By David Harris, Sarah Harris
Electronic layout and laptop structure takes a different and sleek method of electronic layout. starting with electronic good judgment gates and progressing to the layout of combinational and sequential circuits, Harris and Harris use those primary construction blocks because the foundation for what follows: the layout of an exact MIPS processor. SystemVerilog and VHDL are built-in through the textual content in examples illustrating the equipment and methods for CAD-based circuit layout. via the tip of this booklet, readers may be capable of construct their very own microprocessor and may have a top-to-bottom figuring out of ways it really works. Harris and Harris have mixed an attractive and funny writing sort with an up-to-date and hands-on method of electronic design.
This moment version has been up to date with new content material on I/O platforms within the context of common function processors present in a computer in addition to microcontrollers chanced on virtually in all places. the hot version presents sensible examples of ways to interface with peripherals utilizing RS232, SPI, motor keep an eye on, interrupts, instant, and analog-to-digital conversion. High-level descriptions of I/O interfaces present in computers contain USB, SDRAM, WiFi, PCI exhibit, and others. as well as increased and up-to-date fabric all through, SystemVerilog is now featured within the programming and code examples (replacing Verilog), along VHDL. This re-creation additionally presents extra workouts and a brand new appendix on C programming to reinforce the relationship among programming and processor architecture.
SECOND variation Features
* Covers the basics of electronic common sense layout and reinforces good judgment innovations during the layout of a MIPS microprocessor.
* beneficial properties side-by-side examples of the 2 such a lot widespread Description Languages (HDLs)-SystemVerilog and VHDL-which illustrate and examine the methods every one can be utilized within the layout of electronic systems.
* contains examples through the textual content that improve the reader's realizing and retention of key ideas and techniques.
* better half site comprises hyperlinks to CAD instruments for FPGA layout from Altera and Mentor photographs, lecture slides, laboratory initiatives, and strategies to exercises.
* up-to-date in keeping with teacher suggestions with extra routines and new examples of parallel and complex architectures, functional I/O purposes, embedded structures, and heterogeneous computing
* provides electronic procedure layout examples in either VHDL and SystemVerilog (updated for the second one variation from Verilog), proven side-by-side to check and distinction their strengths
* features a new bankruptcy on C programming to supply valuable necessities and boost the relationship among programming and processor architecture
Companion website comprises hyperlinks to Xilinx CAD instruments for FPGA layout, lecture slides, laboratory tasks, and ideas to workouts.
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Additional info for Digital Design and Computer Architecture (2nd Edition)
If you know 210 ≈ 1 thousand, 220 ≈ 1 million, 230 ≈ 1 billion, and remember the powers of two up to 29, it is easy to estimate any power of two in your head. 6 ESTIMATING POWERS OF TWO Find the approximate value of 224 without using a calculator. Solution: Split the exponent into a multiple of ten and the remainder. 224 = 220 × 24. 220 ≈ 1 million. 24 = 16. So 224 ≈ 16 million. Technically, 224 = 16,777,216, but 16 million is close enough for marketing purposes. 1024 bytes is called a kilobyte (KB).
2/2 = 1, so 0 goes in the 32’s column. Finally 1/2 = 0 with a remainder of 1 going in the 64’s column. Again, 8410 = 10101002. 1 . 4 . 3 Hexadecimal Numbers Writing long binary numbers becomes tedious and prone to error. A group of four bits represents one of 24 = 16 possibilities. Hence, it is sometimes more convenient to work in base 16, called hexadecimal. 2. Columns in base 16 have weights of 1, 16, 162 (or 256), 163 (or 4096), and so on. 3 HEXADECIMAL TO BINARY AND DECIMAL CONVERSION Convert the hexadecimal number 2ED16 to binary and to decimal.
Speed and energy will be discussed throughout this book. 1 . 7 . 4 nMOS and pMOS Transistors Technicians in an Intel clean room wear Gore-Tex bunny suits to prevent particulates from their hair, skin, and clothing from contaminating the microscopic transistors on silicon wafers (© 2006, Intel Corporation. Reproduced by permission). A 40-pin dual-inline package (DIP) contains a small chip (scarcely visible) in the center that is connected to 40 metal pins, 20 on a side, by gold wires thinner than a strand of hair (photograph by Kevin Mapp.
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