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Digilent Analog Discovery Pro 3000 Benchtop Oscilloscopes

Digilent Analog Discovery Pro 3000 Benchtop Oscilloscopes are portable, high-resolution, mixed-signal, 4-channel (ADP3450) or 2-channel (ADP3250) oscilloscopes offering 14-bit resolution at up to 0.5GS/s. Options are available with and without 4x BNC-to-mini-grabber cables and 2x/4x P2150 oscilloscope probes. The ADP3000 devices feature 16 dedicated digital channels and analog inputs accessible via front panel BNC connectors. With the included digital power supply, digital outputs, 2-channel arbitrary waveform generator, and two dedicated external triggers the Analog Discovery Pro Oscilloscopes come with 12 instruments ready to analyze mixed-signal systems through WaveForms software.

In addition to the 12 built-in instruments enabled by WaveForms, the Analog Discovery Pro 3000 introduces Linux Mode. Linux Mode provides an on-device terminal-based operating system that, when combined with WaveForms SDK, is a flexible starting point for a multitude of custom tests and applications. Running embedded on the device itself or via WaveForms, users can take advantage of data streaming via ethernet, and the on-device storage to capture buffers of millions of samples.

Whether in Linux Mode using WaveForms SDK or in Standard Mode connected via WaveForms, the Analog Discovery Pro 3000 features a variety of advanced triggering options. Instruments within WaveForms can be cross-triggered for example, activating an oscilloscope capture based on a received and decoded digital protocol. External signals can also trigger events using the two dedicated external trigger inputs on the back of the device. WaveForms provides these features configurable in the instruments themselves, or for more control or automation in one of the available scripting interfaces.

Features

  • Analog inputs
    • Used in the Oscilloscope, Network Analyzer, Spectrum Analyzer, Voltmeter, Impedance Analyzer, and Data Logger
    • 2-channel (ADP3250) or 4-channel (ADP3450) analog inputs accessible via front panel BNC connectors
    • Single-ended channel type 
    • 55+MHz analog bandwidth at 3dB
    • 20MHz noise limiting bandwidth filter that can be enabled or disabled
    • 14-bit resolution (16-bit resolution with oversampling)
    • ±25V (±50V diff) input range
    • Input protected to ±50V
    • Maximum sampling rate
      • 0.5GS/s (with oversampling enabled)
      • 100MS/s default
    • AC or DC coupling
    • Input buffer
      • 128MS total in Record mode
      • 32k+ samples per channel in Repeated/Shift/Screen modes
    • Single-ended channel type
  • Analog outputs
    • Used in the Waveform Generator, Impedance Analyzer, and Network Analyzer
    • Two arbitrary waveform generator channels accessible via front panel BNC connectors
    • 14-bit Resolution
    • ±5VAC maximum amplitude 
    • 15MHz analog bandwidth at 3dB
    • 125MS/s maximum sampling rate
  • Digital power supply
    • One Power supply with two access points
    • 1.2V to 3.3V voltage range
    • 300mA output current
  • Digital inputs and outputs
    • Used in the Logic Analyzer, Pattern Generator, Protocol Analyzer, and Digital I/O
    • 16 channels
    • LVCMOS input logic standard (adjustable 1.2V to 3.3V, 5V tolerant)
    • LVCMOS output logic standard (adjustable 1.2V to 3.3V, 8mA)
    • 125MS/s maximum sampling rate
    • Logic analyzer buffer memory
      • 64MS total in Record Mode
      • 32k+ per channel in Repeated/Shift/Screen modes
  • Advanced triggering
    • Trigger sources such as oscilloscope analog channels, function generator start, digital I/O lines, external triggers, and manual trigger button
    • None, auto, manual (forced trigger), and single trigger modes
    • Edge, pulse, transition, condition, level, hysteresis, and hold-off analog triggers
    • Edge, level, pattern, glitch, and protocol digital triggers
  • Connectivity
    • USB or Ethernet device-to-computer connection (in Linux or Standard modes)
    • 4x high-speed USB 2.0 ports for peripheral connection (enabled in Linux mode), enabled for set and tested WiFi dongles (in Linux mode)
  • Auxiliary powered
  • Electromagnetic compatibility
  • Convection cooled
  • Pollution Degree 2
  • CE compliance
  • RoHS compliant

