Precision Clamp Circuit ⭐ Superdiode Theory, Design Example & SPICE Simulation 👍 #diode #opamp
In this video, we dive into the Precision Clamp Circuit—a smart analog solution that uses an op-amp and diode in a negative feedback loop (superdiode) to eliminate the diode’s voltage drop (~700 mV). This allows for accurate signal clamping, even at low voltages.
First, we discuss the operation principle and the for a negative feedback loop in order to eliminate the diode voltage drop (700 mV). Then, we will determine the expression for the output voltage for both negative and positive clamping, and the extreme values of the op-amp's output voltages. In the final part, we will discuss a detailed example in which we discuss the complete circuit with actual component and op-amp model. We will work out the calculations step by step and verify our calculations in TINA-TI SPICE simulations.
You’ll learn 🧠
🔍 How the superdiode (ideal diode) works using an op-amp
🧮 How to derive the output voltage expressions for both positive and negative clamping
⚡ The role of the voltage follower in preventing circuit loading
📐 How to design and calculate extreme values for op-amp output
💻 Step-by-step design example with simulation using TINA-TI SPICE
We’ll walk through a complete design example, with step-by-step calculations and real component selection. Perfect for electronics students and engineers working on analog circuit design!
🎯 Outline of the video:
⏩ 00:00:00 Introduction
⏩ 00:00:18 Theory Passive Clamping Circuits
⏩ 00:03:43 Example 1: Passive Clamping Circuit - Negative Clamping
⏩ 00:05:16 Example 2: Passive Clamping Circuit - Positive Clamping
⏩ 00:06:28 Theory Precision Clamping Circuits
⏩ 00:09:13 Design Example - Calculations
⏩ 00:11:29 Design Example - Simulation Circuit in TINA-TI SPICE
⏩ 00:12:51 Design Example - Simulation Results in TINA-TI SPICE
👉 More Operational Amplifier Circuits: https://www.youtube.com/playlist?list=PLuUNUe8EVqlmhmvCuxr326mnNKHB5jwJx
👉 More Analog Electronics: https://www.youtube.com/playlist?list=PLuUNUe8EVqlmDGfNGMZI3RU_YRLbqrRgA
⭐ If you have questions or comments, please let me know. Help us to reach more people. Like and share this video. Subscribe to our channel: https://www.youtube.com/canbijles/?sub_confirmation=1
⚡ CAN Education - Tutoring in Electrical Engineering, Analog Electronics, Power Electronics, Electric Circuits, Control Systems, and Math Courses
⭐ For questions, collaboration or consulting 👇
📧 can.mehmet.tr@gmail.com
☎️ +31616179479
🔗 https://whatsapp.com/channel/0029VajYlHu0bIdkguxq6p2e
🌐 https://www.canbijles.nl
#clamp #electronics #opamp #operationalamplifier #precision #circuit #electriccircuits #Superdiode #operational #amplifier #design #thevenin #norton #equivalentcircuit #nodevoltage #kirchhoff #ohm #current #voltage #power #electricalengineering #current #source #amplifier #nodevoltage #meshanalysis #ohms_law #ohm #kirchoffslaw #kirchhoff #ClampCircuit #Superdiode #OpAmp #PrecisionElectronics #AnalogDesign #ElectronicsTutorial #SignalClamping #DiodeClamp #TINA_TI #SPICESimulation #CircuitDesign #OpAmpTutorial #ElectronicsEngineering
Copyright © ir. Mehmet Can
No part of this video and text may be reprinted, reproduced, transmitted, or utilized in any form by any electronic, mechanical, or other means, now known or hereafter invented, including photocopying, microfilming, and recording, or in any information storage or retrieval system, without written permission from the owner.
Видео Precision Clamp Circuit ⭐ Superdiode Theory, Design Example & SPICE Simulation 👍 #diode #opamp канала CAN Education
First, we discuss the operation principle and the for a negative feedback loop in order to eliminate the diode voltage drop (700 mV). Then, we will determine the expression for the output voltage for both negative and positive clamping, and the extreme values of the op-amp's output voltages. In the final part, we will discuss a detailed example in which we discuss the complete circuit with actual component and op-amp model. We will work out the calculations step by step and verify our calculations in TINA-TI SPICE simulations.
You’ll learn 🧠
🔍 How the superdiode (ideal diode) works using an op-amp
🧮 How to derive the output voltage expressions for both positive and negative clamping
⚡ The role of the voltage follower in preventing circuit loading
📐 How to design and calculate extreme values for op-amp output
💻 Step-by-step design example with simulation using TINA-TI SPICE
We’ll walk through a complete design example, with step-by-step calculations and real component selection. Perfect for electronics students and engineers working on analog circuit design!
🎯 Outline of the video:
⏩ 00:00:00 Introduction
⏩ 00:00:18 Theory Passive Clamping Circuits
⏩ 00:03:43 Example 1: Passive Clamping Circuit - Negative Clamping
⏩ 00:05:16 Example 2: Passive Clamping Circuit - Positive Clamping
⏩ 00:06:28 Theory Precision Clamping Circuits
⏩ 00:09:13 Design Example - Calculations
⏩ 00:11:29 Design Example - Simulation Circuit in TINA-TI SPICE
⏩ 00:12:51 Design Example - Simulation Results in TINA-TI SPICE
👉 More Operational Amplifier Circuits: https://www.youtube.com/playlist?list=PLuUNUe8EVqlmhmvCuxr326mnNKHB5jwJx
👉 More Analog Electronics: https://www.youtube.com/playlist?list=PLuUNUe8EVqlmDGfNGMZI3RU_YRLbqrRgA
⭐ If you have questions or comments, please let me know. Help us to reach more people. Like and share this video. Subscribe to our channel: https://www.youtube.com/canbijles/?sub_confirmation=1
⚡ CAN Education - Tutoring in Electrical Engineering, Analog Electronics, Power Electronics, Electric Circuits, Control Systems, and Math Courses
⭐ For questions, collaboration or consulting 👇
📧 can.mehmet.tr@gmail.com
☎️ +31616179479
🔗 https://whatsapp.com/channel/0029VajYlHu0bIdkguxq6p2e
🌐 https://www.canbijles.nl
#clamp #electronics #opamp #operationalamplifier #precision #circuit #electriccircuits #Superdiode #operational #amplifier #design #thevenin #norton #equivalentcircuit #nodevoltage #kirchhoff #ohm #current #voltage #power #electricalengineering #current #source #amplifier #nodevoltage #meshanalysis #ohms_law #ohm #kirchoffslaw #kirchhoff #ClampCircuit #Superdiode #OpAmp #PrecisionElectronics #AnalogDesign #ElectronicsTutorial #SignalClamping #DiodeClamp #TINA_TI #SPICESimulation #CircuitDesign #OpAmpTutorial #ElectronicsEngineering
Copyright © ir. Mehmet Can
No part of this video and text may be reprinted, reproduced, transmitted, or utilized in any form by any electronic, mechanical, or other means, now known or hereafter invented, including photocopying, microfilming, and recording, or in any information storage or retrieval system, without written permission from the owner.
Видео Precision Clamp Circuit ⭐ Superdiode Theory, Design Example & SPICE Simulation 👍 #diode #opamp канала CAN Education
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14 февраля 2025 г. 13:00:59
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