Interested in a Rigol? Check out Adafruit’s offerings. See the forum post and GitHub for more details.
DS1102E Digital Oscilloscope – Vendor Id: 1ab1, Product Id: 0588.DS4024 Digital Oscilloscope – Vendor Id: 1ab1, Product Id: 04b1.DP832 Programmable DC Power Supply – Vendor Id: 1ab1, Product Id: 0e11.DM3058 Digital Multimeter – Vendor Id: 1ab1, Product Id: 09c4.However, at the moment, only done basic testing with the following Rigol devices: Note: while Wayne designed and tested RglComm with devices made by Rigol Technologies, it might also work with other devices that support IEEE 488 Commands sent over the device’s USB interface.
#DSA815 HACK FULL#
My implementation of the USBTMC-USB488 protocol is just enough to enable RglComm to send commands and receive responses and does not implement all the details of the full specification. However, I’m publishing it here so that others can learn the basic techniques needed to use usb4java to communicate these kinds of devices. My eventual goal is to use this code as the basis for a program that can run simple scripts to make various measurements and perform calculations (sort of a poor man’s LabVIEW™), so stay tuned if you’re interested. RglComm is a GUI-based program written in the Java Language that I created to experiment with communicating with and controlling Rigol™ devices using IEEE 488 Commands USBTMC-USB488 (PDF) sent over the instrument’s USB interface. Note: this project is still in the early stages, but feedback, bug reports and suggestions greatly appreciated.
#DSA815 HACK HOW TO#
It’s written in Java, but instructions are provided on how to download and run an executable JAR file on macOS, Linux (tested with Mint 19) or Windows (tested with Windows 10.) In addition, it can capture and save screen images from a DS4024 Digital Oscilloscope or DG4162 Func/Wave Generator, as well as capture and display 600 point waveforms from either channel of the DS1102E Digital Oscilloscope. Please check out my new RglComm program, which supports USB Control of Rigol Instruments. From the Adafruit Forums, Wayne Holder writes: