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仿进口温控器的按键程序
- 说明:这个程序与温控仪设置方式一样。SET选择设置模式;LEFT键选择需要设置的位;UP键加置数,如果按住UP键不放就自动向上计数,最大值999;DOWN键减置数,如果按住DOWN键不放就自动向下计数,一直到0。待设置的位是高亮显示的。-Note : This temperature control procedures and the same instrument setup. SET select Settings mode; LEFT button to select the need
cnt_up_down
- It s a counter which count to up, when on the all positions are "1", it count to down
Dev_io
- 基于CYPRESS CY7C68013 usb2.0的开发程序,该程序演示了访问IO的编写方法。-This directory contains the dev_io 8051 firmware The purpose of this software is to demonstrate how to use the buttons and LED on the EZ-USB developer s kit. The device I/O example progr
up_down_counter
- 32 bit up/down counter with count enable based on altera fpga
HW3
- Write VHDL codes to model an 8-bit counter that counts every second. It counts from your last two digits of your student ID to your next two digits of your student ID. If the last two digits are greater than the next two digits, the counters counts d
counter
- 不同频率的两个计数器,第一个计数器向上技术,第二个当第一个计满后向下计数-Two different frequency counter, a counter up the first technical, the second when the first after the expiration of a count down
lcdcounter
- vhdl code for the counter program that can be used to count down and count up
hw3
- Write VHDL codes to model an 8-bit counter that counts every second. It counts from your last two digits of your student ID to your next two digits of your student ID. If the last two digits are greater than the next two digits, the counters counts d
counter
- this count down and up from 0-9
Lab10_shift_register_4b
- 设计一个能够递增和递减的8位双向循环计数器. (1)采用异步复位,复位后从第一个有效时钟的上跳沿开始计数;如果此时 dir=1 ,则递增计数,否则, 递减计数。 (2)输出 count 为 8 位; (3)对电路进行全面仿真。 (4)设计模块名为: counter8b_updown(count, clk, reset, dir) 测试平台的模块名为: tb_counter8b_updown() -The design of an incremen
51_counter
- 基于51单片机的简易计数器的设计,能够实现正技术和倒计数,计数值通过数码管进行显示。-A simple counter designed with 51microcontroller, which can count up or down, and the number is displayed on digital tube.
rad10
- 利用basys2实现十进制加减可逆计数器,拨码开关键SW1为自动可逆加减功能键,当SW1为HIGH时,计数器实现自动可逆模十加减计数功能,即4个七段数码管上几乎同步显示0—1—2—3—4—…9—8—7—…0—1…的模十自动可逆加减计数结果;当SW1为LOW时,计数器按拨码开关键SW0的选择分别执行加减计数功能。即当SW0为HIGH时,计数器实现模十加计数功能,即4个七段数码管上几乎同步显示0—1—2—3—4—…9——0—1…的模十加计数结果;当SW0为LOW时,计数器实现模十减计数功能,即4个七
clock
- 用VHDL 语言设计数字钟,实现在数码管上显示分钟和秒,并且可以手动调节分钟, 实现分钟的增或者减。该设计包括以下几个部分: (1)分频电路的设计,产生1Hz 的时钟信号,作为秒计时脉冲; (2)手动调节电路,包括“时增”“时减”“分增”“分减”。 (3)时分秒计时电路。 (4)7 段数码管显示电路。 将 SW1 和SW2 初始状态均置为高电平。拨动开关SW1 到低,分钟进行加计数,秒停 止计数,当计数到59 时,从00 开始重新加计数,将SW1 拨动到高时,在当前状
