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- MSP430的12位AD驱动程序 [05-10-29] 74HC165驱动程序 [05-10-29] 74HC595驱动程序-MSP430 12 AD driver [05-10-29] 74HC165 driver [05-10-29] Bit Drivers
sourc1212e
- MSP430的LCD驱动程序 [05-10-29] 74HC165驱动程序 [05-10-29] 74HC595驱动程序-MSP430 LCD driver [05-10-29] 74HC165 driver [05-10-29] Bit Drivers
C51_mchip
- 两个移位寄存器74HC595与74HC165编程-two shift register with the 74HC165 Bit Programming
3
- 电子钟程序，显示部分使用的是74HC595串转并芯片，键盘部分则使用了74HC165并转串芯片。
用74hc165和74hc595实现键盘输入和led显示的电路图
- 用74hc165和74hc595实现键盘输入和led显示的电路图,74hc165 and achieve 74hc595 with keyboard input and display circuit led
74LS13874HC16574HC595
- 74LS138及用74HC165 74HC595串行方式实现的数码管显示.rar
HC595HC165drive
- 74hc595 and 74hc165 driver
165fehhtyjuk
- ATmega48/88/168的PB5是SPI时钟输出，接74HC595/74HC165的移位时钟输入端；PB4是SPI的MISO数据输人，接74HC165的数据输出；PB3是SPI的MOSI数据输出，接74HC595的串行数据输入端SER；PB2接74HC595/74HC165的锁存时钟输入端。 -ATmega48/88/168 the PB5 is the SPI clock output, then 74HC595/74HC165 shift clock input PB4 is the
vfd-disp-clock
- 台达变频器面板做的时钟 经典74HC595 及74HC164程式-DALET INVERTER DIY CLOCK 74HC165 74HC595 AP
74hc165
- 本例子是用硬件SPI接口循环发送一个变量到74HC595，并且在数据发送完毕后通过单片机的另外一个IO接口PB2输出一个“锁存”脉冲 ，使74HC595把移位寄存器的数据输出到锁存寄存器,并驱动8个LED输出，实现来回流水的效果。-This example is using the hardware SPI interface to send a variable to the loop 74HC595, and after the data is sent through the microc
AVR-74HC165
- ICCAVR,加仿真图，有74HC595.74HC165芯片子程序，SEG显示 -ICCAVR, plus simulation Figure 74HC595.74HC165 chip subroutine, the SEG show
HC595_HC165_C
- 采用74hc165 IO扩展采集八个io信号，采用74HC595进行IO扩展进行出处八个引脚，采用74hc452扩展多个595芯片，可以扩展无数个IO口-With 74hc165 IO expansion collected eight io signal 74HC595 IO expansion provenance eight-pin, using 74hc452 extended more than 595 chip, can be extended to numerous IO port
595-165
- 使用74HC595和74HC165实现八个按键输入，四位LED数码管显示，并有外部调用函数。-Use 74HC595 and 74HC165 achieve the eight keys to enter the four-digit LED digital tube display, and call functions outside.
C---74hc165
- 一位数码管显示0-F的数字 目的：1.通过本例程了解 74HC595（串入并出）基本原理和使用2.熟悉用STM32控制595程序处理3.比较STM32与51的区别-A digital display 0-F digital purposes: 1. Understanding through this routine 74HC595 (string into and out of) the basic principles and use 2. Familiar with STM32 contr
74HC595_74HC165
- ATmega48/88/168的PB5是SPI时钟输出，接74HC595/74HC165的移位时钟输入端；PB4是SPI的MISO数据输人，接74HC165的数据输出；PB3是SPI的MOSI数据输出，接74HC595的串行数据输入端SER；PB2接74HC595/74HC165的锁存时钟输入端。-PB5 The ATmega48/88/168 SPI clock output connected to the input end of a 74HC595/74HC165 the shift c