August 2015
Intermediate to advanced
208 pages
4h 45m
English
Content preview from Digital Interface Design and Application
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List of Figures
Figure 1.1 Fundamental computer architecture
Figure 1.2 Interface software structure
Figure 1.3 Cross-coupled flip/flop circuit
Figure 1.5 D-type edge-triggered latch
Figure 1.7 Flip/flop with enable functionality
Figure 1.8 Four-bit register with group input enable IE and group output enable OE
Figure 1.9 Push/pull output driver
Figure 1.10 Wired-AND connection of multiple outputs
Figure 1.11 Full address decode example
Figure 1.12 Partial address decode
Figure 1.14 Screen-shot for uVision4 IDE
Figure 1.15 IDE management window
Figure 2.1 Fundamental processor structure
Figure 2.2 Bus timing relationships
Figure 2.4 A simple output interface
Figure 2.5 Simple decode for output
Figure 2.7 A simple input interface circuit
Figure 2.10 Observed code output pattern
Figure 2.11 16 -key matrix keyboard
Figure 2.12 Keyboard interface connections
Figure 2.13 Timing diagram for keyboard interface
Figure 3.1 A simple timer function
Figure 3.2 The simplified timer architecture
Figure 3.4 Downward count mode
Figure 3.5 Centre aligned mode
Figure 3.6 Timing diagram for example code
Figure 3.7 Capture/compare input circuit
Figure 3.9 A PWM signal set at 40%
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I'm always learning. So when I got on to O'Reilly, I was like a kid in a candy store. There are playlists. There are answers. There's on-demand training. It's worth its weight in gold, in terms of what it allows me to do.