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By Richard R. Eckert

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Answer: Both the 6805 and the 6808 contain a very wide range of peripheral devices. Most contain the basic modules discussed in this chapter (Timer, Serial I/O, and ADC), whilst some do not have the ADC. 6. What is the maximum amount of external memory that can be connected to the 6811 microcontroller? Can this external memory be used for either program or data memory? Answer: The 6811 microcontroller supports the use of external memory by using the Ports B and C as an external data/address bus.

The time to complete the program loop once is 4µs. The LED will be off for 1µs and on for 3µs and the flash rate will be 250kHz. Clearly, we will not be able to see the LED flashing. A delay between turning the LED on and off, and another between turning it off and on again will allow the LED flashing to be observed. We will look at how to produce a delay later, but for now assume that a delay routine has been produced as a sub-program. This can be invoked using the instruction CALL delay, where delay is the name of the sub-program.

The PIC17cxx and PIC17Cxx series place the reset vector at the bottom of the memory map (in a ROM area). (This change in position of the reset vector might be to standardise the position of the reset vector in the memory map of later devices produced by Microchip). 7 The PIC Instruction Set We will now look at some of the instructions used by the PIC microcontroller. The PIC instruction set falls into three groups: • Bit operations • Byte operations • Literal/Control operations Most of these instructions execute in a single clock cycle.

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