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Digital Counters | Johnson, Ring, and More
Basics | Circuitry | PIC

Digital Counters | Johnson, Ring, and More

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Digital counters are being used in many different sectors of our life. You can use it in digital clocks, analog to digital converters, frequency counters, time measurements, and many other purposes. But if you can build your own digital counter,…

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What is the Difference Between LM339 and LM324 Op-Amps? | Comparator vs Op-Amp
Circuitry | Op-Amp

What is the Difference Between LM339 and LM324 Op-Amps? | Comparator vs Op-Amp

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The LM339 is a quad-voltage comparator, which means it contains four separate comparators. The LM324 is a quad operational amplifier (op-amp) with four amplifiers. While it is not explicitly designed as a comparator, it can still be used for basic…

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Intel NUC Power-on Circuit May Have Failed | What Should be Done?
Circuitry

Intel NUC Power-on Circuit May Have Failed | What Should be Done?

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The Intel NUC (Next Unit of Computing) is a miniature computer series designed for various applications, including home theaters, digital signage, and web browsing.  However, like any electronic device, the Intel NUC can experience malfunctions. One such issue is a…

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Can I Use a 7.5 Capacitor in Place of a 5? | Is Higher Better?
Basics | Circuitry | Components

Can I Use a 7.5 Capacitor in Place of a 5? | Is Higher Better?

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Yes, you can use a 7.5 capacitor in place of a 5. But in most cases, it is determined by other capacitor specifications, such as voltage, as well as the application. When capacitance increases in a capacitive circuit, the capacitive…

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Op-Amp Vs Transistor | Which One do Better Amplifying?
Circuitry | Components | Op-Amp

Op-Amp Vs Transistor | Which One do Better Amplifying?

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Op-amp and transistor are used according to your need. Though op-amp is better for amplifying gain, they are expensive. As the op-amp amplifier is made of different types of transistors. So, in many cases, you can use a transistor instead…

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Car Jump Starter Circuit Diagram | How the Device Work?
Circuitry

Car Jump Starter Circuit Diagram | How the Device Work?

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Car jump starters have evolved into essential tools for each driver. These small devices permit you to quickly resume driving after a dead battery. But have you thought about what happens inside and how these practical devices work? In this…

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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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Power Riser Diagram | How Electricity Enters the Facility?
Circuitry

Power Riser Diagram | How Electricity Enters the Facility?

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A power riser diagram depicts the vertical distribution of electrical power within a building. It shows how electricity enters the facility and is stepped down and distributed to various floors and loads. Understanding power riser diagrams is critical for electrical…

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Bridge Rectifier Failure Symptoms | Factors Leading to Bridge Rectifier Breakdown
Circuitry

Bridge Rectifier Failure Symptoms | Factors Leading to Bridge Rectifier Breakdown

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A bridge rectifier is an electrical component that transforms AC into DC in electronic circuits. However, when it cannot convert AC into DC anymore, it is considered failing. A bridge rectifier failure may show different symptoms while failing.  In this…

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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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