I have some problem with the implementation of unsigned decimal to binary conversion. I need this conversion for my 32-bits fast adder design. Could anybody tell me how to hold an unsigned decimal value in verilog? my algorithm for the code is as below: module converter(A, B,...
However, BCD requires more memory and processing power than other binary representations, so it is generally only used where decimal arithmetic is needed.Related Topics Digital Fundamentals Verilog Tutorial Verification SystemVerilog Tutorial UVM Tutorial...
Verilog中的Signed Decimal与Signed Magnitude区别 在Vivado仿真中,若想切换数值显示类型,在Radix中可以选择切换,如下图所示。 但在我调试过程中,不明白Signed Decimal与Signed Magnitude区别 因此做测试如下: 1、当变量为正数时 设置数据显示类型为Signed Magnitude,结果如下 设置数据显示类型为Signed Decimal,结果如下 2...
im trying to make a BCD converter with 5 input but there is something wrong with what I have here. --- Quote End --- Actually there is not 'something' wrong: that code is completely wrong. Google "binary bcd converter verilog" and you'll get tons of code samples. ...
The described decimal floating-point adder was modeled in Verilog at the register transfer level. Functional testing was performed on several corner cases as well as on over one million random cases. In particular, the signs, operations, rounding modes, and significand values used during the test...
I have some problem with the implementation of unsigned decimal to binary conversion. I need this conversion for my 32-bits fast adder design. Could anybody tell me how to hold an unsigned decimal value in verilog? my algorithm for the code is as below: module ...