By Vikram Arkalgud Chandrasetty
ISBN-10: 146141119X
ISBN-13: 9781461411192
This publication offers perception into the sensible layout of VLSI circuits. it really is geared toward beginner VLSI designers and different fanatics who want to comprehend VLSI layout flows. assurance comprises key ideas in CMOS electronic layout, layout of DSP and communique blocks on FPGAs, ASIC entrance finish and actual layout, and analog and combined sign layout. The method is designed to target useful implementation of key parts of the VLSI layout strategy, on the way to make the subject available to beginners. The layout thoughts are established utilizing software program from Mathworks, Xilinx, Mentor images, Synopsys and Cadence.
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This has the effect of making the transmitted signal assume a noise-like appearance so as to blend into background. The transmitted signal thus enabled to propagate through the channel undetected by anyone who may be listening. Spread spectrum is a method of “camouflaging” the information bearing signal. In this design, the noise effect is not modeled as the transmitter and receiver is on the same FPGA board without any air interface. Synchronization techniques [1]: For proper operation of DS-SS system, the locally generated PN sequence in the receiver is synchronized to the PN sequence of the transmitter generator in both its 28 2 FPGA Application Design Fig.
Html. Vahid F, Lysecky R (2007) Verilog for digital design. Wiley, Hoboken Chapter 3 ASIC Design The evolution in the VLSI industry contributing to the rapid technology changes, tremendous competition among vendors and demand in the market for ICs all these factors have led to consider the time to market factor with utmost importance. With maximum performance and least turnaround time, ASIC seems to be the best option to meet the ever growing demands for quality chips. In this chapter, a comprehensive study on the ASIC design flow with various constraints is done along with an implementation of two simple systems to demonstrate the concept.
A signed multiplier is designed using BOOTH multiplier algorithm [5]. The BOOTH algorithm used to implement the signed multiplier is as follows: • The multiplicand X and multiplier Y is loaded into a register. Bit adjustment is made with X and Y so that bits length of X and Y are equal. Bit ‘0’ is padded in order to achieve it • An accumulator is used to store the result. The length of the accumulator should be twice the length of multiplicand or multiplier. A = 2X or 2Y • The multiplicand X is loaded into the accumulator from LSB • A dummy bit of 0 is appended with the accumulator A at the LSB • During the multiplication operation, the pair of LSB of the accumulator and the dummy bit is considered to follow further arithmetic operations • Depending on the bit pair obtained in the previous step, following operations are performed: ○○ “00” – Arithmetic shift right of the Accumulator.
VLSI Design: A Practical Guide for FPGA and ASIC Implementations by Vikram Arkalgud Chandrasetty
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