Basics of Nonvolatile Semiconductor Memory Devices 1.0.Maes, H E
Semiconductor Basics – What is Semiconductor, Types, Material, Physics and More.A semiconductor can be defined as a substance with properties of a conductor and insulator both.It can conduct electricity under certain circumstances but not always. This physics and property of a semiconductor makes ...
What is Semiconductor Memory? Semiconductor memory is a type of semiconductor device tasked with storing data. There are two electronic data storage mediums that we can utilize, magnetic or optical. There are two Semiconductor memory types (Volatile memo
SRAM or Static Random Access Memory is a form of semiconductor memory widely used in electronics, microprocessor and general computing applications. This form of semiconductor memory gains its name from the fact that data is held in there in a static fashion, and does not need to be dynamically...
Silicon is the material of choice in the chip industry. Unlike the metals normally used to conduct electrical currents, silicon is a ‘semiconductor’, meaning that its conductive properties can be increased by mixing it with other materials such as phosphorus or boron. This makes it possible to...
Microcontrollers are semiconductors that integrates a central processing unit (CPU), memory, and input/output ports (I/O ports) into a single package. They are used to control a very wider range of electronic products, including home appliances, automobi
An essential working tool for electronic circuit designers and students alike, Advanced CMOS Cell Design is a practice-based guide to today's most sophisticated design and simulation techniques for CMOS (complementary metal oxide semiconductor) integrated circuits. Written by two internationally renowned ...
It is focused to provide effective products and services to its customers locally and globally. This aim is achieved by the utilization of cutting-edge memory circuits, new firmware designs, premium semiconductor materials, and smart development technologies....
In this first of a two-part Product How-To article series, Tushar Rastogi and Subbarao Lanka of Cypress Semiconductor describe the fundamentals of developing processor-based system-on-chip designs using the company’s PSoC architecture.
Microcontrollers typically comprise a complementary metal-oxide-semiconductor (CMOS) chip, making them susceptible to static charges. This makes them suitable for electronic circuits, although the static charges can damage these devices. The microcontroller has input and output ports, which connect to ...