DIY Electronics Kit: Magnetic Transmitter Shooting Game with Mini Voltage Converter (With Shell)

🧲 DIY Electronics Kit: Electric Magnetic Transmitter Shooting Game - Explore the fascinating realm of electromagnetic technology with this engaging mini voltage converter module. Perfect for hobbyists, learners, and electronics enthusiasts, this DIY kit offers an exciting way to experience the power of electromagnetic propulsion through a hands-on project.

🔧 Key Features:

🧲 1. Advanced Electromagnetic Launcher: Utilize the remarkable capabilities of electromagnetic force to accelerate projectiles at incredible velocities. This innovative technology propels objects using electromagnetic pulses, achieving high-speed launches that mesmerize and educate.

🔋 2. Enhanced Performance: This upgraded electromagnetic transmitter kit includes a cutting-edge charging circuit and integrated level indicator circuit. Experience quicker charging times, greater launch distances, and increased firing speeds, ensuring an exhilarating user experience.

🔋 3. Convenient Level Indicator: Monitor charging status effortlessly with the built-in level indicator circuit, allowing for real-time observation of energy accumulation and ensuring optimal performance before each launch.

🎨 4. User-Friendly Battery Design: Featuring an aesthetically pleasing battery box design, this kit makes battery replacement a hassle-free process. No need to disassemble your device; simply replace the batteries with ease for uninterrupted fun.

💍 5. Ideal for Learning and Experimentation: Whether you’re practicing soldering skills or conducting electronic experiments, this kit serves as an invaluable tool for DIY enthusiasts and aspiring engineers. Embark on an educational journey and deepen your understanding of electronic components and systems.

Technical Specifications:

📎 Working Voltage: 3V
Power Supply Method: Requires 2 No. 5 batteries (not included)
Accumulated Current: 50-65mA
Emitted Current: 70-80mA
PCB Size: A-board: 85x78mm; B-board: 50x53mm

Operating Instructions:

🔒 1. Activate the power switch (K1) to illuminate the green LED.
2. After a wait of approximately 10-30 seconds, the blue light indicates the energy has accumulated to roughly half, readying it for launch.
3. Insert your projectile securely into the rear barrel. By pressing the launch button (K2), the shell will soar from the barrel, completing the launch sequence.

Core Technologies:

🛠️ Power System: This component supplies the necessary high voltage essential for generating the strong electromagnetic forces needed for launching projectiles. Options include capacitors or battery packs.
Electromagnetic Accelerator: The heart of the launcher, this assembly features a coil and bracket. Upon energization, the coil creates a magnetic field that propels the projectile forward at remarkable speeds.
Control System: Facilitates precise control over the firing mechanism, overseeing the entire launch process from the trigger action to monitoring firing speeds.

🧩 Safety Precautions:

🔋 Always ensure the electromagnetic transmitter is fully charged, indicated by the red light. Be aware that due to varying charging times and battery power levels, the red light may not consistently illuminate. If the blue light is active, it indicates the system is ready for launch.

🧩 Caution: High voltage is present! Before soldering capacitors, ensure they are discharged safely with appropriate tools to prevent electrical hazards. Proper welding and assembly skills are required, along with the necessary tools and access to detailed installation tutorial videos.

Includes:

1 * DIY kit (optional casing available)

🧩 Important Safety Tips:

🔩 Avoid aiming the device at people or breakable objects to minimize risks during use. The project operates under high voltage; refrain from touching any metallic components during activation!