Getting lesser output voltage from non-inverting amplifier made by opAmp скачать в хорошем качестве

Getting lesser output voltage from non-inverting amplifier made by opAmp

   • operational amplifier (opAmp)   In this video, we explore how to use a non-inverting negative feedback circuit to achieve a lower output voltage from a higher input sinusoidal voltage. By incorporating a voltage divider and selecting appropriate resistance values, we demonstrate how this circuit manipulates the input voltage effectively. 📚 What You’ll Learn: ✔️ The working principle of a non-inverting negative feedback circuit. ✔️ How to design a voltage divider for controlling the output voltage. ✔️ The role of resistance values in adjusting output voltage levels. ✔️ Practical applications of op-amps in voltage regulation and signal conditioning. 💡 Key Highlights: Clear explanation of how feedback impacts circuit behavior. Step-by-step demonstration of reducing the output voltage with practical examples. Insights into selecting resistor values for precision voltage control. 🔍 Perfect For: Students studying operational amplifiers and feedback circuits. Enthusiasts learning how op-amps are used for voltage regulation. Learners preparing for exams or practical electronics projects. 🌟 Dive into this tutorial to understand how non-inverting feedback circuits work and how they can be applied to control voltages in electronics! 🎥 Watch the complete playlist on Operational Amplifiers for more tutorials: Operational Amplifiers Playlist Hashtags: #OperationalAmplifiers #OpAmpCircuits #ElectronicsTutorial #VoltageDivider #NegativeFeedback #LearnElectronics #SignalConditioning #VoltageControl #PhysicsMadeEasy #BangladeshElectronics #ElectronicsBasics #OpAmpApplications #FeedbackCircuits Keywords: non-inverting feedback circuit, reducing voltage with op-amp, operational amplifiers explained, voltage divider design, controlling output voltage, sinusoidal voltage regulation, feedback circuits in electronics, HSC electronics tutorials, practical op-amp applications, resistor value selection, op-amp voltage control, signal conditioning basics, electronics for beginners, physics for Bangladeshi students, op-amp video tutorial, op-amp playlist, designing op-amp circuits, feedback principles in electronics, electronics problem-solving, physics and electronics combined.