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shuji
- 计数器用一个开关K控制,当K=1时,可逆加法计数器进行计数,K=0时可逆减法计数器进行计数,即可构成一个具有清零和预置功能的可逆加减法计数器-counter with a control switch K, K = 1, the reversible addition counter for counting, K = 0 reversible subtraction counter for counting, with constitutes a reset and preset functi
Module=99ReversibilityCounter
- 设计功能及要求 设计M=99的十进制加/减可逆计数器 (1)接通电源时电路能自启动; (2)手动分别实现加、减计数和自动实现加减可逆计数; (3)用数码管显示计数数值。 (4)给定元件:74LS192、74LS00、74LS76、74LS48及LED。
kn_cnt256
- 此程序实现的是可逆计数器,通过对外部引脚的设置,何种进制。 -Realization of this process is reversible counter, through the external pin settings, what kind of band.
keni.c
- 描述了可逆计数器的编程方法原理及应用表述详细-kenijishuqi
counter_5_reversible
- 带置位的同步可逆(加1或减1)5进制计数器。-Reversible synchronous with the set (plus one or minus 1) 5 binary counter.
8sfdsd
- 用VHDL实现的八位可逆计数器,可作为交流学习使用。-VHDL implementation with eight reversible counter can be used as the exchange of learning to use.
123
- 可预置可逆4位计数器可预置可逆4位计数器
counter4
- 用有限状态机实现16位可逆计数器,有使能位,可以异步清零-16 reversible counter finite state machine, the enable bit asynchronous clear
Digital-system-EDA
- 四位二进制数可预置可逆计数器设计 学习使用MAX+PlusⅡ文本编辑器的模板输入方法,熟悉常用语句的语法现象,掌握VHDL功能描述和结构描述的方法。-Four binary number can be preset the reversible counter design learning using a text editor MAX+Plus Ⅱ template input method, familiar with common statement syntax phenomenon
cPP
- 设计一个带计数使能、异步复位、异步装载、可逆计数的通用计数器。计数结果由七段数码管显示-Designed with a count enable, asynchronous reset, asynchronous loading, reversible counting universal counter. Counting results from the seven-segment LED display
UART
- system C编程实现16进制可逆计数器-system C programming counter
Desktop
- verilog 实现的可逆计数器及4-7译码器,实现并行置数,加减计数功能 -verilog achieve reversible counter and 4-7 decoder, set the number of parallelism, subtraction counting function
shiyan11
- 计数器 12位 可逆 进位(Counter)