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sy5
- 本实验将实现如下功能:利用外部中断,实现与实验3类似的效果,即:通过ALIENTEK战舰STM32开发板上载有的4个按钮(WK_UP、KEY0、KEY1和KEY2),来控制板上的2个LED(DS0和DS1)和蜂鸣器,其中WK_UP控制蜂鸣器,按一次叫,再按一次停;KEY2控制DS0,按一次亮,再按一次灭;KEY1控制DS1,效果同KEY2;KEY0则同时控制DS0和DS1,按一次,他们的状态就翻转一次。 -The experiment will achieve the following f
USB-Generic-HID-Demo_
- PIC18f4550 usb communication firmware demo to toggle led state written in c
ETA_Tamper
- First software with AVR Tiny13: reads a digital input and copy it to an output LED it also toggle anothed output LED every 100 msec.-First software with AVR Tiny13: reads a digital input and copy it to an output LED it also toggle anothed output LED
test2
- PC口接8个拨动开关K1-K8,PB口接8个LED。初始由开关K1-K8设定8位不同的值,当执行程序后LED按K1-K8初始设定的值点亮,并向右流动(8255A工作在0方式),同时在数码管上显示“8255---A”。-PC port access 8 toggle switches K1-K8, PB port access 8 LED. The initial setting by the switch K1-K8 eight different values, when executing
qdq
- 1、8255a基本输入输出:能够在自行设计的接口开发板上,实现拨动 开关控制LED的亮灭。 2、流水灯设计实现:能够在自行设计的接口开发板上,实现拨动不同开关控制LED灯的变化。例如,K1从左往右,K2从右往左,K3从中间向两边,K4从两边向中间依次亮灭变化。 3、数码管:能够在自行设计的接口开发板上,实现拨动不同开关,数码管显示该开关位置值(1-8);若同时拨动两个以上开关,则数码管显示“E”。 -1,8255 a basic input and output: the abi
P1_1
- P1口作输出口,接八只发光二极管,编写程序,使发光二极管循环点亮。P1.0,P1.1作为输入口接两个拨动开关,P1.2,P1.3作输出口接两个发光二极管,编写程序读取开关状态,将此状态在发光二极管上显示出来。-P1 port as an output port, then eight light-emitting diodes, programming, making light-emitting diode light cycle. P1.0, P1.1 as an input port co
1
- msp430F5529 Toggle P1.0/LED
SRAM
- DE2-35 SRAM简单读写VHDL源码,可以通过开发板上拨动开关输入数据,在LED上显示读写情况-DE2-35 SRAM to read and write simple VHDL source code, can input data through the development board to toggle switch, display to read and write in LED.
digital_clock
- 本实验设计一个能够显示时、分、秒的数字时钟,时间在七段数码管上显示,显示数字为十进制数。通过开发板上的按键调整数字时钟的时间,分别用四个按键来控制分、时的增减,对于分、时的调整只影响本位,不产生进位或借位。各按键及数码管的功能要求如表1 所示。需要特别说明,因为开发板数码管的显示位宽不够,因此,通过一个开关进行切换选择(如:开,显示时分;关,显示分秒)。-When this experiment to design a display hours, minutes, seconds, digit
uart
- 硬件:TQ210(S5PV210) 功能:设置UART0,让板子与PC串口通信。 连接好串口后,打开电源,可在串口调试软件上显示如下信息: UART Test in S5PV210 1.LED1 Toggle 2.LED2 Toggle Please 1 or 2 to Toggle the LED 按下 1 可改变LED1状态,按下 2 可改变LED2状态。-Hardware: TQ210 (S5PV210) Function: Set UART0, let the
Embedded systems with arm cortex tiva-c excersice delay function
- This is part of code for test delay functions made it by me, i used some of kind memory function to remember when a switch is pressed and when is released, and go trhough a toggle function to turn on/off a led on the board, the trainning board i used
shumaguan
- 七段数码管驱动,在DE2开发板上通过拨动开关输入数字,在数码管中显示-Seven-segment LED driver, the DE2 board to enter numbers by toggle switch in the digital tube display
Tx
- CC1101+PA,868M。不定长模式,收发通过按键触发。-Simple RF Link to Toggle Receiver s LED by pressing Transmitter s Button * Warning: This RF code example is setup to operate at either 868 or 915 MHz, * which might be out of allowable range of operation in certain
STM8S_TIMER2
- Using Timer2 of the STM8 microcontroller to toggle the led on PIND3
Blinker
- Using IAR for GPIO of STM8 to toggle led on PIND3
DMD_for-p10
- - High speed display connection straight to SPI port and pins. - A full 5 x 7 pixel font set and character routines for display. - A numerical and symbol 6 x 16 font set with a colon especially for clocks and other fun large displays. - Special
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
SciCommsGui
- User can toggle LED TI GUI with using this code. Board - F28335-User can toggle LED TI GUI with using this code. Board - F28335
gpio_vcsharp_demo_v1
- Toradex C Win32 DLL toggle led by GPIO pin
tt3
- stm32f toggle led stm32f toggle led