Digilent, Inc.

Audio Adapter for Analog Discovery

Digilent's audio adapter is an easy method of connection to analyze audio signals

Image of Digilent's Audio Adapter for Analog Discovery Digilent's audio adapter for analog discovery provides an easy method of connection to analyze audio signals with the Analog Discovery oscilloscope instrument. It is equipped with one Mono and one Mono/Stereo jack connector connected to the inputs of the oscilloscope and a 2x15 MTE connector to pass through all other signals.

Features
  • One 3.5 mm mono audio jack connector
  • One 3.5 mm stereo audio jack connector
  • 2 Mono vs 1 Stereo selection jumper
  • Pass-through connector for the digital I/O signals, power supplies, and triggers

Applications

  • Audio analyzer

Audio Adapter for Analog Discovery

ImageManufacturer Part NumberDescriptionFunctionUtilized IC / PartContentsAvailable QuantityPriceView Details
AUDIO ADAPTER FOR ANALOG DISCOVE410-405AUDIO ADAPTER FOR ANALOG DISCOVEAudio Interface-Board(s)13 - Immediate$139.86View Details

Related Product

ImageManufacturer Part NumberDescriptionMain PurposeInterconnect SystemAvailable QuantityPriceView Details
ANALOG DISCOVERY 2410-321ANALOG DISCOVERY 2Analog Design-0 - Immediate$2,461.37View Details
Published: 2020-11-20

Related Videos

Analog Discovery 2: The All-in-One Test & Measurement Tool
Analog Discovery 2: The All-in-One Test & Measurement Tool

Publish Date: 2020-04-28

Related Product Highlight

Transistor Tester for Analog Discovery Digilent's transistor tester adapter is a module that allows users to add the functionality of a curve tracer to any test equipment suite.
Impedance Analyzer for Analog Discovery Digilent’s impedance analyzer for analog discovery has automatically adjusting reference resistors and relays to aid the impedance analyzer tool in WaveForms.
Breadboard Breakout for Analog Discovery Digilent's Breadboard Breakout is designed to be used with the Analog Discovery to provide a secure connection with any sized breadboard.

Related Articles and Blogs

Creating Quasi-Sine from Square Waves How to use a series of capacitors and resistors to convert a square wave to a sine-like wave that results in a comfortable audio signal that sounds natural.
Using BLDC Hall Sensors as Position Encoders – Part 2 The Digilent AD2 can help in visualizing the output of hall effect sensors to aid in understanding and processing signals during project development.
Using BLDC Hall Sensors as Position Encoders – Part 1 Some BLDC motors are equipped with three internal hall-effect sensors to provide feedback to external circuits for precise stator magnetic coil control.