Puyuan DS81304 Digital Oscilloscope: A Powerful Tool for High-Speed Signal Analysis

As a leader in the field of electronic measurement instruments, RIGOL has recently launched the DS81304 digital oscilloscope, which has set a new benchmark in the field of high-speed signal analysis with its excellent performance and rich features. In this article, we will introduce the core features, technical specifications and application advantages of DS81304 digital oscilloscope in detail to help readers fully understand this powerful measurement tool.

I. Product overview

The DS81304 is the flagship product in the DS80000 series of Puyuan Precision's DS80000 series, designed to address troubleshooting and verification challenges in high-speed design. Equipped with RIGOL's new self-developed core module, the oscilloscope provides up to 13 GHz analog bandwidth and 40 GSa/s real-time sampling rate, ensuring accuracy and reliability in high-speed signal measurements.

II. Core features

1. High performance indicators

• ‌analog bandwidth: Up to 13 GHz for precise measurements of high-frequency signals.
• ‌real time sampling rate: 40 GSa/s, ensuring no loss of detail in high-speed signal capture.
• ‌Storage depth: 500 Mpts as standard, with options up to 4 Gpts to support continuous capture and analysis of long-duration signals.
• ‌Waveform capture rate: Up to 250,000 wfms/s for fast capture of transient signals.
• Number of analog channels: 4 channels

2. Rich triggering and decoding functions

• ‌Multiple trigger modes: Supports a variety of trigger types such as edge, pulse width, slope, video, etc., as well as serial bus triggers such as RS232/UART, I2C, SPI, CAN, etc., to meet the triggering needs of complex signals.
• ‌Serial Bus Decoding: Built-in multiple serial bus decoding functions, including RS232/UART, I2C, SPI, CAN, FlexRay, LIN, etc., simplifying the signal analysis process.

3. Powerful measurement and analysis functions

• ‌automatic measurement: Provides automatic measurement of up to 41 waveform parameters and supports full-memory hardware measurement to improve measurement efficiency.
• ‌waveform operationSupport addition, subtraction, multiplication, division, FFT and other mathematical operations, built-in peak search function, easy to signal feature extraction.
• ‌Real-time eye chart and jitter analysis: An optional feature that supports eye diagram and jitter analysis of high-speed digital signals to ensure signal quality.

4. Convenient operation and interface

• ‌Large HD touch screen: A large 15.6-inch HD multi-touch screen with support for motorized tilt adjustment provides a flexible operating experience.
• ‌Rich interfacesThe system includes USB Host & Device, LAN (LXI), HDMI, AUX OUT, etc. It supports Web Control for remote control and easy integration into the test system.

III. Technical specifications

The DS81304 oscilloscope also excels in its technical specifications, which include:

• ‌vertical resolution: 8 bits~16 bits adjustable to meet the needs of different measurement accuracy.
• ‌Vertical sensitivity range1mV/div to 1V/div (50Ω), adapting to signal measurements of different amplitudes.
• ‌Time base range: 20ps/div~1ks/div, supports full coverage from ultra-high speed to low speed signals.
• ‌processor system: A Cortex-A72 dual-core processor paired with 4 GB RAM and 128 GB internal storage ensures a smooth operating experience.

IV. Application advantages

With its excellent performance and rich features, DS81304 digital oscilloscope shows significant application advantages in high-speed communication, semiconductor testing, automotive electronics, aerospace and other fields. It can help engineers quickly locate problems, optimize designs, and improve product development efficiency and quality.

V. Conclusion

As a powerful tool for high-speed signal analysis, Puyuan DS81304 digital oscilloscope has won the favor of engineers with its high performance, multi-functionality and easy operation. With the continuous development of electronic technology, DS81304 will continue to play an important role in the field of signal measurement and provide strong support for scientific and technological innovation.