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This circuit could be used as the basis of a PIC microcontroller based video data overlay circuit. Instead of generating the video timing signals within the PIC microcontroller, synch separators could be used to indicate the start of a eld and a line for the PIC microcontroller to then count from and drive a signal on top of the input signal. An obvious example of an overlay circuit is the text generator used at the end of TV shows to display the credits over some other signal. To get accurate positioning of the overlay, you probably will have to use some kind of phase locked loop (PLL) circuit to make sure that the PIC microcontroller s clock is locked on the source generator s clock and the overlay appears on the display at the same position each time. This isn t a terribly hard circuit to design and could be useful for placing crosshairs or arrows on a video signal indicating where problems or features to look at are.
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To nish off the example applications, I wanted to demonstrate how the PIC18 microcontroller is used in a circuit and how code is written for it. As time goes on, I believe that the PIC18 architecture will become the primary architecture for developing applications, just as the mid-range devices have replaced low-end devices as the basic PIC microcontroller (in the mid-1990s, what are now called mid-range devices actually were the high-end devices, with the low end forming the basis of most applications and products based on the PIC microcontroller. This belief is based on the wide selection of part numbers and features becoming available for the PIC18 parts, along with development tools and the ease in which applications can be developed for them.
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To nish off the projects, I want to take a look at using the PIC microcontroller as a digital controller. Elsewhere in this book I have noted that the 8-bit data word and limited mathematical capabilities decrease the PIC microcontroller s attractiveness as a digital signal processor (DSP). I want to take a look at the ability of the PIC microcontroller to implement fuzzy logic control that requires significantly less computational power than DSP algorithms. Along with using fuzzy logic for processing, I want to use built-in hardware features of the PIC microcontroller wherever possible instead of relying on bit banging interface methods. This design philosophy allows the hardware interfaces to be created quickly and modi ed easily when I am debugging the application. For this application, I want to use a PIC18 to test how easily code can be taken from mid-range PIC microcontroller applications and ported to the PIC18. In many ways this application is an experiment with some interesting results, especially in the development of fuzzy logic applications and what I learned about them (see Figs. 21.54 and 21.55). The circuit used for this project was taken from the motor controllers that I have presented elsewhere in this book. The circuit shown in Figs. 21.56 and 21.57 (with the bill
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Figure 21.54 ernor circuit.
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The completed fuzzy logic fan gov-
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of materials listed in Table 21.27) was built on a small prototyping card, as you can see in Fig. 21.54. Using point-to-point wiring, it took me about 5 hours to wire the application, with a few problems that I ll outline below. When I built this board originally, I used a Dallas Semiconductor DS-275 voltagestealing RS-232 interface. This chip had problems because the re ected data on the TX line, returning the data sent on the receiving line (a function of this type of RS-232 interface), caused problems with the fuzzyTECH tool during the fuzzy logic development. To get the RS-232 interface to work correctly, the MAX 232 was substituted. Unfortunately, installing this chip was a major exercise in point-to-point wiring.
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