本文介绍了一种多探头输入利用无线数据进行传输的湿度控制仪，给出了单元电路图和程序流程图。
In this paper, we introduce a humidity controller using wireless data transmission system with multi-probe, and present the unit circuit and the program flow chart.
本文介绍了用8031单片机研制的定电流，多脉冲电阻焊机控制器的硬件电路及软件程序的特点。
The hardware circuit and software program features of the given current, multi-pulsed resistance welding machine controller developed 8031 single chip processor are introduced in this paper.
最后对用于实现信号多场累积和象差处理的帧处理器及其逻辑控制电路作了简要说明。
Finally, the frame processor used for carrying out multiple-field cumulation and image-difference processing and its logical control circuits are briefly treated.
该方案的系统组成包括PC机软件、LXI接口电路、控制模块、多通道dds系统和加法器。
This system could include the PC software, LXI interface circuit, control module, multi-channel DDS system, and the Adder module.
设计了单片机控制双臂电桥测量低电阻电路、多谐振荡测量电容电路、辅助调平电桥电路、输出显示等电路。
The two-arm bridge measuring low resistance circuit of MCU control, multivibrator measuring electric capacity, auxiliary leveling bridge circuit, output display circuit are designed.
系统硬件电路包括音频数字信号源实现声音信号产生、数字声强级控制、多机数据通信、液晶显示和电源等模块单元。
System hardware circuit audio digital signal source achieve this functions: sound signals, sound intensity level control, data communications, liquid crystal display, alarm and power.
系统设计采用了计算机、控制、通信、网络和电路设计等多领域的较先进技术，使系统具有较完备的控制功能和丰富的监测功能。
Many relatively advanced techniques, which are involved to computer, control, communication, network, and circuit design techniques are used in this system.
本文介绍了多轴位置控制卡的结构及原理，并详细介绍了VHDL语言在多轴位置控制卡电路设计中的应用。
In this paper, the construction and principle of multi-axis position control module are introduced. At the same time the application of VHDL to carry out the work is discussed in detail.
文章就采用中大规模集成电路设计一个新型的多波形发生器，并由单片机系统控制其输出频率和幅度的步进调节，实现数码显示等展开了讨。
The step adjustment of the generator output frequency and amplitude is controlled by a single chip microcomputer in order to realize the digital display.
按照模块化设计思路，将通信器的硬件电路分为电力线通信模块、微处理器控制模块和电源耦合模块，集中器比通信器多一个RS-232C接口模块。
Depending on the idea of modular design, the communicator is decomposed to PLC module, MCU module, power and coupling module, while the collector has one more module: RS-232C interface module.
按照模块化设计思路，将通信器的硬件电路分为电力线通信模块、微处理器控制模块和电源耦合模块，集中器比通信器多一个RS-232C接口模块。
Depending on the idea of modular design, the communicator is decomposed to PLC module, MCU module, power and coupling module, while the collector has one more module: RS-232C interface module.
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