https://tube.impulsedetroit.net/videos/watch/807e1e75-523e-469f-bb08-c479e5c6122b In this video, we test ultra-high-speed silicon carbide switching electronics on a pulse motor generator, exploring how advanced electrical engineering, physics, and inductive pulse charging systems behave under extreme switching conditions. These custom-built high-voltage switching boards use silicon carbide components with zero nanosecond reverse recovery time, enabling ultra-fast switching that pushes the limits of conventional electronics and energy systems.Show more Using this high-speed switching, we collapse magnetic fields inside our coils to generate powerful inductive spikes (flyback energy) and study how that energy interacts with battery systems. This type of inductive pulse charging, combined with fast switching electronics, opens the door to new science and understanding energy flow, electromagnetics, and advanced circuit design in real-world applications. We begin with a 1700V silicon carbide switching system, running initial generator coil tests, then scale up through different configurations — including single coil and dual coil pulse motor setups at higher voltages. From there, we introduce a custom-designed 1200V PCB (printed circuit board), walk through the PCB design process, and demonstrate real-world electronics troubleshooting, including fault detection, gate driver issues, and component-level fixes. This video covers key concepts in electrical engineering and applied physics, including time constants (L/R), inductance, resistance, back EMF, flyback voltage, and magnetic field collapse. We also show how high-speed switching affects coil performance, pulse timing, and energy transfer, while pushing the system up to 100-volt bus bar operation using a full battery bank configuration. This project is part of an open-source effort focused on DIY energy systems, experimental physics, and advanced electronics research. We’re building, testing, and refining custom switching circuits, pulse motor generators, and inductive energy systems in a real lab environment, sharing everything openly to help others learn and build. As shown in the video, collapsing magnetic fields with ultra-fast switching produces strong inductive pulses, and when applied to battery systems, leads to behavior that challenges conventional expectations around energy systems and electrical efficiency. All video credit to Limitless Potential Technologies (Spencer Frame) on YouTube. (Reposting for decentralization). Check out Spencer's channel, and all of the excellent work he's doing HERE 👇 https://www.youtube.com/@MadscienceLPTECH SHARE THIS VIDEO with your smartest, most tinkering-natural engineering friends! We are going to reclaim the Free Energy technology that's been stolen from us ⚡️⚡️ Full FREE ENERGY playlist 👇 https://rumble.com/playlists/ZMggm0fu1g0 ALL PLAYLISTS page, where you can find deep-dives on ALL of the most important topics facing our world today 👇 https://rumble.com/user/benwehrman/playlists 🌐 My website, where you can find my blog, podcast, and all other projects focused on bringing awakening content to as many truth-seeking souls as possible: https://benwehrman.com/ 📢⚡️ Join the free speech revolution on NOSTR, the decentralized social media network of the future: https://rumble.com/playlists/IKTigOwaaQ4 👕🔥 Shop Red Pill Merch - conversation-starting shirts: https://www.redpillthreads.com/ben Show less Thu, 14 May 2026 20:26:57 GMT https://validator.w3.org/feed/docs/rss2.html PeerTube - https://tube.impulsedetroit.net https://tube.impulsedetroit.net/lazy-static/avatars/cad79292-d68e-4a9b-b610-4c07b421e457.jpg https://tube.impulsedetroit.net/videos/watch/807e1e75-523e-469f-bb08-c479e5c6122b All rights reserved, unless otherwise specified in the terms specified at https://tube.impulsedetroit.net/about and potential licenses granted by each content's rightholder.