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ATmega88_cn
- ATmega48/88/168产品特性 • 高性能、低功耗的8 位AVR® 微处理器 – 256/512/512 字节的EEPROM (ATmega48/88/168) 擦写寿命: 100,000 次 – 512/1K/1K 字节的片内SRAM (ATmega48/88/168) – 具有独立振荡器的实时计数器RTC – 六通道PWM – 8路10 位ADC(TQFP 与MLF 封装) – 6路10 位ADC( PDIP 封装) – 可编程的串
SPI_test
- AVR ATmega48 SPI最簡單測試碼！ 透過spi_data[x]陣列寫入想要傳送的資料， 而x則是控制傳送第x筆數，而接腳輸出則在PortB的預設接腳內，只要修改spi_data就可以透過示波器看到SPI的信號了！-AVR ATmega48 SPI test the most simple code! Through spi_data [x] array you want to send the information to write, and x is the contro
spi3-read1
- sample code for the protocol spi atmega-sample code for the protocol spi atmega88
spi_com
- 实现AVR ATmega48与ATmega168单片机SPI互连通信，采用主从切换方式。-Achieve AVR ATmega48 and the ATmega168 MCU SPI interconnect communications, use of master-slave switch method.
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
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
Atmega48_Spi_74HC595
- 利用atmega48三个I/O口模拟spi控制74HC595驱动4位数码管-Use atmega48 three I/O port simulation spi control 74HC595 drive four digital tube