Raspberry Pi Oscilloscope

We created an affordable digital oscilloscope and function generator that is able to plot and produce at the same time generated electric signals voltage changing over time along a calibrated scale.

Raspberry pi oscilloscope. They ve used a raspberry pi to create a device that performs both tasks at once. Connect any bitscope via usb or ethernet with raspberry pi to build a complete stand alone mixed signal oscilloscope logic analyzer spectrum analyzer and waveform generator. The bitscope raspberry pi oscilloscope. This shield offers all standard oscilloscope features and comes with the source code so you can develop your own applications.

Pimso is a raspberry pi controlled 200 msa s mixed signal oscilloscope. This is ideal for learning how electrical waveforms work. An oscilloscope is a laboratory instrument commonly used to display and analyze the waveform of electronic signals. Do you have a raspberry pi.

Add this shield and you will also own a digital storage oscilloscope. Bitscope micro is a further confirmation of the ongoing. So yes the pi is powerful enough for an oscilloscope project. The software is available for the gnu linux windows and mac os x platforms.

Since the pimso gui is web based you can also. As a bonus you also get a 10 channel logic analyzer a great tool to monitor digital signals. As hinted by the name its calling is the measurement of digital signals. Save the code and run using.

Copy the complete python code and paste in the python file we created earlier remember we will need a monitor to view the plot so all of this should be done by either vnc or with a connected monitor or screen. Raspberry pi oscilloscope in action. Piscope raspberry pi based oscilloscope. Last september in the magpi 61 there was an article outlining the way the raspberry pi and the arduino could be used together.

Let s turn raspberry pi into an analogic digital measurment tool with bitscope micro the most recent product of the bitscope tools generation. The instrument uses its own timing and memory so there is no performance loss. However by using an arduino and some software on the raspberry pi you can make a passable beginner s oscilloscope. Depending on your application it can be configure to use the midori browser on the pi gui or access remotely via the internet.

A library compiled for the raspberry pi to use one or multiple oscilloscopes simultaneously is available for download.