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4bit_buma_adder
- Verilog作业 ：自己写的源码输入，补码输出的，由状态机控制的四位加法器，为保证时序，加法器模块为超前近位加法器，包含测试台，通过 Modelsim 、Synplify仿真。-Verilog operation: the source code to write their own input, complementary code output by the state machine to control the four adder, in order to ensure timing
adder17
- 实现17位加法，利用一个16位超前进位加法器和一个一位全加器构成的一个有进位输入和进位输出的17加法器，并且16位加法器利用的使四位超前进位加法器构成。它在booth乘法器设计中经常用到。可以使初学者对模块的调用了解更加透彻。-Adder 17 to achieve the use of a 16-bit CLA, and a one-bit full adder composed of a binary input and binary output of the adder 17, and
adder
- 4位二进制数比较器，将两个4位二进制数进行比较-4-bit binary comparator, two four binary comparison
temperaturedetectSorcecode
- four bit ripple carry adder
four_bit_full_adder_with_time_analysis
- four bit adder with time analysis and testbench
FOURBITRIPPLECARRYADDER
- four bit ripple carry adder implented in 3 models of vhdl-four bit ripple carry adder implented in 3 models of vhdl
examples
- four bit adder with carry
fulladder
- Simple four bit full adder using concatenation in VHDL.
cadence_multi-threshold
- linux下(fedora版本)的cadence中编译4位全加器的实现, 在不同的阈值电压调解下观察点路的总体power和速度,以及逻辑的正确性. 可能会用到NCSU的FREEPDF工具包-this is a package of three projects, low-vth, high-vth, and optimum architecture vth four bit full adder design. In the environment of Cadence and then sim
four-bit-mul
- 用加法器乘法树实现四位乘法器。绝对可以实现，大家不妨下来-Achieved with the four adder tree multiplier multiplication
adder_verilog
- This file is a four bit adder verilog code. its function is to add. it has other verilog files as we-This file is a four bit adder verilog code. its function is to add. it has other verilog files as well
Question1
- a four bit adder implemented with verilog programming
Four-bit-full-adder
- 四位全加器，是自己编写的，如有错误，请原谅-I have written four full adder, is subject to error, please forgive
AND_GATE
- four bit adder for developer with efficient work
assg-5-(serial-bit-adder)
- 4 bit adder using four full adder’s structural modeling style
4bitaddr
- design of a four-bit adder in vhdl
adder
- 这是一个四位二进制加法器，输入为两个4位二进制数，输出为5位二进制数，最高位是进位-This is a four bit binary adder, input two binary numbers 4, 5 binary output, the most significant bit is the carry-
four_bit_adder
- four bit adder digital circuits vhdl
04-Four-Bit-adder
- Four Bit adder using VHDL source code
FourBit_Adder
- vhdl code for a four bit adder