Training

Location:Training / Circuit Fundamentals / Analog / Op Amp Video Tutorial / Supplement to the op amp negative feedback circuit, what is a voltage follower

You can log in to your eeworld account to continue watching：
Supplement to the op amp negative feedback circuit, what is a voltage follower
Login

Chapter 1：OPAMP operational amplifier inverting input terminal, common emitter inverting amplifier circuit
Chapter 2：How to use the non-inverting input terminal and common collector circuit of OPAMP operational amplifier?
Chapter 3：OPAMP operational amplifier non-inverting input terminal, common base amplifier circuit Common Base
Chapter 4：Supplementary knowledge of circuit basics: AC and DC, superposition of currents
Chapter 5：Supplement to basic circuit knowledge: the significance of negative voltage in operational amplifiers
Chapter 6：I asked you how much sorrow you have. I don’t know how the current flows. Lu Xun: How many ways can you write fennel?
Chapter 7：Answers to the after-school exercises at the end of the last video. Corrections are welcome.
Chapter 8：Do you really understand the working principle of capacitors, blocking DC and passing AC? How Capacitors Work
Chapter 9：How does current flow through a DC power supply? How to understand the short circuit of DC power supply under AC signal
Chapter 10：Transistor amplification experiment, a Class A power amplifier circuit costing 5 yuan, the effect is beyond imagination
Chapter 11：Differential amplification circuit of operational amplifier, what is the relationship between zero drift and temperature drift?
Chapter 12：Transistor amplifier bias resistor selection, zero point drift, and differential amplifier circuit experiment
Chapter 13：Negative feedback effect of differential amplifier circuit Re, common mode signal and differential mode signal
Chapter 14：Experiments related to common-mode negative feedback resistors in differential amplifier circuits
Chapter 15：Basic principles of current mirrors, learn about current sources with infinite resistance
Chapter 16：Operational amplifier input stage, differential amplifier circuit final chapter: input and output configuration
Chapter 17：Op amp intermediate circuit, Darlington circuit amplification principle, what is a composite triode
Chapter 18：Op amp complementary output circuit, what is the crossover distortion of Class B power amplifier circuit?
Chapter 19：Crossover distortion experiment of Class B power amplifier circuit, how should the positive and negative power supplies be connected?
Chapter 20：How to overcome the crossover distortion problem in Class A and B power amplifier circuits, and what are the considerations in selecting circuit components?
Chapter 21：How to improve crossover distortion, detailed analysis of Class A and B power amplifier circuits
Chapter 22：How the Vbe multiplier circuit improves the crossover distortion problem, the last bone of the op amp output stage
Chapter 23：The final chapter of the internal circuit of the op amp, improving the crossover distortion circuit experiment
Chapter 24：What is an ideal op amp and how should it be used?
Chapter 25：Operational amplifier negative feedback circuit, a preliminary understanding of "virtual short" and "virtual open"
Chapter 26：Op amp negative feedback circuit, advanced analysis and circuit analysis of "virtual short" and "virtual open"
Chapter 27：Operational amplifier negative feedback circuit, basic analysis of non-inverting input circuit
Chapter 28：Supplement to the op amp negative feedback circuit, what is a voltage follower
Chapter 29：Application circuits of operational amplifiers, proportional operators, multiplication and division operations?
Chapter 30：Application circuit of operational amplifier, inverting adder, proportional adder
Chapter 31：Application circuit of operational amplifier and detailed analysis of adder circuit
Chapter 32：Millman's theorem, Millgate theorem, Norton's theorem, a lot of theorems
Chapter 33：Application circuit of operational amplifier, non-inverting adder formula, circuit analysis
Chapter 34：Operational amplifier application circuit, subtractor and differential amplifier circuit analysis
Chapter 35：Application circuits of operational amplifiers, multi-stage differential amplifiers and instrumentation amplifiers
Chapter 36：Application circuit of operational amplifier, logarithm operator, current equation of diode
Chapter 37：Use operational amplifiers to build logarithm and exponential operators, multiplication and division operators
Chapter 38：Basic knowledge supplement: A brief analysis of basic RC circuits and first-order low-pass filter circuits, making it easy for beginners to get started
Chapter 39：Basic arithmetic circuits, integral arithmetic circuits, waveform conversion and circuit applications
Chapter 40：Basic arithmetic circuit, operational amplifier integral arithmetic circuit Rf function correction, welcome guidance
Chapter 41：Basic arithmetic circuit, differential arithmetic circuit analysis, corrections welcome
Chapter 42：Other applications of operational amplifiers, first introduction to voltage comparators
Chapter 43：Some extended circuit analysis of single-limit voltage comparators and zero-crossing comparators
Chapter 44：General single-limit voltage comparator and its application
Chapter 45：How are hysteresis comparators and hysteresis comparators designed? What is return difference?
Chapter 46：Answers to questions in the hysteresis comparator course, welcome to discuss and give advice
Chapter 47：Window voltage comparator, the final chapter of operational amplifier, complete with flowers

Duration：21 minutes and 55 seconds
Date：2022/08/28

Uploader：抛砖引玉

Introduction

keywords： Operational Amplifier

Op Amp Video Tutorial

You Might Like

Recommended Posts

Please explain the function of the following statement->g_pGPIOReg->SPCON = (g_pGPIOReg->SPCON & ~(0x3)) | (0x1);: SPCON (Special Port Control Register ) bit description is as follows: ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ ........................................... LCD_SEL [1:0] Select LCD; jiqimao Embedded System

Application Tips/Practical Step-by-Step PWM Output Using 89C51 and 8254-2: Abstract : This paper introduces a new PWM output method. It uses 89C51 as the main control part and 8254-2 programmable timer/counter to achieve 1Hz~3kHz step-by-step PWM output. It has the advantage; rain 51mcu

Single chip dual chip select flash driver problem: Hello everyone, I only have one chip select for flash, but the flash is single chip with dual chip selects, how can I implement the driver? Can you give me some ideas?; xfzj1314 Embedded System

Anyone who has done TinyX transplantation or read TinyX code, please come and have a look.: When reading the code of tinyx (I downloaded xorg-server-1.4), I wanted to understand how it initialized the mouse, keyboard and other devices, and found the following code: void InitInput(int argc, c; voyage1999 Embedded System

The PWM in the microcontroller has edge-aligned, center-aligned and other modes. What is the significance of these modes in practical applications?: I usually use MCU and DSP to control motors, and often use PWM edge alignment mode. I have always been confused about a question: What is the practical significance of PWM edge alignment and center al; helloqhd Automotive Electronics

STM8S homemade portable LCD CNC constant temperature soldering iron: Hardware: STM8S003F3 microcontroller, 936 soldering iron handle, K-type thermocouple soldering iron core, 3D printed shell, rotary encoder to set temperature and switch, LCD1602 liquid crystal to disp; eeacc stm32/stm8

Recommended Content

Hot VideosMore

Hot ArticlesMore

Circuit

可能感兴趣器件

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

About Us Customer Service Contact Information Datasheet Sitemap LatestNews

Room 1530, 15th Floor, Building B, No.18 Zhongguancun Street, Haidian District, Beijing, Postal Code: 100190 China Telephone: 008610 8235 0740

Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved 京B2-20211791 京ICP备10001474号-1 电信业务审批[2006]字第258号函

京公网安备 11010802033920号