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How to Reduce AC Voltage Using Capacitor? | Simple Way to Reduce AC Voltage
Components | How To

How to Reduce AC Voltage Using Capacitor? | Simple Way to Reduce AC Voltage

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One way to step down the voltage to adjust the voltage levels and match specific requirements is by using a capacitor in series with the circuit to reduce the AC voltage. In this article, we will explore the process of…

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SO 8 vs SOIC 8 Chip – What are the Differences Between Them?
Basics | Components

SO 8 vs SOIC 8 Chip – What are the Differences Between Them?

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The main difference between SOIC8 and SO8 manufacturing is the width of the leads from the IC itself. SO8 has a little larger footprint per pin than SOIC8, but with similar pin gap space per row, they fit the same…

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Can I Replace a 45/5 Capacitor With a 40/5? | Is It Ideal to Do?
Basics | Circuitry | Components

Can I Replace a 45/5 Capacitor With a 40/5? | Is It Ideal to Do?

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Replacing a 45/5 microfarad (uF) dual-run capacitor with a 40/5 uF capacitor is generally not recommended. Usually, a capacitor is utilized in a motor’s compressor. And if we replace a capacitor with a tiny uf capacitor, the compressor will very…

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370 vs 440 Capacitor | Which One is Right for Your Induction Motor
Basics | Components

370 vs 440 Capacitor | Which One is Right for Your Induction Motor

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370 and 440 capacitors simply mean 370 VAC and 440 VAC capacitors. These two capacitors are most commonly used as run capacitors of an AC induction motor. Between 370 VAC and 440 VAC capacitors, it is always preferable to use…

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What Size Diode Do I Need? | Finding Your Perfect Diode Fit
Basics | Components

What Size Diode Do I Need? | Finding Your Perfect Diode Fit

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While choosing the right diode size for your project, consider the packet size, and voltage rating and evaluate the maximum forward current. Choosing the correct size diode ensures optimal performance, prevents overheating, and avoids potential circuit damage. In this article,…

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What Causes a Capacitor to Explode? Common Factors Leading to Capacitor Failure
Basics | Components

What Causes a Capacitor to Explode? Common Factors Leading to Capacitor Failure

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Reverse polarity voltage and over-voltage are the two main factors that can make a capacitor explode. Compared to other types of capacitors, electrolytic capacitors are more likely to explode. In the following piece, we shall explore the primary factors contributing…

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DC Motor Carbon Brush Size Chart | Finding the Right Carbon Brush Size
Components

DC Motor Carbon Brush Size Chart | Finding the Right Carbon Brush Size

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In the present day, electric motors are a vital component of a wide variety of technologies. They supply power for both commercial and household appliances. Among the many varieties of electric motors, direct current (DC) motors stand out for their…

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How Much Copper is in A Transformer? | Understanding Copper Usage in Transformers
Components

How Much Copper is in A Transformer? | Understanding Copper Usage in Transformers

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Isn’t it an interesting thing that a transformer contains copper? The amount of copper in a transformer can vary widely depending on the transformer’s size, design, and purpose. In this article, we will talk about the existence of copper in…

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Electrolytic Capacitor ESR Chart | Optimize Your Circuits with ESR Data
Basics | Components

Electrolytic Capacitor ESR Chart | Optimize Your Circuits with ESR Data

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Low ESR capacitors have lower power losses and internal heating issues than high ESR capacitors. High ESR values shorten the life of an aluminum electrolytic capacitor and reduce performance. Furthermore, a low ESR value enables increased ripple current capacity.  ESR(Equivalent…

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Our journey designing innovative devices had immersed us in convoluted electronics. We realized mastery doesn't require elite degrees or industry secrets—just knowledge presented coherently. We became devoted to unraveling even quantum-complex circuits, diagram by diagram, so anyone eager to learn can unlock these secrets. By simplifying electronics fundamentals, we hope to ignite innovation in generations to come.

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