micro:bit to VEX V5 handshaking (Part 2). Do you want to open your door from your teacher desk? Or open your door as you approach your room? Introducing my students' Door Opener V2! What will they think of next?🤔#pbl #stem #engineering #microbit #vexrobotics #pltw #STEMSOS
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Op-amps sometimes require compensation in order to prevent instabilities and oscillation on the circuit output. Read our article to learn about tried-and-true compensation techniques for op-amp circuits. https://bit.ly/4baI52o #PSpice #Cadence
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Basic function generator, incorporating a capacitor in the negative feedback for the first OpAmp to integrate charge/discharge. Each waveform is distinguished by colour. Varying the resistance of R7 changes the frequency and switching voltage. Double click the resistor to input changed value.
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Op-amps can experience oscillations, and the conditions for these oscillations can be measured directly with only a couple instruments. Come learn how to take these measurements in this article. https://bit.ly/41QuWr9 #PSpice #Cadence
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Digital Circuits Laboratory Manual From the Editor's web site: Digital systems are an important part of modern life. This book introduces the basic building blocks of digital systems and how these blocks can be used to design a digital system. It can be used as a laboratory manual for courses such as Digital Logic and Digital Electronics. All of the experiments in this book can be done in a simulation environment like: Proteus® or NI® MultiSim® or on the breadboard in a real laboratory environment. https://lnkd.in/djnVNAD5
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Technicien supérieur en télécommunications : option informatique Technicien installation et maintenance réseaux FTTH
How a circuit board works
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Simulation of modified follower circuit in LTSpice 4.20 with unexpected voltage discrepancy. Ideal op-amp model used with 1MHz GBW and 100dB Aol. Issue with 10mV input causing 10kV output instead of 10V. Investigating offset voltage source.#electronicengineer #PCBfabrication #voltage
Voltage not equal to zero across opamp inputs in LTSpiceSimulation of modified follower circuit in LTSpice 4.20 with unexpected voltage discrepancy. Ideal op-amp model used with 1MHz GBW and 100dB Aol. Issue with 10mV input causing 10kV output instead of 10V. Investigating offset voltage source. https://tinyurl.com/2bocrrmt
wellcircuits.com
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Hardware Development Engineer @ Daikin Europe | PhD in EMC | Electrical Engineering Expert | YouTube Content Creator
I've just released a new YouTube lecture diving into the fascinating world of Switched Mode Power Converters. This tutorial covers the concept of power direction and delves into the 4 quadrant operation, a key aspect in understanding modern power electronics. Watch the full lecture here and let's embark on this educational journey together. #PowerElectronics #SwitchedModePowerConverters #EngineeringEducation #ContinuousLearning"
Power Direction in Switched Mode Converters: Rectifying and Inverting Modes Explained
https://www.youtube.com/
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FlexiPanels® FP2-V2 Series SALIENT FEATURES :- >4.3” and 7” Color TFT display options > Suitable for basic applications, trending, tasks, alarms, logging, IEC 61131-3 programming environment > Flash: 16MB, RAM: 16MB >Approvals: CE, UL Class I Div 2, IP66
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Devops Engineer with proficiency in automation tools and continuous delivery. Cloud computing. Student at Obafemi Awolowo University
Welcome to Day 78 of #100daysamplifierdesign. Today I will be discussing more functionalities of the Opamp in Active filter Active Filter Design with Op-Amps Designing active filters with operational amplifiers (op-amps) involves: 1. Determine Specifications: - Filter Type (low-pass, high-pass, etc.) - Cutoff Frequency (fc) and Gain. 2. Choose Topology: - Sallen-Key: Great for low-pass/high-pass. - Multiple Feedback (MFB): Versatile for various types. - Biquad: Ideal for precise control. Example: Sallen-Key Low-Pass Filter Design Equation:fc = 1/2piR1C1 Component Selection:•Choose C1 = 10uF .•For fc = 1kHz, R_1 is ~ 15.9kohms
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Here is my very simple and fast Model Predictive Control algorithm for thermal controllers suitable for small embedded devices like STM32, ESP32, nRF5x MCUs implementation amd demonstration: https://lnkd.in/e9HwGZsr The objective function used in computation has a strictly one minima, so convergence is guaranteed.
GitHub - itxs/simple_mpc_algo_for_mcu
github.com
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