Download Digital Systems Design and Prototyping: Using Field by Zoran Salcic PDF
By Zoran Salcic
Digital structures layout and Prototyping: utilizing box Programmable Logicand Description Languages, moment Edition covers the topic of electronic platforms layout utilizing vital applied sciences: box Programmable common sense units (FPLDs) and Description Languages (HDLs). those applied sciences are mixed to assist within the layout, prototyping, and implementation of a complete diversity of electronic platforms from extremely simple ones changing conventional glue good judgment to very complicated ones personalized because the functions require.
Three HDLs are offered: VHDL and Verilog, the commonly used common languages, and the proprietary Altera HDL (AHDL). The chapters on those languages function tutorials and comparisons are made that convey the strengths and weaknesses of every language.
A huge variety of examples are utilized in the outline of every language offering perception for the layout and implementation of FPLDs.
With the addition of the Altera UP-1 prototyping board, all examples may be demonstrated and validated in a true FPLD.
Digital structures layout and Prototyping: utilizing box Programmable Logicand Description Languages, moment Edition is designed as a sophisticated point textbook in addition to a reference for the pro engineer.
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Additional info for Digital Systems Design and Prototyping: Using Field Programmable Logic and Hardware Description Languages
6(b). Reprogrammability allows the circuit manufacturer to test all paths in the FPGA by reprogramming it on the tester. " Since on-chip programming is done with memory cells, the programming of the part can be done an unlimited number of times. This allows prototyping to proceed iteratively, re-using the same chip for new design iterations. Reprogrammability has advantages in systems as well. In cases where parts of the logic in a system are not needed simultaneously, they can be implemented in the same reprogrammable FPGA and FPGA logic can be switched between applications.
A detailed presentation of both of Altera’s interconnect and routing mechanisms is given in Chapter 2. 6 Design Process The complexity of FPLDs has surpassed the point where manual design is desirable or feasible. The utility of an FPLD architecture becomes more and more dependent on automated logic and layout synthesis tools. The design process with FPLDs is similar to other programmable logic design. Input can come from a schematic netlist, a hardware description language, or a logic synthesis system.
The design process usually begins with the capture of the design. Most users enter their designs as schematics built of macros from a library. An alternative is to enter designs in terms of Boolean equations, state machine descriptions, or functional specifications. Different portions of a design can be described in different ways, compiled separately, and merged at some higher hierarchical level in the schematic. Several guidelines are suggested for reliable design with FPLDs, mostly the same as those for users of MPLDs.