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Como hacer un ⚡ PULSO P.E.M.⚡ generador electromagnético (invento casero) How to make ⚡PULSE P.E.M⚡
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Como hacer un ⚡ PULSO P.E.M.⚡ generador electromagnético (invento casero) How to make ⚡PULSE P.E.M⚡

How to Build a Homemade Electromagnetic Pulse Generator

Introduction to the Project

  • The speaker warns against attempting this project at home, citing potential risks such as interference and damage to devices.
  • This video serves an educational purpose, focusing on creating a homemade electromagnetic pulse (EMP) generator using recycled materials.

Materials Needed

  • A recycled aluminum casing from an electric scooter controller is used for the project.
  • Copper tape is required to cover part of the casing; it aids in launching the pulse while aluminum acts as a heat dissipator.

Building the Coil

  • The process involves winding enameled copper wire (0.8 mm gauge), ensuring tight coils without gaps, typically around 40 to 50 turns.
  • After completing the coil, it's secured with tape, leaving one end exposed for further connections.

Adding Components

  • A second toroidal ferrite coil is introduced for directional impulse generation; plastic supports are used for stability.
  • The creator plans to give away this EMP generator based on viewer engagement through comments and subscriptions.

Final Assembly Steps

  • Two wires are soldered onto the secondary coil with flux applied for better conductivity; care is taken to ensure strong solder joints.
  • Hot glue is utilized to secure components and prevent power loss through metal connections.

Preparing for Operation

  • Insulation from lacquer on copper wire ends must be removed carefully before making connections.
  • Heat-shrink tubing is recommended for insulation, especially when dealing with high voltage applications like tasers or coils.

Creating Sparks and Adjustments

  • The design includes terminals from microwave fuses positioned externally to avoid interference with battery operations.
  • The speaker discusses options between purchasing pre-made spark generators versus building them oneself, highlighting benefits of encapsulated designs that operate silently.

Customization Features

  • Coiling wire around fuses allows adjustment of spark length and frequency according to user needs.

How to Build a High Voltage Pulse Generator

Overview of the Pulse Generator Components

  • The main components of the pulse generator include coils and a spark gap. A high-voltage transformer is necessary, typically used in devices like tasers, which can output up to 400,000 volts.
  • The transformer outputs around 10,000 to 15,000 volts when supplied with approximately 6 volts. This setup allows for electromagnetic interference with various electronic devices.

Assembly Process

  • The assembly involves connecting internal wires from the transformer to accessible connectors for experimentation with high voltages. A plastic joystick is utilized for safe handling.
  • A button is added to facilitate firing pulses; a silver model was chosen for its visibility. Proper fitting into the casing is ensured by drilling an appropriately sized hole.
  • Using hot glue, the joystick handle is secured in place along with the button wiring. This ensures stability during operation.

Power Supply Setup

  • A rechargeable nickel battery (6V, 500mAh) powers the device and must be fully charged before installation.
  • Installation of a toggle switch and LED indicator requires careful drilling of holes in the rear casing while ensuring no obstruction occurs inside.

Wiring and Safety Measures

  • The LED needs a resistor (300 ohms) to prevent burning out when connected directly to the battery since it operates between 2V and 3V.
  • After soldering connections securely, all components are housed within their respective casings using hot glue for stability and insulation against high voltage arcs.

Final Connections and Testing

  • Detailed wiring diagrams are provided for clarity on how each component connects: negative leads from both LED and transformer connect directly to the battery while positive leads go through safety switches.
  • Two safety mechanisms are implemented: one toggle switch activates power while another button triggers voltage discharge through the transformer into coils.

Device Functionality Test

  • Upon completion, testing begins with various devices such as calculators that are sensitive to electromagnetic pulses; initial tests show successful interference at close range.

Testing Electromagnetic Pulse Effects

Initial Setup and Challenges

  • The speaker discusses the difficulty of using a "chispometro" (spark meter) to test various functionalities, indicating that it may not perform as expected.
  • A LED bulb is used for testing; the speaker has fully charged the device's battery, suggesting high power consumption during tests.

Attempting to Power Devices

  • The speaker successfully powers on a device momentarily, indicating that they might have charged an internal capacitor with an electromagnetic pulse.
  • A mobile phone is tested next; however, it experiences interference, displaying green lines on the screen before shutting down.

Conclusion and Warnings

Video description

Este es un video tutorial fácil y sencillo con una guía paso a paso para hacer tu mismo un invento casero, un aparato generador de pulsos electromagnéticos P.E.M, con una bobina de alto voltaje o tensión usada para fabricar tasar o defensas eléctricas, con este invento casero se puede distorsionar y o averiar cualquier aparato electrico como maquinas expendedoras, calculadoras, smartphones, bombillas led, routers wifi, conexion bluethoot etc. ✅English: This is an easy and simple video tutorial with a step-by-step guide to make your own homemade invention, an electromagnetic pulse generator device P.E.M, with a high voltage coil used to make tasers or electric defenses, with this homemade invention you can distort and or damage any electrical device such as vending machines, calculators, smartphones, LED light bulbs, wifi routers, bluetooth connection etc. ✅ Alambre hilo cobre esmaltado 0.8mm 👉 https://amzn.to/3ZNteGi ✅ Transformador Taser 👉 https://amzn.to/3Dv07jr ✅ Interruptor de palanca 👉https://amzn.to/40aPXxv ✅ Pulsador 👉 https://amzn.to/408ul4G ✅ Led rojo 👉https://amzn.to/4gVra6d ✅ Batería 6v con cargador 👉https://amzn.to/4gRVfDk ✅Suscríbete (Subscribe) 👉 https://www.youtube.com/channel/UChIBr0JnKvlfA2VMjNfNzAw?sub_confirmation=1 ✅Novedades (News) 👉 https://docs.google.com/forms/d/e/1FAIpQLSfoFuFvRzaJxMq_8ifUAwktFCA2tG5Rmn01-53oWsNVC_b5QQ/viewform?usp=sf_link ========================================================== ✅Visita mi canal (Visit my channel) 👉 https://www.youtube.com/@JoseTron ========================================================== ✅Contacta aquí (Contact here) 👉 jose.tron@outlook.es ✅TikTok 👉 https://www.tiktok.com/@jose.tron ✅Instagram 👉 https://www.instagram.com/jose.tron.youtube ========================================================== #pulsoelectromagnetico #pem #inventoscaseros -------------------------------------------------------------------------------------------------------------- En este canal se publican videos de diversos contenidos orientados al intercambio de conocimiento, todo aquel que intente recrear el contenido de alguno de los videos del canal, será bajo su responsabilidad, ciertos contenidos pueden necesitar de conocimientos específicos u experiencia, el canal de Jose Tron y o su propietario, no se hace responsable de cualquier posible daño directo o indirecto producido. ✅English: This channel publishes videos with various contents aimed at the exchange of knowledge. Anyone who attempts to recreate the content of any of the channel's videos will do so at their own risk. Certain content may require specific knowledge or experience. Jose Tron's channel and/or its owner is not responsible for any possible direct or indirect damage caused.