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Rigol VS5202D
Rigol VS5202D Rigol VS5202D Rigol VS5202D Rigol VS5202D Rigol VS5202D

Rigol VS5202D

PC based high quality 2 channel MSO with 200 MHz bandwidth, 400 MSa/s and 16 channel logic analyzer.

This article is no longer available. Alternative: Acute DS-1202 + Acute TL2136

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3 years warranty

30 days trial period

The Rigol VS5202D is a PC based two channel digital storage oscilloscope with a 16 channel logic analyzer. The VS5202D offers up to 400 MSa/s real-time sample rate and up to 200 MHz bandwidth. The fully integrated logic analyzer offers up to 200 MSa/s.

The Rigol PC based oscilloscopes has powerful functions: up to 1M memory depth, with Ultrazoom function, it can enable users to observe details while survey the whole waveform; 7 trigger modes, adjustable trigger sensitivity, USB + LAN interfaces and other traditional functions of RIGOL oscilloscopes. The quality of the Rigol Oscilloscopes is comparable to Agilent and Tektronix oscilloscopes.

Special Features

  • Ultrazoom
    Ultrazoom
    You can sample up to 1 million measurement points with this oscilloscope. Easily zoom in and scroll within the signal. Survey macroscopically, observe microscopically.
  • Mixed Signal (Logic Analyzer) and Pattern Trigger
    Mixed Signal (Logic Analyzer) and Pattern Trigger
    The Rigol VS5202D offers a real mixed signal mode. You can view both analog channels and 16 digital channels at the same time.
  • Adjustable Trigger Sensitivity
    Adjustable Trigger Sensitivity
    With the Rigol VS5202D oscilloscope you have the ability to filter noise from the signal avoids false triggers.
  • Alternate Trigger
    Alternate Trigger
    Provides a true dual timebase display.
  • Slope Trigger
    Slope Trigger
    Triggers on the signals rise time or fall time is user defined.
  • Rising and Falling Edge Trigger
    Rising and Falling Edge Trigger
    Mainly used to view eye-diagrams normally only available in more advanced DSO’s.
  • FFT (Fast Fourier Transformation)FFT (Fast Fourier Transformation)
    The FFT function provides spectrum analysis function for users. Supported FFT algorithm: Rectangle, Hanning, Hamming, Blackman.

Logic-Analyzer Details

  • Logic-Analyzer Details
    VS5202D
  • Sample rate (real time)
    1 Sa/s-200 MSa/s
  • Channels
    16
  • Record length
    512 kpts per channel
  • Input impedance
    1 MΩ±2%
  • Logic levels
    TTL, CMOS, ECL, User (-8 V bis +8 V)
  • General Data
    VS5202D
  • Interfaces
    USB (High Speed), LAN
  • Size
    217 mm × 141 mm × 45 mm
    (8.54" × 5.55" × 1.77")
  • Weight
    741 g (1.63 lbs)
  • Supported operation systems
    Windows XP(32Bit), Vista(32Bit), Windows 7(32Bit)
  • Oscilloscope Details
    VS5202D
  • Channels
    2
  • Real-time sample rate
    400 MSa/s real time
  • Bandwidth
    200 MHz
  • Sampling mode
    Normal, average (2, 4, 8, 16, 32, 64, 128, 256), peak detect
  • Mathematics
    A+B, A-B, A×B, FFT (Fast Fourier Transform)
  • FFT algorithm
    Rectangle, Hanning, Hamming, Blackman
  • Signal
    VS5202D
  • Max. Input voltage
    300 Vrms CAT I
  • Real-time sample rate
    1 Sa/s to 400 MSa/s real time
  • Time base
    2 ns/Div. to 50 s/Div.
    (Steps 1 - 2 - 5)
  • Memory
    1 Mpts (1 channel)
    512 kpts (2 channels, logic analyzer channels)
  • Vertical
    VS5202D
  • Analog digital converter (A/D)
    With the resolution of 8 bits, make sampling on both channels synchronously.
  • Sensitivity range (V/div)
    2 mV/Div to 10 V/Div.
  • Displacement range
    ±40 V (500 mV/DIV - 10 V/Div)
    ±800 mV (2 mV/DIV - 200 mV/Div)
  • Trigger
    VS5202D
  • Trigger
    Channel 1, Channel 2, Ext, Ext / 5, AC Line
  • Signal system and line/field frequency (Video triggering mode)
    Support the NTSC, PAL and SECAM broadcasting systems of any field or line frequency.
  • Measurement
    VS5202D
  • Cursor measurement
    Manual, Track and Auto Measure modes
  • Auto measurement
    Vpp, Vamp, Vmax, Vmin, Vtop, Vbase, Vavg, Vrms, Overshoot, Preshoot, Freq, Period, Rise Time, Fall Time, +Width, -Width, +Duty, -Duty, Delay1-2 (rise), Delay1-2(fall)