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Search - unsigned vhdl divider

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[Internet-Network] subr

Description: VHDL 8位无符号除法器 试验报告 计算前在A和B端口输入被除数和除数，然后在Load线上送高电平，把数据存到除法计算电路内部，然后经过若干个时钟周期，计算出商和余数，并在C和D端输出。 其实现方法是，将除法器分为两个状态：等待状态与运算状态。 开始时除法器处于等待状态，在该状态，在每一时钟上升沿，采样Load信号线，若是低电平，则仍处于等待状态，如果采样到高电平，除法器读取A，B数据线上的输入数据，保存到内部寄存器a_r，b_r，置c_r为0，d_r为a_r，判断除数是否为零，若不为零则进入运算状态。 -VHDL eight unsigned divider calculation of the test report before the A and B ports to import and dividend divider, and then sent to I Load line, the data are uploaded to the internal division calculation circuit, and then after a number of clock cycles, and worked out more than a few, and in the C-and D output. Their method is to be divided into two division for the state : waiting for the state and Operational state. At the beginning divider waiting for the state, in the state in each clock rising edge, sampling Load signal line, if low-level, it is still waiting for the state, if the sampling to allow high output, Divider read A, B online data input data, preservation of the internal registers renovation r, b_r, home c_r 0, d_r a_r to determine whether the divisor zero, if not zero, it
Platform: | Size: 83109 | Author: aa | Hits:

[ISAPI-IE] subr

Description: VHDL 8位无符号除法器 试验报告 计算前在A和B端口输入被除数和除数，然后在Load线上送高电平，把数据存到除法计算电路内部，然后经过若干个时钟周期，计算出商和余数，并在C和D端输出。 其实现方法是，将除法器分为两个状态：等待状态与运算状态。 开始时除法器处于等待状态，在该状态，在每一时钟上升沿，采样Load信号线，若是低电平，则仍处于等待状态，如果采样到高电平，除法器读取A，B数据线上的输入数据，保存到内部寄存器a_r，b_r，置c_r为0，d_r为a_r，判断除数是否为零，若不为零则进入运算状态。 -VHDL eight unsigned divider calculation of the test report before the A and B ports to import and dividend divider, and then sent to I Load line, the data are uploaded to the internal division calculation circuit, and then after a number of clock cycles, and worked out more than a few, and in the C-and D output. Their method is to be divided into two division for the state : waiting for the state and Operational state. At the beginning divider waiting for the state, in the state in each clock rising edge, sampling Load signal line, if low-level, it is still waiting for the state, if the sampling to allow high output, Divider read A, B online data input data, preservation of the internal registers renovation r, b_r, home c_r 0, d_r a_r to determine whether the divisor zero, if not zero, it
Platform: | Size: 82944 | Author: aa | Hits:

[VHDL-FPGA-Verilog] dividers.tar

Description: 无符号类型的除法器,有VHDL语言描述了无符号的除法器,包括测试文件-Unsigned type of divider, a VHDL language description of the divider unsigned, including the test file
Platform: | Size: 5120 | Author: asdtgg | Hits:

[VHDL-FPGA-Verilog] divider

Description: 此代码用于实现基2的SRT除法器设计，可以实现400MHz以上的32位定点无符号数除法器（除数、被除数和余数均由16位整数和16位小数组成，商由32位整数和16位小数构成,包括源代码和测试文件，可以直接仿真。-This code used to realize the base 2 SRT divider design, you can realize more than 400MHz unsigned 32-bit fixed-point divider number (divisor, dividend and the remainder by the 16-bit integer and 16 fractional composition operators from 32-bit integer and 16 decimal places, including the source code and test files, you can direct simulation.
Platform: | Size: 2048 | Author: 朱秋玲 | Hits:

[VHDL-FPGA-Verilog] divide

Description: 除法器的设计本文所采用的除法原理是：对于八位无符号被除数A，先对A转换成高八位是0低八位是A的数C，在时钟脉冲的每个上升沿C 向左移动一位，最后一位补零，同时判断C的高八位是否大于除数B，如是则C的高八位减去B，同时进行移位操作，将C的第二位置1。否则，继续移位操作。经过八个周期后，所得到的C的高八位为余数，第八位为商。从图(1)可清楚地看出此除法器的工作原理。此除法器主要包括比较器、减法器、移位器、控制器等模块。-Divider design used in this paper, the principle of division is: For the eight unsigned dividend A, the first of A into the high-low 8 0 8 is the A number of C, in each clock rising edge to the left C Mobile One, and finally a zero, at the same time to determine whether C is greater than the high-8 divisor B, so is the high C 8 minus B, at the same time shift operation, the location will be C s second one. Otherwise, continue to shift operation. After eight cycles, received a high C for more than eight the number of eighth place for the business. From Figure (1) can clearly see that the divider works. This mainly includes divider comparators, subtraction, and shifter, controller modules.
Platform: | Size: 1024 | Author: lyy | Hits:

[VHDL-FPGA-Verilog] baweichufaqi

Description: 介绍了利用VHDL实现八位除法,采用层次化设计,该除法器采用了VHDL的混合输入方式,将除法器分成若干个子模块后,对各个子模块分别设计,各自生成功能模块完成整体设计,实现了任意八位无符号数的除法。 -Introduced the use of VHDL to achieve eight division, the use of hierarchical design, the divider using VHDL mixed-input methods, will be divided into several sub-divider module, for each sub-modules were designed, each generation of functional modules to complete the overall design, implementation arbitrary number of 8 unsigned division.
Platform: | Size: 4096 | Author: 佘斌 | Hits:

[VHDL-FPGA-Verilog] dividend4

Description: 本设计是一个八位被除数除以四位除数，得到不超过四位的商的整数除法器。被除数、除数、商和余数都是无符号整数。-The design is an eight dividend divided by the divisor of four, to be not more than 4 business integer divider. Dividend, divisor, and remainder are unsigned integers.
Platform: | Size: 485376 | Author: howardmu123 | Hits:

[VHDL-FPGA-Verilog] HG_chufaqi_clajiafaqi

Description: VHDL基-16位的无符号除法器，超前进位加法器可改位数。-VHDL-based-16 bit unsigned divider, CLA can be the median.
Platform: | Size: 2048 | Author: Huanggeng | Hits:

[VHDL-FPGA-Verilog] divider

Description: 四位无符号二进制除法器的设计,这是整个的工程文档，应该对大家有用-4 unsigned binary division Design
Platform: | Size: 67584 | Author: 郝李鹏 | Hits:

[Algorithm] divider

Description: 16位定点无符号数除法器，除数、被除数均由16位整数和16位小数组成，商由32位整数和16位小数构成，余数由32位小数组成-Unsigned 16-bit fixed-point divider, divisor, dividend by 16-bit integer and 16 fractional bits, commercial 32-bit integer and 16 by the decimal form, the remainder from 32 fractional bits
Platform: | Size: 1024 | Author: liuyi | Hits:

[VHDL-FPGA-Verilog] chufaqi

Description: 介绍了一种使用可编程逻辑器件FPGA和VHDL语言实现32位除法器的设计方法。该除法器不仅可以实现有符号数运算,也可以实现无符号数的运算。-A programmable logic device FPGA and VHDL design of the 32 divider. The divider can be achieved not only symbolic arithmetic, unsigned op.
Platform: | Size: 2048 | Author: guoting | Hits:

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