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ripple-lookahead-carryselect-adder
- Ripple Adder: 16-bit 全加,半加及ripple adder的设计及VHDL程序 Carry Look ahead Adder:4, 16, 32 bits 前置进位加法器的设计方案及VHDL程序 Carry Select Adder:16 Bits 进位选择加法器的设计方案及VHDL程序-Ripple Adder : 16-bit full adder, semi-Canada and the ripple adder design and VHDL procedur
cla_dc
- a demo scr ipt of \"carry lookahead adder\" for synopsys design compiler
cla_src
- carry lookahead adder verilog program
lookahead
- implement of carry look ahead adder vith verilog
CLAA_32_BITS
- A 32-bit carry lookahead adder
VHDL-ripple-lookahead-carryselect-adder
- vhdl code for ripple carry adder, carry select adder and carry look ahead adder
carry-lookahead-adder
- ddr 2 model by jaswant singh
adder
- 设计一个16×16位的流水线乘法器。 乘法器部分采用16×16进位保留(Carry-save)阵列构成。 最后一行部分积产生单元要求采用超前进位构成。 -Design of a 16 x 16 pipelined multiplier. Multiplier by 16 x 16 carry save array ( Carry-save ). The last line of the partial product generation unit requires u
lab1
- 一个21位先行进位加法器的代码 交作业和毕设必备,自己写的,不完全地方请指出 -A 21-bit carry-lookahead adder code homework and must complete set up, wrote it myself, not exactly place please indicate
add4_fast_carry
- 一个4位超前几位加法器的设计,在modelsim中仿真通过。-This is a carry lookahead adder design, which is simulated successfully in modelsim.
EX8
- 累计进位加法器和超前进位加法器,数字逻辑课程作业-Cumulative carry lookahead adder and adder, digital logic course work
CLA
- CLA adder:use vhdl to write the carry-lookahead adder which is a type of adder used in digital logic-CLA adder
con_addr_32
- 因为二进制加法的进位只可能是1或0,所以可以将32位加法器分为8块(最低一块由4位先行进位加法器直接构成,其余加法结构都采用先行进位加法器结构)分别进行加法计算,除最低位以外的其他7块加法器结构各复制两份,进位输入分别预定为1和0。于是,8块加法器可以同时进行各自的加法运算,然后根据各自相邻低位加法运算结果产生的进位输出,选择正确的加法结果输出。-Because binary adder carry only be 1 or 0, so it can be 32-bit adder is div
claa
- vhdl code for carry lookahead addder
32bit_add
- 32位进位选择加法器 用四位先行进位加法器扩展成32位二进制加法器-32 carry select adder Used four carry-lookahead adder extended to 32-bit binary adder
test2
- 实验要求: (1)画出5位逐级进位和超前进位加法器的电路图,要求在图中表明输入、输出信号、中间信号等全部相关的信号,且信号命名应和图中的标注一一对应; (2)不能使用课本中的FOR循环语句,VHDL的赋值语句应和电路图一一对应; (3)VHDL代码和仿真波形要保存。 (4)关于超前进位加法器,可以参照课本P160设计。 (5) 要求提交设计报告,按照深大实验报告的标准格式,同时需要代码,仿真结果和综合电路图。 -The experimental requirements:
adder
- 实验要求: (1)画出5位逐级进位和超前进位加法器的电路图,要求在图中表明输入、输出信号、中间信号等全部相关的信号,且信号命名应和图中的标注一一对应; (2)不能使用课本中的FOR循环语句,VHDL的赋值语句应和电路图一一对应; (3)VHDL代码和仿真波形要保存。 (4)关于超前进位加法器,可以参照课本P160设计。 (5) 要求提交设计报告,按照深大实验报告的标准格式,同时需要代码,仿真结果和综合电路图。 -The experimental requirements:
Adder_12bit
- 带进位的12位宽超前进位加法器,可以在工程中直接调用。使用Verilog HDL编写。-A 12-bit wide carry lookahead adder with carry bit, that can be called directly in the project. Written using Verilog HDL.
cla
- Carry Lookahead verilog source file
carry-look-ahead
- it's implementation for carry lookahead adder in vhdl