Analog Discovery PRO 3000 series

Provide the utility of professional benchtop equipment with the flexibility of a portable instrument.

Engineers all over the world use Digilent Test and Measurement devices to decrease their design cycle time and increase their impact by always having an oscilloscope, logic analyser, waveform generator and more within reach. Digilent expands the Test and Measurement line into professional engineering and introduces ADP3450 and ADP3250, in the line of Analog Discovery Pro devices.

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Analog Discovery PRO 3000 series

With the included digital power supply, digital outputs, two channel arbitrary waveform generator, and two dedicated external triggers Analog Discovery Pro comes with 12 instruments ready to analyse mixed signal systems through our free software, WaveForms.

  • Oscilloscope
  • Power Supplies
  • Data Logger
  • Pattern Generator
  • Spectrum Analyser
  • Impedance Analyser
  • Waveform Generator
  • Voltmeter
  • Logic Analyser
  • Static I/O
  • Network Analyser
  • Protocol Analyser

Powerful Multi-instrument Software Applications

Linux Test Environment

Advanced Triggering

Features

Analog Inputs

  • Used in the Oscilloscope, Network Analyser, Spectrum Analyser, Voltmeter, Impedance Analyser, and Data Logger
  • ADP3450: Four analog input channels accessible via front panel BNC connectors
  • ADP3250: Two analog input channels accessible via front panel BNC connectorsChannel type: single ended
  • Analog bandwidth: 55+ MHz @ 3 dB
  • Noise limiting hardware bandwidth filter: 20 MHz - Can be enabled or disabled
  • 14-bit resolution (16-bit resolution with oversampling)
  • Input range ±25 V (±50 V diff)
  • Input protected to ±50 V
  • Max sampling rate:
    • 0.5 GS/s (with oversampling enabled)
    • 100 MS/s default
  • AC or DC coupling
  • Input buffer Size
    • 128 MS total in record mode
    • 32 k + samples per channel in repeated/shift/screen modes

Digital Inputs and Outputs:

  • Used in the Logic Analyser, Pattern Generator, Protocol Analyser, and Digital I/O
  • Channels: 16
  • Input logic standard: LVCMOS (adjustable 1.2 V to 3.3 V, 5 V tolerant)
  • Output logic standard: LVCMOS (adjustable 1.2 V to 3.3 V, 8 mA)
  • Max sampling rate: 125 MS/s
  • Logic analyser buffer memory:
  • 64 MS total in Record Mode
  • 32 k+ per channel in Repeated/Shift/Screen modes

Advanced Triggering:

  • Trigger sources: oscilloscope analog channels, function generator start, digital I/O lines, external triggers, manual trigger button
  • Trigger Modes
    • None, auto, manual (forced trigger), single
  • Analog Trigger
    • Edge, pulse, transition, condition, level, hysteresis, hold-off
  • Digital Trigger
    • Edge, level, pattern, glitch, protocol

Analog Outputs

  • Used in the Waveform Generator, Impedance Analyser, and Network Analyser
  • Two arbitrary waveform generator channels, accessible via front panel BNC connectors
  • 14-bit Resolution
  • AC amplitude (max): ±5 V
  • Analog bandwidth: 15 MHz @ 3 dB
  • Maximum Sampling Rate: 125 MS/s

Digital Power Supply:

  • One Power supply with two access points
  • Voltage Range: 1.2 V to 3.3 V
  • Output Current: 300 mA

Connectivity

  • Device to computer: USB or Ethernet connection (in Linux or Standard Modes)
  • 4 High-speed USB 2.0 ports for peripheral connection (enabled in Linux mode)
  • Enabled for set and tested WiFi dongles (in Linux Mode

Other:

  • Auxiliary Powered
  • Dimensions: 23.40 cm x 19.40 cm x 3.81 cm (9.2 in x 7.6 in x 1.5 in)
  • Weight: 450 g

What’s included:

  • 1 ADP3450/1 ADP3250
  • 1 USB A to B cable
  • 1 19V 3.4A power supply brick
  • 1 US IEC cable
  • 1 EU IEC cable
  • 1 2x12 MTE cable

Software

Power Measurement

This demo uses the Analog Discovery Pro's Oscilloscope to measure the power of an RC circuit. Because the oscilloscope only measures voltages, a sensing resistor is used with the Oscilloscope's Math channels to calculate the current passing through the circuit and further the power of each component.

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Decoding a Manchester Encoded Signal

The Logic Analyser instrument in WaveForms can be used to easily decode Manchester encoded signals. The following guide presents what Manchester encoding is, what are its advantages over unencoded digital signals and how to decode such a signal using the Logic Analyser instrument in WaveForms and a Test & Measurement device in a simple loop-back configuration.

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Automated Measurement

Analog Discovery Pro also operates in a Linux mode. In this mode, the ADP boots into a terminal-based Linux distribution from Debian installed on the device. This allows to run automated test scripts written in Python, C, C++, C#, or Visual Basic through the APIs of the WaveForms SDK without a host computer. The Analog Discovery Pro acts then as an embedded device and adds additional flexibility and connectivity.

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