DIY Kit FM Stereo Radio Module 76-108MHz – Educational Soldering Project The DIY Kit FM Stereo Radio Module is a complete electronic kit designed for students, makers, and DIY enthusiasts who want to explore the world of radio technology. This hands-on kit allows you to build your own FM radio receiver from scratch, giving you valuable experience in soldering, circuit assembly, and radio frequency fundamentals. This project is ideal for school labs, university courses, or individual learning. It offers both educational and practical benefits, helping users understand the principles behind FM modulation, amplification, and signal reception while developing real-world electronic assembly skills. Key Features FM Frequency Range: 76 MHz – 108 MHz, covering standard international FM radio bands. Power Supply: Operates on a safe DC 3V input, suitable for classrooms and beginner projects. Stereo Sound Output: Produces clear stereo audio with a standard 3.5mm output. Compact Design: Lightweight PCB layout for easy assembly and portability. Learning-Focused: Perfect for electronics students to practice soldering and understand FM receiver circuits. Wireless Receiver Module: Capable of picking up multiple FM stations with adjustable tuning. Hands-On Soldering Practice: Each component is through-hole type, providing a solid introduction to soldering techniques. Durable Build: High-quality PCB and components ensure long-term stability and consistent performance. Technical Specifications Parameter Description Model DIY FM Stereo Radio Module Frequency Range 76–108 MHz Power Supply DC 3V Audio Output Stereo Antenna External wire or telescopic antenna (optional) Assembly Type Through-hole soldering kit Output Load 8Ω speaker or 3.5mm headphone PCB Material FR-4 glass epoxy Skill Level Beginner to Intermediate Application Education, electronics practice, hobby projects Educational Value Building this DIY FM Stereo Radio Module gives you first-hand knowledge of: The structure and operation of FM radio circuits Amplifier and demodulator working principles Frequency tuning and signal reception Stereo signal decoding and audio output PCB component layout and soldering discipline This project is widely used in STEM learning programs, school laboratories, and electronics workshops. It’s also an excellent gift for young learners or hobbyists who want to experience the excitement of creating a real working device. Assembly Instructions (Overview) Organize all components according to the included parts list. Identify component locations using the printed PCB silkscreen. Solder each component carefully using a temperature-controlled soldering iron (350°C recommended). Connect power (3V DC) and an antenna for radio signal reception. Adjust the tuning knob to select FM stations within the 76–108 MHz range. Connect speakers or headphones and enjoy clear, crisp stereo sound. Even for beginners, the assembly is straightforward, requiring only basic soldering tools and patience. Applications Classroom electronics education Radio communication training DIY hobby projects Soldering practice and technical workshops STEM and engineering course demonstrations This kit bridges theory and practice by transforming abstract radio concepts into a hands-on experience that produces real-time FM broadcasts. Why Choose NexaSens DIY Radio Kits? At NexaSens, we aim to make electronics education exciting, practical, and accessible. Every DIY kit, including the FM Stereo Radio Module, is carefully designed for reliability, learning, and fun. When you purchase this product, you’ll also receive: A free tutorial PDF with circuit explanations and soldering guidance. Step-by-step assembly instructions with color diagrams. Optional Arduino/IoT integration ideas for advanced learners. Whether you’re teaching, experimenting, or exploring, NexaSens DIY kits help you learn electronics by doing. External Reference For more details about FM radio ICs used in educational kits, visit:Learn about FM Receiver Design on Electronics Tutorials Internal Link  AM FM Stereo Radio Kit DIY CF210SP