Results 281 to 290 of about 155,041 (322)
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Introduction to microcontrollers. I

Northcon/98. Conference Proceedings (Cat. No.98CH36264), 2002
Although architecture independence and portability is very desirable, a microcontroller program cannot be totally detached from specific characteristics of the underlying hardware. Programming a microcontroller, even in a high level language, requires accessibility to various peripheral registers, ability to fix placement of both program and data, and ...
G. Viot, R. Bannatyne
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The MC68332 microcontroller

IEEE Micro, 1989
The total-system goals, CPU design goals, and modular design approach of the high-performance MC68332 microcontroller are described. The features of the system integration module, queued serial module, and standby RAM are summarized. The CPU and time processor modules are discussed in detail. >
J. Jelemensky   +4 more
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Hands-on teaching with microcontrollers

2021 IEEE Global Engineering Education Conference (EDUCON), 2021
Teaching electronics can be fun and motivating when you give the students the freedom to develop their own projects but of course, with a proper supervision. This work presents a case study where the teaching of microcontrollers in the third course of the MSc in Industrial Engineering, specialty in electronics, has been moved away from a strictly ...
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Microcontrollers

2012
The knowledge about the features and programming of 8 bit mid-range PIC microcontrollers are presented. The architecture, memories structure, ports and instruction set of PIC16F84A microcontroller are analyzed. The laboratory works tasks dedicated to PIC16F84A microcontroller programming are given. The edition is dedicated to bachelor students studying
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Microprocessors and microcontrollers

1994
THE FIRST microprocessor to be made commercially was the 4-bit Intel 4004 of 1971 and today 4-bit devices are still the commonest, since they can be used in toys, washing machines, heating-system controllers and a wide variety of household goods, where their word size is no handicap.
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Introduction to Microcontrollers

2020
In Chapter 12, we learned the basics of digital logic. However, I think we can all agree that those chips wound up taking up a lot of space on our breadboards. If we wanted to do a lot of complicated tasks, we would wind up needing a lot of chips, we would need more and more breadboards to put them on, and our project would get unwieldy very quickly ...
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