UNI-T MSO3024HD Oscilloscope

The MSO3000HD Series represents the pinnacle of Uni-Trend’s oscilloscope technology, delivering 12-bit high-definition resolution combined with exceptional 500MHz bandwidth performance. Designed for the most demanding engineering applications, these instruments provide laboratory-grade precision for power electronics, advanced research, and high-speed signal analysis.

Key Features & Technical Highlights:

1. High-Definition Signal Acquisition:

   • True 12-bit vertical resolution (up to 15-bit enhanced)

   • 500MHz bandwidth with ultra-low noise design (<0.5mVrms)

   • 4 analog channels @ 5GSa/s (real-time)

   • 16 digital channels @ 1.25GSa/s

2. Advanced Memory System:

   • Standard 250Mpts memory (expandable to 1Gpts)

   • 1,250,000 wfms/s maximum waveform capture rate

   • Segmented memory with intelligent recording

3. Professional Visualization:

   • 15.6″ 4K UHD capacitive touch display (3840×2160)

   • Multi-touch gesture control with stylus support

   • 12 display modes including X-Y and histogram views

   • Customizable measurement dashboard

4. Comprehensive Analysis Package:

   • 75+ automated measurements

   • Advanced power analysis (switching loss, harmonics, PFC)

   • Full protocol decoding suite (including CAN FD, Ethernet, USB 2.0)

   • Jitter, eye diagram and bathtub analysis

   • Built-in 100MHz arbitrary waveform generator

5. Cutting-Edge Connectivity:

   • Dual USB-C 3.2 Gen 2×2 (40Gbps)

   • 10GBase-T Ethernet

   • HDMI 2.1 output

   • Secure cloud connectivity

   • Multi-user remote operation

Technical Specifications:

• Vertical resolution: 12-bit (15-bit enhanced)

• DC gain accuracy: ±0.25%

• Timebase accuracy: ±2ppm

• Input impedance: 1MΩ ±0.5% || 14pF ±0.5pF

• Maximum input voltage: 1000V (CAT III)

• CMRR: >80dB @ 50MHz

Premium Applications:

• High-voltage power electronics design

• Precision medical instrumentation

• Aerospace and defense systems

• Quantum computing research

• Automotive electrification development

• Advanced materials research