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Linear Regulator Design with Transistors and Zener Diodes | DIY Power Supply

#DIYPowerSupply #LinearRegulator #VoltageRegulator #PowerSupplyDesign In this video, we’ll walk you through how to design a linear voltage regulator using discrete components like BJTs and Zener diodes—no ICs involved! Learn how to build a DIY power supply step by step and understand the working principle behind analog voltage regulation. We’ll cover: ✅ Circuit explanation of Zener-based regulators ✅ Current limiting using pass transistors ✅ Thermal considerations and power dissipation ✅ Practical tips for building and testing your own linear regulator Perfect for electronics students, hobbyists, and engineers interested in analog design and discrete circuitry. 🔍 Topics Covered: Linear regulator basics Zener diode voltage reference Transistor as a pass element Circuit simulation and practical build 🛠️ Don’t forget to like, share, and subscribe for more DIY electronics tutorials! 👇 Drop your questions or project ideas in the comments! Welcome to our channel! We offer a mentorship program where you can interact directly with me for personalized Q&A sessions through online consulting, available for just $200/month. Additionally, you can enroll in our paid online course by signing up through the "Paid Course Per Month Fee" button in the YouTube membership section. For more details, please register using the link below or reach out via WhatsApp at +91-8871232248: Registration Link : https://docs.google.com/forms/d/1p9qE... Course Syllabus : https://docs.google.com/presentation/... Please note: Access to the LTspice files is exclusive to LTspice Simulation Help Members. Do not request access if you haven’t joined the membership. Your financial support is invaluable to us. A small contribution can help us enhance our efforts to benefit society. If you find our channel helpful in your professional journey, please consider supporting us. Indian residents can use the following UPI ID: 8209827842. Non-Indian residents can join the membership or send a Super Thanks. [Simulation File] : https://drive.google.com/file/d/1cxy4... Thank you, and good luck!

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