UC知道高手翻译一下以下英文15，谢谢
来源：百度知道 编辑：UC知道 时间：2024/06/30 07:24:38
monitor circuit of the many sets of 8051 connected to the
PC.
Based on the hardware circuit, the DE port and RE
port of the 75176 are both connected to the T0 port of
the 8051. When T0=0, there is reception activation;
when T0=1, there is emission activation. The highest
baud rate of data transmission is 115,200 baud in a PC.
The 8051 serial port can only reach as high as
19,200 baud. One has to be careful in choosing the right
baud rate to eliminate the errors of data transmission
due to the baud rate being too high.
6 The results and analysis of the experiments
Following the completion of the hardware and software
of the tool monitor system, it is taken to the factory to
collect the cutting data and the laboratory-made analog
circuit tool monitor system (the circuit before entering
the A/D chip) is used to collect the cutting signals. The
signals are first recorded by a TEAC RD-145T signal
acqui
PC.
Based on the hardware circuit, the DE port and RE
port of the 75176 are both connected to the T0 port of
the 8051. When T0=0, there is reception activation;
when T0=1, there is emission activation. The highest
baud rate of data transmission is 115,200 baud in a PC.
The 8051 serial port can only reach as high as
19,200 baud. One has to be careful in choosing the right
baud rate to eliminate the errors of data transmission
due to the baud rate being too high.
6 The results and analysis of the experiments
Following the completion of the hardware and software
of the tool monitor system, it is taken to the factory to
collect the cutting data and the laboratory-made analog
circuit tool monitor system (the circuit before entering
the A/D chip) is used to collect the cutting signals. The
signals are first recorded by a TEAC RD-145T signal
acqui
监测电路中的多套8051连接到PC机. 基于该系统的硬件电路 撤销港口及港口转口的75176均连接到T0代港口的8051 . 当T0值=0 ,有酒会活化; 当T0值= 1 ,有活化的排放. 最高波特率数据传输是115,200波特在一个PC机. 8051串口只能高达19,200波特. 你要小心选择正确的波特率,以消除错误数据传输因 波特率过高所致. 6结果与实验结果的分析工作完成后,硬件和软件的监控工具 系统 它带到工厂搜集切削数据和实验室的模拟电路刀具监控系统( 电路,然后进入一/四芯片) ,是用来收集切割信号. 信号是首次记录到的teac失真145t收购信号,并分析了在实验室应用PC 或惠普562 (议案信号分析器)分析特征刀具破损. 有许多来源,强噪声信号工厂. 人们常常无法立即找到最佳参数优化破损识别. 噪声干扰内常常工厂废墟的结果. 因此, 刀具监控是一次测试离线直到精度足够高之前,也可用于在线 破损识别. 7结论,在真实世界的工厂,有多种类型的噪声信号,包括大功率电机运行,重型机械加工, 启动继电器,弧焊机,终止大型机器开动, 220 V交流电,电磁辐射, 切割晶片,粉尘等,使得一家工厂的一个非常严峻的环境下,为电子电路. 这种车床车削单片机的刀具监控系统方面积累了许多经验和失败的实验电路已改装 超过一百次,以适应环境的工厂. 整个过程中的实验结果可以归纳如下: 1 . 不放过任何一个可行的刀具监控系统的传感器 承认规则和设置的识别参数. 2 . 到目前为止,传感器仍是瓶颈的