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These two instructions perform the same operations as the mid-range operations
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without requiring the temp variable to store the current copy of w. The PIC17Cxx s processor can access 64 kB of 16-bit words of program memory, either internally or externally to the chip. Each instruction word is given a single address, so to address the 64 kB of words (or 128 kB), 16 bits are required. From the application developer s perspective, these 16 bits can be accessed via the PCL and PCLATH registers in exactly the same way as in low-end and mid-range PIC microcontrollers. While PIC17-based microcontrollers continue to be available for sale, they are really only available to existing applications this line has not seen the constant improvements and upgrades of the other three architectures. Whereas the other architectures all have Flashbased parts with upgraded peripherals and are being built on smaller chip geometries, no new PIC17 devices have been introduced since around 1998, and the parts that are available are EPROM-based and do not have many of the peripherals available in the other PIC microcontroller architectures. The main feature for selecting the PIC17 architecture, the ability to access external memory devices, is available in the PIC18 architecture, which makes the PIC17 redundant. For this reason, I have not concentrated on the PIC17 architecture in this book and suggest that if you are looking for PIC microcontrollers capable of accessing large amounts of external memory, look at the PIC18 architecture.
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PIC18 ARCHITECTURE
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It is unfortunate, but the rst diagram that you see when you open up the PIC18Cxx s datasheet is Fig. 6.24. This block diagram, while very accurate, is very imposing. Like
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PIC18 processor architecture.
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the process I used with the mid-range PIC microcontrollers, I want to work through the various processor features of the PIC18 to let you see how the different pieces t together, without being overwhelmed. In the following sections I will help round out your understanding of the PIC18 s registers and program counter operation based on what I have already presented for the mid-range PIC microcontrollers. It will be surprising to you, but the PIC18 is probably the easiest PIC microcontroller for which to develop assembly-language code. This is due to its large linear register space that can be accessed simply and multiple index registers that are able to operate like a data stack with pushes and pops. Further simplifying the software development process are new instructions, including new subtract instructions that work in a more conventional manner than those of the other PIC microcontroller architectures. These additions reduce the amount of thinking (and remembering) involved in developing application code for the architecture, and as time goes on with Microchip working to broaden the line, I can see the fourth edition of this book focusing on the PIC18 architecture and presenting the other two as devices to consider for speci c applications. In Fig. 6.25 I have tried to show that the registers are all contained in a 4,096-byte contiguous register space. What is important to realize (and may not be very clear in Fig. 6.25) is that the WREG register provides an input to the ALU as well as a possible destination to all the arithmetic and bitwise instructions. When registers are accessed directly, an 8-bit address is speci ed in the instruction. To access every byte within the register space, a 4-bit BSR register has been provided with the ability to select each 256-register bank. As I will show in the next section, direct register access has some shortcuts you can take advantage of to avoid using the BSR in your applications.
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