Uploaded June 2025 | Updated September 2026, 2 weeks ago
Clem builds a custom ESD detector to identify electrostatic discharge events that can interfere with electronic circuits and cause unexpected glitches. Based on a proven design by Charles Wenzel, the detector outputs a logic-safe pulse that can trigger test equipment like oscilloscopes, helping correlate ESD with system faults. The video covers circuit design, case integration using EMI-shielded enclosures, and real-world testing scenarios. Download the design files and see how you can build your own low-cost debugging tool! bit.ly/43JS1hP
#ElectronicsDebugging #ESDProtection #DIYTestEquipment
[01:53] The Problem
[03:09] The Case
[04:08] The Circuit
[13:37] Populating the PCB
[15:39] Assembly
[16:52] Demo
[21:03] Final Round Up
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Engage with the element14 presents team on the element14 Community - suggest builds, find project files and behind the scenes video: bit.ly/3tmdewv
Visit the element14 Community for more great activities and free hardware:
Tech spotlights whitepapers: bit.ly/3qPrDhM
RoadTest and Reviews: bit.ly/3pV5Bux
Project14 Competitions: bit.ly/31wbnJY
Clem builds a custom ESD detector to identify electrostatic discharge events that can interfere with electronic circuits and cause unexpected glitches. Based on a proven design by Charles Wenzel, the detector outputs a logic-safe pulse that can trigger test equipment like oscilloscopes, helping correlate ESD with system faults. The video covers circuit design, case integration using EMI-shielded enclosures, and real-world testing scenarios. Download the design files and see how you can build your own low-cost debugging tool! bit.ly/43JS1hP
#ElectronicsDebugging #ESDProtection #DIYTestEquipment
[01:53] The Problem
[03:09] The Case
[04:08] The Circuit
[13:37] Populating the PCB
[15:39] Assembly
[16:52] Demo
[21:03] Final Round Up
=================================================================================
Engage with the element14 presents team on the element14 Community - suggest builds, find project files and behind the scenes video: bit.ly/3tmdewv
Visit the element14 Community for more great activities and free hardware:
Tech spotlights whitepapers: bit.ly/3qPrDhM
RoadTest and Reviews: bit.ly/3pV5Bux
Project14 Competitions: bit.ly/31wbnJY










![Building “Dröne”: A Capacitive Synth That Uses Your Body as Part of the Circuit
Clem (@MAYERMAKES) takes inspiration from Tom Morello of Rage Against the Machine to build Dröne, a DIY body-controlled synth that recreates Morello’s famous “cable tip” sound. By using his body as part of the circuit, Clem explores how capacitance and inductance can create controllable, evolving tones. What starts as an experiment becomes a playable instrument that reacts to touch, proximity, and movement, even burning out a vintage speaker in the process. Watch how Clem turns a strange guitar trick into a full-blown electronic music project! https://bit.ly/43ccpar
1.[02:36]-Experiments
2.[04:20]-The Circuit
3.[11:19]-Assembly
4.[12:22]-Demo
#DIYsynth #TomMorello #ElectronicsProjects
Engage with the element14 presents team on the element14 Community - suggest builds, find project files and behind the scenes video: https://bit.ly/3tmdewv
Visit the element14 Community for more great activities and free hardware:
Tech spotlights: https://bit.ly/3qPrDhM
RoadTest and Reviews: https://bit.ly/3pV5Bux
Project14: https://bit.ly/31wbnJY Building “Dröne”: A Capacitive Synth That Uses Your Body as Part of the Circuit](https://i.ytimg.com/vi/paYoYXogk8o/mqdefault.jpg)