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Regarding the Pulse Wave: This article will explain the information below. How to obtain RMS Value and Average Value RMS Value and Average Value of Pulse Wave The first illustration shows the root mean square (RMS) value and average value of a pulse wave (with a maximum value of \(V_M\) and a period of \(T\)). Now, let's explain how each of these values are calculated (we strive to include as many intermediate steps as possible). Waveform of a Pulse Wave To find the root mean square (RMS) value and average value of a pulse wave, we first need to express ...

Regarding the Half-Wave Rectified Sine-Wave: This article will explain the information below. How to obtain RMS Value, Average Value, Form Factor, and Crest Factor RMS Value, Average Value, Form Factor, and Crest Factor of Half-Wave Rectified Sine-Wave The first illustration shows the root mean square (RMS) value, average value, form factor, and crest factor of a half-wave rectified sine-wave (with a maximum value of \(V_M\) and a period of \(T\)). Now, let's explain how each of these values are calculated (we strive to include as many intermediate steps as possible). Supplement A half-wave rectified sine-wave is a waveform in which ...

Regarding the Full-Wave Rectified Sine-Wave: This article will explain the information below. How to obtain RMS Value, Average Value, Form Factor, and Crest Factor RMS Value, Average Value, Form Factor, and Crest Factor of Full-Wave Rectified Sine-Wave The first illustration shows the root mean square (RMS) value, average value, form factor, and crest factor of a full-wave rectified sine-wave (with a maximum value of \(V_M\) and a period of \(T\)). Now, let's explain how each of these values are calculated (we strive to include as many intermediate steps as possible). Supplement A full-wave rectified sine-wave is a waveform where half ...

This article will explain the differences between "Average Value" and "RMS Value". Difference between "Average Value" and "RMS Value" First, let's briefly explain the difference between "Average Value" and "RMS Value" (we will explain each in detail later). Taking the sine wave \(v=V_M\sin{{\omega}t}\) as an example: Average Value The average value is what you get when you replace "negative" values with "positive" ones and take the average. In other words, the average value, \(V_{AVE}\), is the average of the absolute value \(|v|\) of the sine wave \(v\). For example, in the case of the above figure, the average value \(V_{AVE}\) ...

Regarding the Sine Wave: This article will explain the information below. How to obtain RMS Value, Average Value, Form Factor, and Crest Factor RMS Value, Average Value, Form Factor, and Crest Factor of Sine Wave The first illustration shows the root mean square (RMS) value, average value, form factor, and crest factor of a sine wave (with a maximum value of \(V_M\) and a period of \(T\)). Now, let's explain how each of these values are calculated (we strive to include as many intermediate steps as possible). Waveform of a Sine Wave To find the root mean square (RMS) value ...

There are way too many different types of semiconductor (IC or transistor) packages. For example, SOP, QFN and BGA are some of the package names, but it is very difficult to understand which package represents which shape. Therefore, in this article, we have summarized the types and characteristics of each package in an easy-to-understand manner using diagrams. We hope you will find it helpful. List of IC Package Types The figure above shows the classification of packages. Packages can be broadly classified according to the following aspects. Difference in mounting method Whether the mounting method is "insertion mounting" or "surface ...

There are various types of semiconductor and IC packages, such as Transistor Outline (TO) and Small Outline Transistor (SOT). In addition, there are various types of Transistor Outline (TO). An example is shown below. TO-92: Used for low-power transistors, etc. TO-220: Used for components with relatively high heat dissipation TO-247: Even larger than TO-220 TO-3: A package used in the early days of power transistors, similar in shape to a hat. In this article, we have tried to explain "Transistor Outline (TO) Definition" and "Types and Features of Transistor Outline (TO)" in an easy-to-understand manner using diagrams. We hope you ...

There are various types of semiconductor and IC packages, such as Small Outline Diode (SOD) and Small Outline Transistor (SOT). Regarding the "Small Outline Diode (SOD)", this article will explain the information below. Small Outline Diode (SOD) Definition Types of Small Outline Diode (SOD) Small Outline Diode (SOD) Definition SOD stands for "Small Outline Diode". SOD is the name of the package for surface mounting of diodes. There are various types of Small Outline Diode (SOD) such as "SOD-123", "SOD-323F", and "SOD-523" depending on the package size and lead shape. In addition, there are various names for the same package ...

There are various types of semiconductor and IC packages, such as Small Outline Transistor (SOT) and Small Outline Diode (SOD). Regarding the "Small Outline Transistor (SOT)", this article will explain the information below. Small Outline Transistor (SOT) Definition Types of Small Outline Transistor (SOT) Small Outline Transistor (SOT) Definition SOT stands for "Small Outline Transistor". Since Small Outline Transistor (SOT) is a surface mount package developed for transistors, there are many 3-pin SOT. Currently, Small Outline Transistor (SOT) is used not only for transistors but also for other semiconductors (e.g., diodes) and ICs. SOT package names differ depending on the ...

There are various types of semiconductor and IC packages, such as Land Grid Array (LGA) and Ball Grid Array (BGA). Regarding the "Land Grid Array (LGA)", this article will explain the information below. Land Grid Array (LGA) Definition Types of Land Grid Array (LGA) Land Grid Array (LGA) Definition LGA stands for "Land Grid Array". Land Grid Array (LGA) is a package in which the lands are arranged in a grid pattern on the bottom of the package. Land Grid Array (LGA) is suitable for high-speed and high-frequency operation because of its small terminal parasitic inductance. Unlike Ball Grid Array ...