In the previous microcomputer control system and industrial production的简体中文翻译

In the previous microcomputer contr

In the previous microcomputer control system and industrial production, in order to ensure production safety, some important parameters or system components set up an emergency alarm system, in order to remind the staff attention and take corresponding emergency measures to ensure the safety of equipment and workers. In this method, the data collected by the sensor is scaled and compared with the upper and lower limits previously set. If it is within the alarm range, it will display and control the normal value for sampling. The dividing design USES an alarm circuit designed by cicadas. The design of cicada buzzer alarm circuit only needs to use the pressure type buzzer, and then through a 51 single chip microcomputer I0 port through the driver buzzer alarm sound can achieve alarm function. Piezoelectric buzzer current 10ma, we can use tt1 integrated circuit 7406 or 7407 low level buzzer, also can choose? The product is driven by the pole tube.In the figure, the FM signal terminal is connected to the microcontroller P2. 0io port, the other end is connected to the transistor base. 0 output, high level, transistor, piezoelectric buzzer to obtain working voltage buzzer: when p2. When the output power is low, the transistor is cut off and the buzzer does not work.This design is for the temperature and humidity in the measurement of temperature and humidity on the upper limit exceeding the alarm, connected with I "at the MCU AT89C51 P2.0. When the temperature and humidity pass the limit, the P2.0 port is set to 0 and the system starts to work.
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结果 (简体中文) 1: [复制]
复制成功!
在以前的微机控制系统和工业生产中,为了确保生产安全,一些重要的参数或系统组件设置了紧急报警系统,以提醒员工注意并采取相应的应急措施,以确保设备和工人的安全。 。在这种方法中,将传感器收集的数据缩放并与之前设置的上限和下限进行比较。如果在警报范围内,它将显示并控制采样的正常值。除法设计使用了蝉设计的报警电路。蝉蜂鸣器报警电路的设计只需要使用压力型蜂鸣器,然后通过一个51单片机的I0口,通过驾驶员蜂鸣器发出报警声即可实现报警功能。压电蜂鸣器电流10ma 我们可以使用tt1集成电路7406或7407低电平蜂鸣器,还可以选择吗?产品由极管驱动。<br>在图中,FM信号端子连接到微控制器P2。0io端口,另一端连接到晶体管基极。0输出,高电平,晶体管,压电蜂鸣器获得工作电压蜂鸣器:当p2时。当输出功率低时,晶体管被切断,并且蜂鸣器不工作。<br>该设计用于温度和湿度的测量,在温度和湿度的上限超过警报的上限时,在MCU AT89C51的P2.0上与I相连。当温度和湿度超过限制时,P2.0端口为设置为0,系统开始工作。
正在翻译中..
结果 (简体中文) 2:[复制]
复制成功!
In the previous microcomputer control system and industrial production, in order to ensure production safety, some important parameters or system components set up an emergency alarm system, in order to remind the staff attention and take corresponding emergency measures to ensure the safety of equipment and workers. In this method, the data collected by the sensor is scaled and compared with the upper and lower limits previously set. If it is within the alarm range, it will display and control the normal value for sampling. The dividing design USES an alarm circuit designed by cicadas. The design of cicada buzzer alarm circuit only needs to use the pressure type buzzer, and then through a 51 single chip microcomputer I0 port through the driver buzzer alarm sound can achieve alarm function. Piezoelectric buzzer current 10ma, we can use tt1 integrated circuit 7406 or 7407 low level buzzer, also can choose? The product is driven by the pole tube.<br>In the figure, the FM signal terminal is connected to the microcontroller P2. 0io port, the other end is connected to the transistor base. 0 output, high level, transistor, piezoelectric buzzer to obtain working voltage buzzer: when p2. When the output power is low, the transistor is cut off and the buzzer does not work.<br>This design is for the temperature and humidity in the measurement of temperature and humidity on the upper limit exceeding the alarm, connected with I "at the MCU AT89C51 P2.0. When the temperature and humidity pass the limit, the P2.0 port is set to 0 and the system starts to work.
正在翻译中..
结果 (简体中文) 3:[复制]
复制成功!
在以往的微机控制系统和工业生产中,为了保证生产安全,一些重要参数或系统部件设置了紧急报警系统,以提醒工作人员注意并采取相应的应急措施,保证设备和工人的安全。在这种方法中,传感器收集的数据被缩放,并与先前设置的上限和下限进行比较。如果在报警范围内,则显示并控制采样正常值。分割设计采用了蝉的报警电路。本设计的蝉鸣报警电路只需使用压力式蜂鸣器,然后通过51单片机的I0接口通过司机蜂鸣器发出报警声即可实现报警功能。压电蜂鸣器电流10ma,我们可以使用tt1集成电路7406或7407低电平蜂鸣器,也可以选择?产品由极管驱动。<br>在图中,FM信号终端连接到微控制器P2。0io端口,另一端连接到晶体管底座。0输出,高电平,晶体管,压电蜂鸣器获得工作电压蜂鸣器:p2时。当输出功率低时,晶体管被切断,蜂鸣器不工作。<br>本设计是针对温湿度测量中温湿度超过报警上限的问题,在单片机AT89C51上连接I“P2.0。当温度和湿度超过限制时,P2.0端口设置为0,系统开始工作。<br>
正在翻译中..
 
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