GAOTek Portable Handheld Oscilloscope

GAOTek portable handheld oscilloscope consists of a powerful FPGA hardware waveform processing engine and DRAM memory, rather than an MCU-based software implementation.

GAOTek-MSO-193

Description

Overview

GAOTek portable handheld oscilloscope consists of a powerful FPGA hardware waveform processing engine and DRAM memory, rather than an MCU-based software implementation. DRAM and FPGA are essential for high frame rates and smooth waveforms.

 

Features

  • X-axis/Y-axis curved cursor
  • Lissajous figure in X-Y mode
  • Afterglow display
  • Signal generator
  • File feature

 

Technical Specifications

Real-time Sampling Rate 1 GSa/s
Equivalent Sampling Rate 5 GSa/s
Time Base Range 1 ns/Div – 10 s/Div (in)
Storage Depth (Dual Channel) 8 Mpts
Storage Depth (Single Channel) 16 Mpts
Bandwidth 150 MHz
Input Coupling DC or AC
Input Impedance 1 MΩ or to 16pF
Vertical Sensitivity 10 mV/Div to 5 V/Div
Vertical Resolution 8 bits
Input Withstands Voltage Range peaks ≤250 V
Trigger System
Trigger Mode Automatic Normal (ch0 and ch1)
Trigger Position 0% to 100% sampling depth
Hold-off Range 0 s to 1 s
Trigger Type Edge (rising or falling)
Cursor Y-axis and X-axis cursor
Manual Measurement Width or frequency or period or voltage amplitude
Time-domain Waveforms Real-time waveform acquired in a single shot (high frame rate hardware processing engine)
X-Y Mode Lissajous figure
Waveform Type Sine or square or triangle or sawtooth wave
Waveform Frequency 0 KHz to 100 KHz
Square Wave Duty Cycle 10% to 90%
Waveform Amplitude 0 V to 3 V (min Vpp = 0.5 V)
Mini-HDMI Extends acquisition based on other sensors
BNC Extended Current or Differential Probes

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