Analog Discovery Studio

By Digilent, Inc. 102

Analog Discovery Studio

Digilent’s Analog Discovery Studio is a fully functional portable test and measurement device that can turn any cross-functional space into a pop-up electronics laboratory. Equipped with 13 instruments, including an oscilloscope, logic analyzer, spectrum analyzer, and waveform generator, the Analog Discovery Studio provides an entire stack of benchtop instruments with a convenient breadboardable interface for circuit design anywhere.

The Analog Discovery Studio's durable enclosure measures 1.25” x 9.25” x 7.5” and fits on a bench, desktop, or in a backpack. Users can access the oscilloscope and waveform generators via breadboardable MTE cables, or industry-standard BNC cables, and the logic analyzer, pattern generator, and triggers can be accessed via MTE cables. Circuits or designs can be built on the included magnetically connected Breadboard Canvas and conveniently swapped out or removed for transit, making the transition from working in the lab to working at home as seamless as possible. The Breadboard Canvas also includes power supply outputs controlled by physical switches, common I/O built-ins, and a large breadboardable surface.

Tutorials
  • Using the Data Logger
  • Using the Digital I/O
  • Using the Impedance Analyzer
  • Using the Logic Analyzer
  • Using the Network Analyzer
  • Using the Oscilloscope
  • Using the Pattern Generator
  • Using the Power Supplies
  • Using the Protocol Analyzer
  • Using the Script Editor
  • Using the Spectrum Analyzer
  • Using the Voltmeter
  • Using the Waveform Generator
  • Electronics Explorer Board to Analog Discovery Studio Migration Guide
Features
  • Analog inputs:
    • Used in the oscilloscope, network analyzer, spectrum analyzer, voltmeter, impedance analyzer, and data logger
    • Two analog input channels, accessible through BNC or MTE connectors
    • Channel type: differential (with MTE) or single-ended (with BNC)
    • Analog bandwidth with BNC cables: 30+ MHz at 3 dB
    • Analog bandwidth with MTE cables: 9 MHz at 3 dB
    • Input range ±25 V (±50 V diff)
    • Input protected to ±50 V
    • 14-bit resolution
  • Analog outputs:
    • Used in the waveform generator and network analyzer
    • Two arbitrary waveform generator channels, accessible through BNC or MTE connectors
    • AC amplitude (max): ±5 V
    • Analog bandwidth (BNC or MTE connectors: 8 MHz at 3 dB
  • Digital inputs and outputs:
    • Used in the logic analyzer, pattern generator, protocol analyzer, and digital I/O
    • Channels: 16
    • Input logic standard: LVCMOS (1.8 V/3.3 V, 5 V tolerant)
    • Output logic standard: LVCMOS (3.3 V, 12 mA)
  • Power supplies:
    • 12 volt supply: 12 V ±5%; 0.2 Amps max
    • -12 volt supply: -12 V ±5%, 0.2 Amps max
    • 5 volt supply: 5.0 V ±5%; 1.0 Amps max
    • 3.3 volt supply: 3.3 V ±5%; 1.0 Amps max
    • V+ and V- rails: 1 V to 5 V (V+), and -1 V to -5 V (V-)
    • Maximum power output: 2.1 W for each supply
    • Maximum current output: 700 mA for each supply
  • Software compatibility:
    • Digilent waveforms
    • Digilent waveforms software development kit (SDK) for more advanced users who require building applications or automated test
    • The waveforms SDK provides libraries and examples for creating a custom application in Python, C++, C#, and Visual Basic
    • Additional third party toolbox support, examples, and documentation is available for MATLAB and LabVIEW from MathWorks and National Instruments
    • Comparing simulation and actual results

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