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## verilog code for pipelined bcd multiplier filetype pdfPosted by: Created at: Thursday 22nd of November 2012 08:05:23 AM Last Edited Or Replied at :Saturday 10th of August 2013 02:19:39 PM | verilog code for pipelined bcd multiplier filetype ,
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I require verilog code on pipeli..................[:=> Show Contents <=:] | |||

## implimentation of can using vhdl full reportPosted by: seminar topics Created at: Tuesday 16th of March 2010 05:08:01 AM Last Edited Or Replied at :Friday 26th of November 2010 02:57:35 AM | implimentation of can using vhdl pdf ,
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Error Each CAN frame includes a 15 bit CRC at the end. These CRC bits are calculated for bits beginning at Start of Frame bit to last bit of the Data Frame. If any errors are found in the calculated CRC of the received frame an Active Error or Passive Error Frame is generated immediately after the Ack Delimiter Bit. Stuff Error The part of the CAN frame between the Start of Frame (SOF) and the CRC delimiter is covered by bit stuffing rules. The CAN bus does not have synchronization information. The nodes synchronize themselves by changes in the bit levels. Therefore, the CAN frame f.................. [:=> Show Contents <=:] | |||

## DESIGN AND IMPLEMENTATION OF RADIX-4 BOOTH MULTIPLIER USING VHDL projectPosted by: computer science technology Created at: Friday 29th of January 2010 07:05:17 AM Last Edited Or Replied at :Monday 11th of November 2013 06:06:09 PM | radix 4 booth recoding ,
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a 1, the multiplicand is simply copied down and represents the product. If the multiplier digit is a 0 the product is also 0. For designing a multiplier circuit we should have circuitry to provide or do the following four things: It should be capable identifying whether a bit is 0 or 1. It should be capable of shifting left partial products. It should be able to add all the partial products to give the products as sum of partial products. It should examine the sign bits. If they are alike, the sign of the product will be a positive, if the sign bits are opposite product will be negative................... [:=> Show Contents <=:] | |||

## Fast Redundant Binary Partial Product Generators for Booth MultiplicationPosted by: electronics seminars Created at: Saturday 09th of January 2010 06:15:05 AM Last Edited Or Replied at :Saturday 09th of January 2010 06:15:05 AM | booth multiplication vhdl code ,
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rithm to reduce the number of partial products was first proposed by Booth . The Booth algorithm was based on the fact that only fewer partial products need to be generated for a multiplier consisting of consecutive ones or zeros. An efficient algorithm was later proposed by McSorley, known as the modified Booth algorithm or radix- 4 Booth multiplication, which reduced the number of partial products by half . The next step involves the addition of these partial products in the fastest manner possible. Speeding up the addition of partial products required faster adders. The majo.................. [:=> Show Contents <=:] | |||

## Implementation of stepper motor control using VHDL on FPGAPosted by: electronics seminars Created at: Tuesday 01st of December 2009 07:05:35 AM Last Edited Or Replied at :Wednesday 27th of July 2011 11:06:06 PM | FPGA ,
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GA. DESCRIPTION: The main aim of project is to control the stepper motor using the Very high speed integrated circuit hardware description language. The main use of this project is to control the stepper motor in antenna systems, floppy drives etc for high accuracy and .................. [:=> Show Contents <=:] | |||

## DUAL PORT FIFOPosted by: computer science crazy Created at: Thursday 17th of September 2009 11:26:23 AM Last Edited Or Replied at :Saturday 08th of September 2012 06:34:39 PM | DUAL PORT FIFO ,
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uilding block in most designs, especially in the area of communications where it is used frequently
for packet work. Although very useful in its basic form, the standard FIFO does lack two attributes;
autonomy and cascadability. Unfortunately..................[:=> Show Contents <=:] | |||

## Multiplier Accumulator Component VHDL ImplementationPosted by: seminar projects crazy Created at: Friday 14th of August 2009 05:36:54 AM Last Edited Or Replied at :Thursday 23rd of February 2012 05:25:46 AM | Implementation,
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. As digital systems have become more complex, detailed design of the systems at the gate and
flip-flop level has become very tedious and time consuming. For this reason, use of hardware
description languages in the digital design process continues to grow in importance. A hardware description language allows a digital system to be designed and debugged at a higher level before conversion to the gate and flip-flop level. Use of synthesis CAD tools to do this conversion, is becoming more widespread. This is analogous to writing software programs in a high level language such as C, and then .................. [:=> Show Contents <=:] | |||

## Design of Manchester Encoder-decoder in VHDLPosted by: seminar projects crazy Created at: Friday 14th of August 2009 05:30:15 AM Last Edited Or Replied at :Sunday 13th of November 2011 10:07:10 PM | VHDL,
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hes to describing hardware. These three different approaches are the structural, data flow, and
behavioral methods of hardware description. Most of the time a mixture of the three methods are emp..................[:=> Show Contents <=:] |

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