Abstract
Abstract
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In this paper we present Visual 11, a new software tool for learning microcontroller fundamentals. This tool simulates the Motorola M68HC11 microcontroller core and several peripheral devices. Thus an electrical engineering student can practise for him- or herself both assembly language programming and interfacing concepts, in the classroom or at home. Visual 11 is suitable for microprocessor and microcontroller courses at an introductory level.
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References
1.
Khan
A. R.
, ‘Workhorses of the electronic era’ , IEEE Spectrum , Oct., pp. 36 –42 (1996 )
2.
Daniels
R. G.
, ‘A participant's perspective’ , IEEE Micro. , Dec., pp. 21 –31 (1996 )
3.
Bursky
D.
, ‘Here an MCU, there an MCU’ , Electronic Design , Oct., p. 13 (1995 )
4.M68HC11 Reference Manual , Motorola (1991 )
5.
Skroder
J. C.
, Using the M68HC11 Microcontroller (a Guide to Interfacing and Programming the M68HC11) , Prentice Hall (1997 )
6.
Cady
F. M.
, Software and Hardware Engineering: Motorola M68HC11 , Oxford University Press (1997 )
7.
Driscoll
F. F.
Coughlin
R. F.
and
Villanucci
R. S.
, Data Acquisition and Process Control with the M68HC11 Microcontroller , Prentice Hall (1994 )
8.
Huang
H. W.
, MC68HC11: An Introduction (Software and Hardware Interfacing) , West Publishing Company (1996 )
9.
Spasov
P.
, Microcontroller Technology: The M68HC11 , 2nd edn , Prentice Hall (1996 )
10.M68HC11EVBU User's Manual , Motorola (1992 )
11.PCBUG11 User's Manual , Motorola (1990 )
12.‘MC68HC11 EEPROM programming from a personal computer’ , Application Note AN1010 , Motorola (1988 )