I have published a kindle book, so I will introduce it.
I wrote from the basics of power semiconductors.
・People who are beginning to be involved in the field of semiconductors for the first time
・Partial specialty, for example, a person who knows semiconductor processes but does not know anything about post-processing
・Person who works at a semiconductor factory or production department of electronic parts on site and wants to know what the work is for
I think it was still difficult for me to understand.
For that reason, I tried to explain it even at high school level if it was easier to understand and needed the principle part.
To be honest, even if you go to a bookstore and look at a technical book, you don’t understand at all,
I wrote it to the point where I could explain what power semiconductors are and what is important.
↓ Below summary
I wrote from the basics of power semiconductors.
・People who are beginning to be involved in the field of semiconductors for the first time
・Partial specialty, for example, a person who knows semiconductor processes but does not know anything about post-processing
・Person who works at a semiconductor factory or production department of electronic parts on site and wants to know what the work is for
I think it was still difficult for me to understand.
For that reason, I tried to explain it even at high school level if it was easier to understand and needed the principle part.
To be honest, even if you go to a bookstore and look at a technical book, you don’t understand at all,
I wrote it to the point where I could explain what power semiconductors are and what is important.
As content
In a word, power semiconductors?
What is the role of power semiconductors in inverters?
Why is it possible to convert power with an inverter?
What is a power module?
What is the direction of power semiconductors you should aim for?
What is the current state of power semiconductors?
What is the difference between the properties of semiconductors and power semiconductors?
Where are the important parts in power semiconductors?
What about changing important parts of power semiconductors?
How to make crystals?
Why do crystals have to be single crystals?
What are N-type and P-type semiconductors?
What is the property of a diode?
What is the nature of MOS?
Why is high heat dissipation important?
Why is high heat resistance required?
Why think Young’s modulus and coefficient of linear expansion as a set?
What will improve the SiC power semiconductors that will be used in the future?
I wrote it so that you can understand the above questions.
It is highly recommended that you take this manual if you have any questions.
I have been in the power semiconductor field for long years.
Every week, I teach basic principles to new employees and people who have moved to the department where I am.
It was well received with a very easy-to-understand explanation.
I would like you to read this book before you try various specialized books. I explained it using a lot of figures so that you can grasp the image widely.
コメント