Properties and Manufacturing Process of Semiconductor Device

Prasun Barua

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Welcome to Properties and Manufacturing Process of Semiconductor Device! This is a nonfiction science book which contains various topics on properties and manufacturing process of semiconductor device. Semiconductor materials have some unique properties which can be utilized to manufacture semiconductor devices and integrated circuits. An electric circuit made up of several transistors and wiring components is called a semiconductor chip, and it is produced on a semiconductor wafer. "Integrated circuit (IC)" refers to an electronic device made up of many of these components. External variables such as light, heat, magnetism, and electricity will act on semiconductors and cause physical effects and phenomena known as semiconductor properties. Semiconductors make up the vast bulk of the foundation materials used in solid-state electronic devices. Due to the varying semiconductor properties, different types of semiconductor devices have different roles and properties. A variety of nanofabrication procedures are used to manufacture semiconductor devices on the surface of substrates made of extremely pure single crystal silicon. Often, these materials are referred to as wafers. Wafers of the 200 mm type are more well adapted to the mixed, small lot production required for devices for the Internet of Things than the 300 mm type, which provides the enhanced miniaturization needed for cutting-edge electronics. We can lead comfortable lives thanks to semiconductors. For example, semiconductors are used for manufacturing temperature sensors for air conditioners. Since semiconductors accurately control the temperature, rice cookers produce excellent results. Semiconductors are also used to manufacture the Processors that power personal computers. Semiconductors are also used in a wide range of everyday digital consumer goods, including mobile phones and smartphones, digital cameras, televisions, washing machines, refrigerators, and LED lights. In addition to consumer devices, semiconductors are essential to the operation of trains, bank ATMs, the internet, communications, and other facets of the social infrastructure, including, among other things, the medical network utilized for aged care. Also, effective logistics systems encourage energy conservation and environmental protection. The number of semiconductor devices put on automobiles has been continually rising. This is the first edition of the book. Thanks for reading the book.

作者简介

Prasun Barua is a graduate engineer in Electrical and Electronic Engineering with a passion for simplifying complex technical concepts for learners and professionals alike. He has authored numerous highly regarded books covering a wide range of electrical, electronic, and renewable energy topics. Some of his notable works include Electronics Transistor Basics, Fundamentals of Electrical Substations, Digital Electronics – Logic Gates, Boolean Algebra in Digital Electronics, Solid State Physics Fundamentals, MOSFET Basics, Semiconductor Device Fabrication Process, DC Circuit Basics, Diode Basics, Fundamentals of Battery, VLSI Design Basics, How to Design and Size Solar PV Systems, Switchgear and Protection, Electromagnetism Basics, Semiconductor Fundamentals, and Green Planet.

His books are designed to provide clear, concise, and practical knowledge, making them valuable resources for students, engineers, and technology enthusiasts worldwide. All of these titles are available on Amazon.