搜索资源列表
100vhdl0621
- VHDL应用程序100例,适合初学者研究及练习 其中包含加法器译码器等多程序。-100 samples of VHDL, it is fit for beginner to study and practice. Adding machine, decoder and others are included.
1_ADDER
- 这个是带输入的加法器vhdl代码,是带有输入端和进位的.-with imported Adder VHDL code, which is input into and spaces.
89_full_adder
- 这个是带先行进位的加法器的vhdl代码,比较复杂,仅仅供大家参考.-into first place with the addition of VHDL code more complicated, just for reference.
jiafaqi
- 实现四位加法器的VHDL代码,里面含有全加器的代码-achieve four Adder VHDL code, which contains the full adder code
nbit_Adder
- VHDL——N位加法器设计-VHDL -- N-adder design RECOMMENDATIONS
VHDLEXAMPLEppt
- 介绍8位加法器、分频电路、数字秒表的PPT,带源码,解释详细,一步一步学习,是学习VHDL的好-introduced eight Adder, the frequency divider circuit, digital stopwatch, the PPT, with the source code, explained in detail, step by step, learning, VHDL is a good learning Eastern
Digital_LED
- 用quartusII编写的,基于vhdl语言的按键加法器,从0到11,也可通过拨码开关控制,从11到0
4_Adder_Unique
- Quartus2实现的四位进制并行加法器 用VHDL语言实现
multi8x8
- 该源码为8位乘法器的VHDL语言描述,由一个8位右移寄存器,2个4位加法器例化成8位加法器,一个16位数据锁存器构成。采用移位相加的方式,从被乘数的低位开始,与乘数的每个位移位相加求和。最后实现其乘法器功能。-The source code for the 8-bit multiplier in VHDL language to describe, from an 8-bit right shift register, two 4-bit adder example into 8-bit add
BCD_adder_4digit
- 首先将最大四位的整数转换成BCD码,然后用VHDL设计一个4位BCD码加法器,-BCD_adder_4digit
a_serial_adder
- 一位串行加法器,是用MAXPLUSII实现VHDL程序的编程-A serial adder is used MAXPLUSII programming VHDL implementation
VHDLexample
- 步进电机控制,直流电机控制,加法器,状态机等等经典的VHDL例子程序。-Stepper motor control, DC motor control, adders, state machines, etc. The classic example VHDL procedures.
44
- 加法器测试平台,具有键盘输入,屏幕显示功能-Adder test platform with a keyboard input, screen display
mul
- 加法器树乘法器结合了移位相加乘法器和查找表乘法器的优点。它使用的加法器数目等于操作数位数减 1 ,加法器精度为操作数位数的2倍,需要的与门数等于操作数的平方。 因此 8 位乘法器需要7个15位加法器和64个与门-Adder tree multiplier multiplier combination of shift and add multiplier advantage of look-up table. It uses the adder operand is equivalent to
testZ
- 八位加法器的原理图实现方法和一位半加器 全加器的原理图实现-Eight adder schematic diagram of the method and a half adder full adder schematic diagram of the realization of
add
- 采用VHDL语言写的ADD加法器,并有原理图式-VHDL language used to write the adder ADD and the principle of schema
adder
- 本设计是做了一个32位超前进位加法器,能够快速计算-This design is made of a 32-bit lookahead adder, to quickly calculate
VHDL
- 加法器、寄存器、半加器、译码器的硬件描述语言的描述-describe summator ,register,half adder,decoder with VHDL
1
- 用VHDL语言设计全加器的设计方法,使用元件例化的方法设计多位加法器-VHDL language design full adder design method using component instantiation approach to design multi-bit adder
LAB
- SAM VHDL编码,包括数据选择器,加法器,简易逻辑电路,有限状态机等(FSM SAM ALU and many other different parts)