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串口通讯硬件仿真测试
- 232串口测试程序。// 软件模拟测试说明: // 1.这个测试采用查询方式进行串口通讯 // 2.将软件仿真环境的晶震设为11.0592 MHz // 3.软件模拟全速运行, 观察波特率是1200bps // 4.在串口1中输入数字或字母,可观察到通讯是否有误。-232 serial testing procedures. / / Software simulation tests : / / 1. The test inquiries conducted using seri
chuankoubiancheng
- 串口编程--接收PC发过来的字符串,回发字符串.发送期间中断控制LED灯闪烁 采用外部晶振22.1184MHz 使用定时器1,方式2产生波特率,SMOD = 0或者1 定时器初值X=256-SYSCLK*(SMOD+1)(BAUDRATE*384) -Serial Programming -- receiving PC sent the string, the string back. During this interruption control LED lights exter
51baudrate
- 51波特率计算辅助工具，可以选择晶振频率，然后输入你要的波特率，即可以帮你算出十六进制的数值。-51 baud rate calculation aids, can choose crystal frequency, and then you have to input the baud rate, which can help you calculate the hexadecimal values.
MBmagCPV3.1
- 485多机通信+lcd液晶显示，内附源码及电路仿真（我自己做的，我也是初学，）-More than 485 communication+ lcd liquid crystal display, containing source code and circuit emulation (I do, I am also a beginner,)
uv916hex
- An RS232 port controls a TSA5512 via a PIC16F84 This allows a TV tuner to be scanned across its full range. 4MHz crystal for the PIC, the tuner has it s own internal crystal. Use a MAX232 for level shifting. SCL RB6 SDA RB5 Din RA1 Dout
PCD5003A
- The PCD5003A is a very low power decoder and pager controller specifically designed for use in new generation radio pagers. The architecture of the PCD5003A allows for flexible application in a wide variety of radio pager designs. The PCD5003
cominit.RAR
- 串口通讯定时器初值计算的一个小工具。再也不用复杂的计算了，直接点击晶振频率和想要的波特率，就可以得到定时器初值。-Serial communication timer initial parameters of a small tool. No more complicated calculations, and direct hits crystal frequency and desired baud rate, you can get the timer initial value.
LCDDIPLAY
- 实现液晶显示，多数据处理，多个文件编译，头文件的运用-Achieve liquid crystal display, multi-data processing, multiple file compilation, header files, the use of
include
- 打开串口调试程序，将波特率设置为9600，无奇偶校验晶振11.0592MHz，发送和接收使用的格式相同 -Open the serial debugger, the baud rate is set to 9600, no parity crystal 11.0592MHz, send and receive using the same format
USART
- 实验名称：串口通信实验 功能描述：计算机通过串口向开发板发送数据，开发板将数据原样送回。 实验目的：学习串口通信 实验说明：MCU--M128 内部8M晶振 连接方式：利用串口线将开发板和计算机相连。-Experiment name: functional descr iption of serial communication experiment: a computer through the serial port to send data to the deve
7MSP430F149-use-USART1-to-define-P4
- 使用MSP430F149芯片，透过串口与电脑通信，波特率9600,8数据，无校验。使用32.768k晶振，使用P3.6和P3.7口作为发送和接收口，使用异步通信USART1，采用查询形式。实现通信，当单片机接收到以S结尾以W开始的字符串时，单片机会把中间的数据赋值给P4口。-MSP430F149 chip through the serial port to communicate with the computer, baud rate 9600 data, no parity. 32.768
uart
- max232串口通讯程序,主要连接好串口或者usb转串口至电脑，打开串口调试程序，将波特率设置为9600，无奇偶校验，晶振11.0592MHz，发送和接收使用的格式相同，设置好后即可进行串口通信。-max232 serial communication program, mainly connected to the serial port or usb to serial port to the computer, open the serial debugger, set the baud
NRF24L01P
- 1． <MCU-fasong>发送端固定发送0x01,0x02……0x32,32字节数据 2． <PC-jieshou>接收端串口和PC连，当接收到后，打开串口助手或者超级终端软件，对接收到数据进行检验， 当接收到的也是0x01,0x02……0x32,32字节数据表示接收正确 其中波特率选择9600 3.晶振使用XT2 8M,测试环境MSP430F149-1. <MCU-fasong> Sending end is fixed to sen
STC51-BMP085
- // BMP085 IIC测试程序 // 使用单片机STC89C51 // 晶振：11.0592M // 显示：LCD1602 // 编译环境 Keil uVision2 // 参考宏晶网站24c04通信程序-//BMP085 IIC test procedure //chip STC89C51 //Crystal: 11.0592M //display: LCD1602 //Keil compiler environment uVision2 /
Serial-port-to-send-and-receive-data
- 打开串口调试程序，波特率9600，无奇偶校验，晶振11.0592MHZ,发送和接收使用的格式相同， 如都使用字符型格式，在发送框输入“hello，I love you”,在接口框中同样可以看到相同字符 -Open the serial debugging procedures, 9600 baud rate, no parity, crystal 11.0592MHZ, sent and received using the same format, In the use of ch
KU_F803（进度条的函数）
- 本程序为Franklin/keil C51源程序，可以在所有51系列（或兼容）单片机中运行 程序中给出了设计方法,通过修改TIMEth使本程序适用于各种晶振及各种波特率.(This program is a franklin/keil c51 source program, can run in all 51 series (or compatible) single chip computer program gives the design method, through modifying