A SIMPLE MINIATURE DIGITAL STORAGE OSCILLOSCOPE POWERED BY AN STC MCU

For makers and electronics engineers, the oscilloscope is one of the most important tools in the lab. It is a test instrument for visualizing and observing various signals usually as a two-dimensional plot of signals against time. Apart from being used to view and compare waveforms in the design and debugging of electronic systems, the oscilloscope is also very useful in determine voltage levels, frequencies, and other signal parameters as they change with time. However, most of the oscilloscopes available today are quite expensive, be it small or advanced.

A SIMPLE MINIATURE DIGITAL STORAGE OSCILLOSCOPE POWERED BY AN STC MCU

In a bid to make things easier, several projects are beginning to show up on how someone, with the right tools, can create cheap and compact oscilloscope that will do the job for hobby tasks. One of such isΒ CreativeLau’s build that puts a tinyΒ Digital Storage OscilloscopeΒ within your reach.

Following an earlier release on how to make anΒ STC-powered function generatorΒ on his YouTube channel, maker Creative Lau has published another DIY guide, this time on how to easily build a simple miniature digital storage oscilloscope with a DIP-packagedΒ STC8A8K64S4A12Β microcontroller unit for basic engineering needs.

This is a simple oscilloscope made with STC MCU. You can use this Mini DSO to observe waveforms with a time interval of 100us – 500ms, the voltage range of 0-30V, and a draw mode of vector or dots” says Lau as he writes about his project.

Lau’s build goes hand in hand with the STC-powered function generator. It is simple, cheap, and easy to assemble. The only limit is that it is still unable to read voltages lower than zero; it’s readings automatically stop at zero no matter how low the voltage goes.

Read more: A SIMPLE MINIATURE DIGITAL STORAGE OSCILLOSCOPE POWERED BY AN STC MCU


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Muhammad Bilal

I am a highly skilled and motivated individual with a Master's degree in Computer Science. I have extensive experience in technical writing and a deep understanding of SEO practices.

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