Analog Discovery 2 Pro Bundle

The Digilent Analog Discovery 2™, developed in conjunction with Analog Devices®, is a multi-function instrument that allows users to measure, visualize, generate, record, and control mixed signal circuits of all kinds. The low-cost Analog Discovery 2 is small enough to fit in your pocket, but powerful enough to replace a stack of lab equipment, providing engineering students, hobbyists, and electronics enthusiasts the freedom to work with analog and digital circuits in virtually any environment, in or out of the lab.

Bundle Includes:

BNC Adapter Board for the Analog Discovery
BNC Oscillosope x1/x10 Probes (Pair)
Mini Grabber Test Clips (6 pack)
Analog Discovery 2 and the following:
- One regular sized project box (without sticker sheet)
- One USB A to micro B programming cable
- One 2x15 flywire signal cable assembly
- One 5-pack of 6-pin male headers
- One ferrite cable snap-on

Specifications

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 MS/s
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 MS/s
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 MS/s
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 MS/s
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 div)
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