BSL Equipment
Home / Oscilloscopes / Digital Oscilloscopes / UNI-T UPO3502E 2-Channel Mixed Signal Oscilloscope

UNI-T UPO3502E 2-Channel Mixed Signal Oscilloscope

UNI-T · Model: UPO3502E Made to order
UNI-T UPO3502E 2-Channel Mixed Signal Oscilloscope
Request a quote

UNI-T UPO3502E is a 500MHz 2-channel mixed signal oscilloscope with 2.5GSa/s sample rate, 250Mpts memory, and 8-inch touchscreen.

Model UPO3502E
Manufacturer UNI-T
Category Digital Oscilloscopes
Availability Made to order

Overview

The UNI-T UPO3502E is a 2-channel mixed signal oscilloscope designed for high-speed electronics testing and signal analysis. With 500MHz bandwidth and real-time sampling up to 2.5GSa/s, it captures fast transients and complex waveforms. The capacitive touchscreen provides an intuitive interface for measurement setup and analysis.

Key Features

  • 500MHz Bandwidth ideal for high-frequency signal analysis
  • 2-Channel Analog Input with optional 16-channel digital input (requires UPO3000CS-LA16 and UT-M15 logic probe)
  • 2.5GSa/s Real-time Sample Rate with 250Mpts memory on single channel, 70Mpts on all channels
  • 8-inch 800×480 Capacitive Touchscreen for responsive control
  • 200,000 Waveforms/second capture rate for reliable event detection
  • Multiple Interfaces: USB Host/Device, LAN, External Trigger, Auxiliary Output, Arbitrary Waveform Generator, VGA
  • SCPI Programmable and web-accessible for remote monitoring and automation

Applications

  • High-speed circuit testing and analysis
  • RF and microwave signal measurement
  • Embedded systems debugging
  • Educational training in advanced electronics
Bandwidth 500 MHz
Analog Channels 2
Digital Channels Upgrade Required
Sampling Rate 2.5 GS/s
Memory 70 Mpts
Type MSO
Vertical Resolution 8 bit
Display Type 8 Capacitive Color Touch
Series UPO3000E Series
Special Features Without Logic Pod
UNI-T UPO3502E 2-Channel Mixed Signal Oscilloscope

Request a quote

UNI-T UPO3502E 2-Channel Mixed Signal Oscilloscope

Response within 24 hours
No obligation
Direct communication

By submitting this form, you agree to the processing of your personal data in accordance with our privacy policy.