Core Technical Innovations
● Ultra-Low Noise & High Resolution
Utilizes X-Vision III architecture with baseline noise as low as 200μV, enabling precise μV-level signal analysis.
●12-bit vertical resolution (expandable to 16-bit in enhanced mode), supporting high dynamic range signal capture.
●High Sampling & Storage Capacity
Bandwidth: 20MHz–500MHz (e.g., ADS3000 series); Real-time sampling rate up to 2.5GSa/s; 100Mpts storage depth ensures long-duration waveform recording.
●Waveform capture rate: 500,000–750,000 wfms/s (in Sequence mode), significantly improving transient anomaly detection.
●Hybrid Signal Analysis
Supports 4 analog + 16 digital channels with hardware-accelerated I2C/SPI/CAN/LIN protocol decoding for real-time bus signal parsing.Advanced triggering modes: Edge, Pulse, Window, Logic, and Protocol triggers.
Key Applications
●New Energy & Power Design
μV-level accuracy for photovoltaic inverter MPPT efficiency analysis and energy storage system loop response testing.
●Automotive Electronics
Hardware-decoded CAN FD/LIN bus signals for ECU signal integrity validation and sensor noise diagnosis.
●5G & High-Speed Communication
Supports PCIe 6.0 jitter analysis and RF signal spectrum analysis for telecom R&D.
●Research & Education
Budget models integrate FFT analysis and Lissajous pattern generation for university labs.
Competitive Advantages
●Cost-Effective Localization
●Software Ecosystem
Remote control via SCPI commands and LabVIEW integration; supports automated test workflows.
Technical Evolution Trends
Intelligent Diagnostics
Green Testing
Optoelectronic Integration
