▶ Product Description

What is the Analog Discovery Pro 3000 Series?

What you see is what you need. No misleading specs. No hidden costs.

Devices in the Analog Discovery Pro 3000 series provide the utility of professional benchtop equipment with the flexibility of a portable instrument. With myriad choices available for test and measurement devices, adding to your benchtop can be a daunting task, especially sorting through which features on your new instrument are included versus what you'll need to pay extra for. With the ADP3450, every listed feature is an included feature, making it an investment that will last - at a price without surprises.

High Resolution Meets Mixed Signals

The ADP3450 and ADP3250 are the first in the line of Analog Discovery Pro devices and take the analog and digital instruments from the internationally popular Analog Discovery and turn up key functionalities to meet the growing need for professional-level home electronics test benches. At the heart of each device is a four or two channel high-resolution oscilloscope, offering 14-bit resolution at up to 0.5 GS/s. Additionally, to meet the needs of an increasingly digital world, 16 dedicated digital channels make the Analog Discovery Pro a true mixed signal oscilloscope. With the included digital power supply, digital outputs, two channel arbitrary waveform generator, and two dedicated external triggers the Analog Discovery Pro comes with up to 13 instruments ready to analyze mixed signal systems through our free software, WaveForms.

Introducing Linux Mode

Whether at home or in the lab, engineers are routinely asked to design and validate increasingly complex systems and decrease design cycle time. Using flexible test equipment that can research, validate, and test is one of the ways engineers can expedite this process. In addition to the up to 13 built-in instruments enabled by WaveForms, the Analog Discovery Pro 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 all kinds of custom tests and applications. Running embedded on the device itself or via WaveForms, engineers and measurement enthusiasts alike can take advantage of data streaming via ethernet, and the on-device storage to capture buffers of millions of samples.

Advanced Trigger Modes

Whether in Linux Mode using WaveForms SDK, or in Standard Mode connected via WaveForms, the Analog Discovery Pro 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. And external signals can 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. 

TL;DR: high-res, giga-sample speed, mega sample memory depth, mixed signal analysis, advanced triggers, and customizability - all included in a device smaller than a laptop.

▶ Features

• Analog Inputs: Used in the Oscilloscope, Network Analyzer, Spectrum Analyzer, Voltmeter, Impedance Analyzer, and Data Logger ADP3450: Four analog input channels accessible via front panel BNC connectors ADP3250: Two analog input channels accessible via front panel BNC connectors Channel 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 Channel type: single-ended 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 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

  Digital Inputs and Outputs: Used in the Logic Analyzer, Pattern Generator, Protocol Analyzer, 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 analyzer 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 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 Product Compliance:  HTC: 8471809000 ECCN: 3A992.a

▶ Support Materials

The resource center for the ADP3450 and ADP3250 is the central hub of technical content for the devices, and contains everything to get started and reduce mean time to test. This includes a getting started guide, documentation, tutorials on each instrument, tutorials on Linux Mode and networking, example projects, and a link to technical support.

▶ Demo / Project Links

   Tutorials

·         Getting Started Guide

·         Getting Started in Linux Mode

·         Calibrating a Digilent Test and Measurement Device

·         Saving and Sharing WaveForms Workspaces

·         Using Cross Triggering

·         Using External Triggers

·         Using WaveForms SDK

·         Sampling a Signal at 0.5 GS/s with the Analog Discovery Pro (ADP3450/ADP3250)

·         Getting Started with Raspberry Pi and a Test and Measurement Device

·         Connecting the Analog Discovery Pro (ADP3450/ADP3250) to the Internet

·         Streaming Data over Ethernet from the Analog Discovery Pro (ADP3450/ADP3250)

·         Getting Started with LabVIEW and a Test and Measurement Device

·         Sending Data from WaveForms SDK to ThingSpeak.com

·         Sending Data to ThingSpeak.com with Analog Discovery Pro (ADP3450/ADP3250) in Linux Mode

Projects

·         Power Measurement with the Analog Discovery Pro (ADP3450/ADP3250)

·         Decoding a Manchester Encoded Signal

▶ What's Included

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