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The voltage follower circuit of the op amp, as shown in Figure 1, uses virtual short and virtual break. At first glance, it seems simple and clear. If you think that there is not much content to pay attention to, then you may be wrong. Understanding the op amp's voltage-following circuit is a great help for understanding the op amp's in-phase, inverting, differential, and various op amp circuits.

The Voltage Follower Circuit of The Operational Amplifier

Since the reverse withstand voltage of the  step-recovery diode is limited, when used in a high- voltage environment, it is often necessary to use plurality of step-recovery rectifier diodes in series to meet the need of reverse withstand voltage. Due to the inconsistency in the volt-ampere characteristics, turn-on time, and recovery charges of the diode during the production process, the voltage sharing problem occurs when used in series, which causes the reverse voltage of a certain diode to be too high and damaged, disturbing the normal operation of other diodes, which ultimately affects the reliability and stability of the entire device.

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Voltaageis in the Electric Vehicles Industry

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The Voltage Follower Circuit of The Operational Amplifier

Misunderstanding of Voltage Sharing Problem of Series Diode

The “Store Everything” Cloud Model Is Breaking Under Modern AI Workloads

The Silicon Trojan

The Long Now of the Web: Inside the Internet Archive’s Fight Against Forgetting

How I Used AI to Fix Inconsistent Attribute Values at Scale in E‑commerce

Why Gemini 3.0 is a Great Builder But Still Needs a Human in the Loop

The Anatomy of a Write Operation

Micro-CT Scans Reveal the Bladder Isn’t Just a Simple Balloon

From Silicon to Signal: The Hidden World of Analog Front-End (AFE) Design

Shipping Hardware Fast: Solar LoRa Vehicle

Solo Satoshi Releases the NerdQaxe++ a Sleek and Quiet Desktop Bitcoin Miner

15 Core Ideas Shaping the Future of AI—and Why They Matter Today

Advancing Semiconductor Failure Analysis: Contributions by Amrutha Sampath

PostgreSQL Couldn’t Handle Our Time-Series Data—TimescaleDB Crushed It

Initializing the Doyle-Fuller-Newman (DFN) Battery Model

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Creating a “Remanufacturing Economy” With EV Battery Recycling

The Trials and Triumphs of DPFL Research

Why Smart Power Systems Still Have Big Problems to Solve

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Lost in Linearization: Why Some DPFL Methods Just Can’t Keep Up

Electric Truths: What 16 Power Grid Models Reveal About DPFL

When Power Flow Models Go Off the Rails

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