Edison-Scope




Edison-Scope, is an Intel Edison controlled 200 Msa/S mixed signal oscilloscope. It provides an Operating System agnostic method to control the MSO-28 oscilloscope. By leveraging the web browser on the modern smart devices, one can control USB based hardware traditionally requires a desktop OS. Conceptually this project is very similar to the PiMSO project, but the similarity exist only on the client side. The server side was rewritten using Node.js. Node.js provided a more device independent solution to the server side of the WebMSO project.

Edison-Scope

This project participated in the Intel IoT roadshow hackathon in NYC. Porting the synchronous WebMSO28 code over to the asynchronous Node.js turned out to be more difficult than I had anticipated. By the end of the 24 hours hackathon, some control of the MSO-28 via Node was obtained, but the project was about 50% done. Now that the project is finally in a deployable alpha state, I am posting it on the Instructable as I had promised at the hackathon.

Step 1: Gather all the parts.

What you will need for this project depends on which version of the Intel Edison kit that you plan to use.
Intel Edison Arduino Kit (larger, higher cost):

  • Link Instruments, MSO-28 Mixed Signal Oscilloscope
  • 1GB or larger USB flash drive or SD card + SD reader

Intel Edison Breakout board (smaller, needs adapter cables)

  • Link Instruments, MSO-28 Mixed Signal Oscilloscope
  • Power connector PJ-002AH-SMT 2.1mmx5.5mmDC
  • power adapter, 12V 1 – 1.5A, 2.1mmx5.5mm (I used the one that came with the Edison Arduino kit)
  • USB OTG micro M to mini M cable or USB micro OTG host cable
  • 1GB or larger USB flash drive or SD card + SD reader
READ  HDC1000 – Low Power, High Accuracy Humidity Sensor with Integrated Digital Temperature Sensor

Step 2: Edison Breakout Case

Additonally, I’ve also designed an enclosure for the Edison Breakout board to prevent me from ripping out the delicate micro-USB connectors on the Edison Breakout board. Unfortunately the breakout board cannot provide USB +5V during battery powered mode, nevertheless, I’ve left room in the enclosure for a 3.7V lithium battery pack for future projects. For example, a standalone BTLE to WiFi Bridge.

 

For more detail: Edison-Scope




This Post / Project can also be found using search terms:

  • Intel Edison ve Arduino projects

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