实施串口FIFO的双数据指针-Implementing a-Abstract: The Dallas Semiconductor high-speed microcontroller family allows the system designer to optimize serial communications via the internal UART...

快速内存传输的超高速闪存微控制器-Fast Memory T-Abstract: The Dallas Semiconductor Ultra High-Speed Flash microcontroller features dual data pointers with auto increment/decrement and to...

A Collection of Extended Math-Abstract: This article gives assembly code examples for reserving internal memory, simple ASCII conversion, 32-bit subtraction, 16x16 multiple and 32-bit divide using 8051...

伪随机数生成常规的MAX765x微处理器-Pseudo-Ra-Abstract: This application note gives a function for random number generation using the MAX7651/52 microcontroller with 12-bit analog-to-digital...

性能优异的1-Wire网络驱动器-摘要：本文介绍了一种基于微控制器的1-Wire主机接口，适用于小规模、中等规模以及大规模的1-Wire网络。采用精细的阻抗匹配和...

高速8051微控制器：引领成长与创新之路-摘要：本文介绍了Dallas Semiconductor对传统8051微控制器的改进技术，创造了引脚兼容的高性能替代产品，能够达到3...

微控制器时钟―选择晶振谐振槽路、RC振荡器还是硅振荡器？-摘要：晶振、陶瓷谐振槽路、RC (电阻、电容)振荡器以及硅振荡器是适用于微控制器(C)的四种...

Driving LEDs with Constant Cur-Abstract: This application note discusses techniques to drive LEDs with the MAX6956 and MAX6957 IC and SPI constant current static LED drivers. These techniques can be ap...

Driving LEDs with Open Drain P-Abstract: This application note discusses techniques for driving LEDs with the MAX6964, MAX6965, MAX7313, MAX7314, MAX7315 and MAX7316 I/O expanders (GPIOs). These techni...

驱动LED与推挽输出端口扩展器-Driving LEDs w-Abstract: This application note discusses techniques for driving LEDs, using the MAX7300, MAX7301, MAX7310, MAX7311, and MAX7312 I2C and SPI I/O e...