in precision analogue circuits. It is ideally suited for testing precision power supplies, sensor signals and low-noise circuits, ensuring that no signal details are lost.

• 100MHz bandwidth + 8 GSa/s (single channel) / 4GSa/s(half channel) ultra-fast sampling:

It enables distortion-free acquisition of high-frequency, high-speed signals, accurately reproducing the original signal characteristics to meet the testing requirements of high-speed digital circuits, RF auxiliary testing and high-frequency driver circuits.

• Million-level waveform capture rate, ensuring no sporadic faults are missed:

Equipped with Ultra Phosphor 3.0 waveform imaging technology, 8-channel parallel graphics mapping and a data processing rate of 20 Gbps, it offers a waveform capture rate of 450,000 frames per second in standard mode and up to 1.5 million frames per second in sequential mode. With an ultra-fast response time of 750 ps, it accurately captures intermittent and random transient anomalies, thoroughly resolving the industry pain points of sporadic faults being difficult to reproduce and locate.

• 200 Mpts storage depth for long-duration waveform recording:

This device supports continuous, high-resolution waveform recording over extended periods. It enables the acquisition of long-duration signals without compromising the sampling rate, making it ideal for equipment ageing tests, long-term stability tests and full traceability of bus timing.

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• Integrated analogue-digital testing:

4 independent analogue channels + optional 16 digital logic channels, enabling simultaneous acquisition of analogue voltage and digital logic signals to accurately pinpoint timing faults in analogue-digital interactions, eliminating the need for multiple devices and simplifying the test setup process.

• Compatibility with industry-standard bus protocols:

Edge, Pulse, Slope, Video, Pattern, Duration, Timeout, Runt, Window, Delay, Setup/Hold, and Nth Edge Option: RS232, UART, I2C, SPI, CAN, FlexRay, LIN, I2S, and MIL-STD-155; Parallel Option: RS232, UART, I2C, SPI, CAN, FlexRay, LIN, I2S, and MIL-STD-1553;

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Technical Specifications-MSO5104 Hybrid Wave Gnerator 100MHz:

Horizontal system

Trigger System

Waveform Capture

Clients:

✅R&D Testing for Consumer Electronics- The MSO5104 oscilloscope can accurately analyse common bus signals such as I2C, SPI and UART, and troubleshoot issues such as signal delay, data packet loss, excessive power supply ripple and timing errors, thereby supporting hardware optimisation and functional upgrades.

✅Automotive Electronics Testing and Validation- It enables the testing of high-speed in-vehicle signals, power supply stability and immunity to interference, thereby meeting the stringent reliability testing and compliance validation requirements of the automotive electronics sector.

✅Industrial Control and Embedded Development- It simultaneously captures analogue drive signals and digital logic signals to identify faults in analogue-digital interaction, timing deviations and pulse anomalies, and is suitable for long-term stability and ageing tests on industrial equipment.

✅Precision Power Supply and Power Electronics Testing- Addressing core issues such as excessive noise and insufficient stability in precision power supplies.

✅Aerospace and Advanced Scientific Research- It is ideally suited for high-precision signal acquisition, timing analysis, research experiments and project development in aerospace equipment, precision instruments and university research laboratories.

✅Communications and High-Speed Circuit Testing

✅Mass Production Quality Control and Automated Testing

Custom Design

We get it that standard arrangements do not continuously meet one of a kind prerequisites. Our experienced building group gives comprehensive OEM/ODM customization administrations. Whether you require adjusted recurrence ranges, specialized activating alternatives, or custom frame components, we work closely with you to create the idealize arrangement. Our adaptable plan approach guarantees your particular application needs are completely tended to whereas keeping up our quality standards.

Why Select MXTD

Proven Encounter: Over 12 a long time of specialized skill in estimation and control frameworks development.

Expert Designing: Our gifted R&D group ceaselessly innovates to convey cutting-edge arrangements that keep you ahead of industry demands.

Quality Confirmation: Strict fabricating forms and comprehensive testing conventions guarantee dependable, steady performance.

Comprehensive Back: From starting meeting through progressing support, our committed group gives responsive specialized assistance.

Secure Conveyance: Collaborating with trusted coordinations suppliers guarantees secure, followed, and safety net provider shipment of your equipment.

Customer Center: We prioritize your victory with standard follow-ups, fast issue determination, and personalized benefit approaches.

FAQ

Q: What are the core advantages?

A: high precision, high efficiency, all-scenario compatibility and ease of use

Q: What are the available real-time sampling rates?

A: MSO5354/MSO5204/MSO5104/MSO5074: 8 GSa/s (single-channel), 4 GSa/s (half-channel), 2 GSa/s (full-channel); MSO5102/MSO5072: 8 GSa/s (single-channel), 2 GSa/s (full-channel)

Q: What are the available interfaces?

A: USB2.0 Host, USB2.0 Device, LAN (10/100/1000 Base-T), HDMI 1.4b, TRIG OUT

Q: Selectable serial bus triggering and decoding?

A: Standard: Parallel Option: RS232, UART, I2C, SPI, CAN, FlexRay, LIN, I2S, and MIL-STD-1553

Q: What is trigger types?

A: Standard: Edge, Pulse, Slope, Video, Pattern, Duration, Timeout, Runt, Window, Delay, Setup/Hold, and Nth Edge Option: RS232, UART, I2C, SPI, CAN, FlexRay, LIN, I2S, and MIL-STD-15

Contact Us

If you are looking for an affordable four-channel oscilloscope that features deep memory, a high waveform capture rate, and the ability to analyze serial buses, the MSO5104 Hybrid Wave Gnerator 100MHz is an excellent choice. It doesn't make you pay for features you don't need, yet it fully meets your requirements in terms of key measurement capabilities.

Email: manager03@mxtdinfo.com