Advanced PIC Microcontroller Projects in C: From USB to RTOS by Dogan Ibrahim

By Dogan Ibrahim

This ebook is perfect for the engineer, technician, hobbyist and scholar who've wisdom of the fundamental rules of PIC microcontrollers and wish to improve extra complex functions utilizing the 18F sequence. The structure of the PIC 18FXXX sequence in addition to ordinary oscillator, reset, reminiscence, and input-output circuits is totally certain. After giving an creation to programming in C, the ebook describes the venture improvement cycle in complete, giving info of the method of enhancing, compilation, errors dealing with, programming and using particular improvement instruments. the majority of the e-book supplies complete information of attempted and proven hands-on tasks, resembling the 12C BUS, USB BUS, CAN BUS, SPI BUS and real-time working structures. * a transparent advent to the PIC 18FXXX microcontroller's structure * 20 tasks, together with constructing instant and sensor community functions, utilizing I2C BUS, USB BUS, CAN BUS and the SPI BUS, which offer the block and circuit diagram, software description in PDL, application directory and software description. * a number of examples of utilizing developmental instruments: simulators, in-circuit debuggers (especially ICD2) and emulators * A CDROM of the entire courses, hex listings, diagrams, facts sheets and tables

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29 Dividing the numbers: 111 10 j――― 1110 10 -- -- -- -11 10 -- -- -- -10 10 -- -- -- -00 gives the result 1112. 0036, and so forth. Floating point numbers are used in most engineering and technical calculations. The most common floating point standard is the IEEE standard, according to which floating point numbers are represented with 32 bits (single precision) or 64 bits (double precision). In this section we are looking at the format of 32-bit floating point numbers only and seeing how mathematical operations can be performed with such numbers.

39 Write the decimal equivalent of BCD number 1001 1001 0110 00012. 24 Summary Chapter 1 has provided an introduction to the microprocessor and microcontroller systems. The basic building blocks of microcontrollers were described briefly. The chapter also provided an introduction to various number systems, and described how to convert a given number from one base into another. The important topics of floating point numbers and floating point arithmetic were also described with examples. 25 Exercises 1.

10 Writing the binary equivalent of each hexadecimal digit: F = 11112 E = 11102 3 = 00112 C = 11002 The binary number is 11111110001111002. 10 Converting Hexadecimal Numbers into Decimal To convert a hexadecimal number into decimal, calculate the sum of the powers of 16 of the number. 11 Convert hexadecimal number 2AC16 into decimal. 11 Calculating the sum of the powers of 16 of the number: 2AC16 ¼ 2 Â 162 þ 10 Â 161 þ 12 Â 160 ¼ 512 þ 160 þ 12 ¼ 684 The required decimal number is 68410. 12 Convert hexadecimal number EE16 into decimal.

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