Analog Discovery 2 Specifications

A high performance, all-in-one USB oscilloscope & instrumentation system

Analog Discovery 2.Analog Discovery 2.

Turn your PC into a powerful circuit learning platform that can measure, visualize, analyze, record, and control mixed signal circuits! The Analog Discovery 2 is small enough to fit in your pocket and it costs less than a textbook, but it is powerful enough to be the centerpiece of a world-class circuits or electronics teaching lab. Powered by a Hi-Speed USB port and the free WaveForms 2015 software, the Analog Discovery 2 lets you build and test analog and digital circuits anywhere you want to work, even outside of the lab.

Analog Discovery 2 pinout diagram.

Analog Inputs

  • Channels: 2
  • Channel type: differential
  • Resolution: 14-bit
  • Absolute Resolution (scale ≤0.5V/div): 0.32mV
  • Absolute Resolution (scale≥1V/div): 3.58mV
  • Accuracy (scale≤0.5V/div, VinCM = 0V): ±10mV±0.5%
  • Accuracy (scale≥1V/div, VinCM = 0V): ±100mV±0.5%
  • CMMR (typical): ±0.5%
  • Sample rate (real time): 100 MSPS
  • Input impedance: 1MΩ||24pF
  • Scope scales: 500uV to 5V/div
  • Analog bandwidth with Discovery BNC adapter: 30 MHz+ @ 3dB, 10 MHz @ 0.5dB, 5 MHz @ 0.1dB
  • Analog bandwidth with included flywires: 9 MHz @ 3dB, 2.9 MHz @ 0.5dB, 0.8 MHz @ 0.1dB
  • Input range: ±25V (±50V diff)
  • Input protected to: ±50V
  • Buffer size/channel: Up to 16k samples
  • Triggering: edge, pulse, transition, hysteresis, etc.
  • 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, and other
  • 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

Arbitrary Waveform Generator

  • Channels: 2
  • Channel type: single ended
  • Resolution: 14-bit
  • Absolute Resolution (amplitude ≤1V): 166µV
  • Absolute Resolution (amplutide >1V): 665µV
  • Accuracy - typical (|Vout| ≤ 1V): ±10mV ± 0.5%
  • Accuracy - typical (|Vout| > 1V): ±25mV ± 0.5%
  • Sample rate (real time): 100 MSPS
  • AC amplitude (max): ±5 V
  • DC Offset (max): ±5 V
  • Analog bandwidth with Discovery BNC adapter: 12 MHz @ 3dB, 4 MHz @ 0.5dB, 1 MHz @ 0.1dB
  • Analog bandwidth with included flywires: 9 MHz @ 3dB, 2.9 MHz @ 0.5dB, 0.8 MHz @ 0.1dB
  • Slew rate (10V step): 400V/µs
  • Buffer size/channel: up to 16k samples
  • Standard waveforms: sine, triangle, sawtooth, etc.
  • Advanced waveforms: Sweeps, AM, FM.
  • User-defined arbitrary waveforms: defined within WaveForms software user interface or using standard tools (e.g. Excel)

Logic Analyzer

  • Channels: 16 (shared)
  • Sample rate (real time): 100 MSPS
  • Buffer size/channel: up to 16K samples
  • Input logic: LVCMOS (1.8V/3.3V, 5V tolerant)
  • Multiple trigger options including pin change, bus pattern, etc.
  • Cross-triggering between Analog input channels, Logic Analyzer, Pattern Generator, or external trigger
  • Interpreter for SPI, I2C, UART, Parallel bus
  • Data file import/export using standard formats

Digital Pattern Generator

  • Channels: 16 (shared)
  • Sample rate (real time): 100 MSPS
  • Algorithmic pattern generator (no buffers used)
  • Custom pattern buffer/channel: up to 16K samples
  • Output logic standard: LVCMOS (3.3V, 12mA)
  • Data file import/export using standard formats
  • Customized visualization for signals and buses

Digital I/O

  • Channels: 16 (shared)
  • Input logic: LVCMOS (1.8V/3.3V, 5V tolerant)
  • Output logic standard: LVCMOS (3.3V, 12mA)
  • Virtual I/O devices (buttons, switches & displays)
  • Customized visualization options available

Power Supplies

  • Voltage range: 0.5V…5V and -0.5V…-5V
  • Pmax (USB powered): 500mW total
  • Imax (USB powered): 700mA for each supply
  • Pmax (AUX powered): 2.1W for each supply
  • Imax (AUX powered): 700mA for each supply
  • Accuracy (no load): ±10mV
  • Output impedance: 50mΩ (typical)

Network Analyzer

  • Shared instruments: Scope, AWG
  • Frequency sweep range: 1Hz to 10MHz
  • Frequency steps: 5 … 1000
  • Settable input amplitude and offset
  • Analog input records response at each frequency
  • Available diagrams: Bode, Nichols, or Nyquist

Voltmeters

  • Channels (shared with scope): 2
  • Channel type: differential
  • Measurements: DC, AC, True RMS
  • Resolution: 14-bit
  • Accuracy (scale ≤0.5V/div): ±5mV
  • Accuracy (scale ≥1V/div): ±50mV
  • Input impedance: 1MΩ || 24pF
  • Input range: ±25V (±50V di)
  • Input protected to: ±50V

Spectrum Analyzer

  • Channels (shared with scope): 2
  • Power spectrum algorithms: FFT, CZT
  • Frequency range modes: center/span, start/stop
  • Frequency scales: linear, logarithmic
  • 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

Other Features

  • USB power option; all needed cables included.
  • External supply option: 5V, 2.5A (not included)
  • High-speed USB2 interface for fast data transfer
  • Waveform Generator output played on stereo audio jack
  • Trigger in/trigger out allows multiple instruments to be linked
  • Cross triggering between instruments
  • Help screens, including contextual help
  • Instruments & workspaces can be individually configured; configurations can be exported
  • Device drivers available for NI LabVIEW