Spartan-3

  Let’s start with the representation of floating point numbers in this article.   ii. Representation of floating point numbers   Floating Point Numbers The term floating point is derived from the fact that there is no fixed number of digits before and after the decimal point. There are also representations in which the number of digits before and after the decimal point is set, called fixed-point representations. Floating Point […]

32 bit Floating point addition using FPGA PART-II

 in TechLogic / Technology  tagged 32Bit Addition / Electronics / Floating point / IEEE 754 / Modelsim / Spartan-3 / Testbench / VLSI / Xilinx by
  This article is base on a project executed on the Spartan-3 kit. Let’s get on with what exactly the article will consist of: Arithmetic circuits form an important class of circuits in digital systems. Tremendous progress in the very large scale integration (VLSI) circuit technology has led to simplify, many complex circuits. Algorithms that seemed impossible to implement have now become attractive implementation possibilities for the future. The article […]

32 bit Floating point addition using FPGA (PART-I)

 in Technology  tagged 32Bit / Addition / Electronics / Floating point / IEEE 754 / Modelsim / Spartan-3 / Testbench / VLSI / Xilinx by