Specifications

  • 23.40cm x 19.40cm x 3.81cm (9.2" x 7.6" x 1.5") in dimension
  • Temperature ranges
    • 0 to +40°C operating
    • -20°C to +60°C storage
  • Relative humidity, non-condensing
    • 10% to 80% operating
    • 5% to 95% storage
  • 2000m maximum altitude
  • 450g in weight

Videos

WaveForms Instruments Software

WaveForms is the free software application for the ADP3450 and ADP3250 that enables the use of the available analog and digital instruments. The application features a computer and laptop-friendly user interface similar to that of traditional benchtop software. The device communicates with WaveForms via a USB or ethernet connection to your computer, allowing users to capture, record, analyze, and generate mixed-signal and mixed domain waveforms. WaveForms also provides a convenient method for changing between the available modes: Standard Mode and Linux mode.

To download the latest version of WaveForms, go to Digilent's WaveForms Resource Center. Features for each instrument tutorial are listed below.

Tutorials

  • Oscilloscope Waveform Instrument
    • Triggering - edge, pulse, transition, hysteresis, and many others
    • Cross-triggering with Logic Analyzer, Waveform Generator, Pattern Generator, or external trigger
    • Sampling modes - average, decimate, min/max
    • Mixed-signal visualization (analog and digital signals share same view pane)
    • Real-time views - FFTs, XY plots, histograms, spectrograms, and others
    • Multiple math channels with complex functions
    • Cursors with advanced data measurements
    • Captured data files can be exported in standard formats
    • Scope configurations can be saved, exported, and imported
  • Waveform Generator WaveForm Instrument
    • Standard waveforms - sine, triangle, sawtooth, noise, and many others
    • Advanced waveforms - Sweeps, AM, FM
    • User-defined arbitrary waveforms - defined within WaveForms software user interface or using standard tools (e.g. Excel)
  • Power Supplies WaveForm Instrument
    • 1.2V to 3.3V programmable power supply
    • Up to 300mA output current
  • Voltmeter WaveForm Instrument with DC, AC RMS, and True RMS measurements
  • Data Logger WaveForm Instrument
    • Measurements - DC, AC RMS, True RMS, with Averages, Minimums, and Maximums
    • Up to 24 hours of data logged at a 1Hz sample rate
    • Scriptable conversion functions
  • Logic Analyzer WaveForm Instrument
    • Multiple trigger options including pin change, bus pattern, and many others
    • Cross-triggering between Analog input channels, Logic Analyzer, Pattern Generator, or external trigger
    • Interpreter for SPI, I2C, UART, CAN, I2S, 1-Wire, parallel buses
    • Scripted custom protocols
    • Data file import/export using standard formats
  • Pattern Generator WaveForm Instrument
    • Customized visualization for signals and buses
    • User-defined patterns with Truth-table based ROM logic
    • Data file import/export using standard formats
  • Static I/O WaveForm Instrument
    • Virtual I/O devices (LEDs, buttons, switches, and displays)
    • Customized visualization options available
  • Spectrum Analyzer WaveForm Instrument
    • FFT and CZT power spectrum algorithms
    • Center/span and start/stop frequency range modes
    • Linear and logarithmic frequency scales
    • Vertical axis options - voltage-peak, voltage-RMS, dBV, and dBu
    • Windowing: options - rectangular, triangular, hamming, cosine, and many others
    • Cursors and automatic measurements - noise floor, SFDR, SNR, THD, and many others
    • Data file import/export using standard formats
  • Network Analyzer WaveForm Instrument
    • Available diagrams - Bode, Nichols, Nyquist, and FFTs
    • Settable input amplitude and offset
    • Analog input records response at each frequency
  • Impedance Analyzer WaveForm Instrument
    • Chart views for Voltage, Current, Impedance, Admittance, Capacitance, and others
    • Alternative simple Meter view
    • Selectable external compensation circuit
    • Data file export using standard formats
  • Protocol Analyzer WaveForm Instrument
    • Supports UART, SPI, I2C, and CAN protocols
    • Program AVR microcontrollers
    • Scriptable transaction sequences for SPI and I2C
    • Configurable data rates, modes, and others
    • Send/receive directly from/to data files
  • Waveforms Script Editor WaveForm Instrument
    • Available within the WaveForms application
    • Simultaneous control of all instruments through JavaScript
    • Automatable GUI actions
    • Custom data analysis and manipulation functions

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Published: 2021-06-02 | Updated: 2022-03-11