该集成电路通过对数字输入端口的输入数据的调节，灵活的控制了高压开关集成电路输出信号的频率和脉宽。
This integrated circuit control the frequency and pulse width of the high voltage IC output signal conveniently by adjusting the input date of IC digital input port.
本发明的测量模块采用级联方式，依次控制下一测量模块的电源控制开关，在完成测量后输出测量数据。
The measuring modules of the system adopt a cascade method, control the power control switch of the next measuring module and then output the measuring data after the measurement.
论文中还给出了开关量输入、开关量输出、通信模块、时钟电路、数据存储器、按键电路和频率跟踪电路等各功能模块的选择方法和设计原理。
And the selection and design of switch-in module, switch-out module, communication module, clock module, data storage module, keys module and frequency detecting module are also discussed.
第二预解码开关阵列用以接收数字数据，当数字数据在一第三范围内时预解码部份数字数据以及输出电压。
The second pre-decoding switch array is used for receiving the digital data, and pre-decoding the partial digital data and outputting the voltage when the digital data are within a third range.
第一预解码开关阵列用以接收数字数据，当数字数据在一第二范围内时预解码部 份数字数据以及输出电压。
The first pre-decoding switch array is used for receiving the digital data, and pre-decoding the partial digital data and outputting the voltage when the digital data are within a second range.
水平起始掩蔽信号使开关截止，直到供应从源极驱动器输出的与液晶面板的图像数据对应的信号为止。
The horizontal start masking signal turns off the switches until signals output from the source driver, which correspond to image data of the liquid crystal panel, are supplied.
本文采用P 89 V 51rd2单片机作为系统的微处理器，负责进行智能控制算法运算，数据采集，变频器控制信号输出，开关量输入输出等。
In the thesis, I choose P89V51RD2 microprocessor to be in charge of the intelligent control algorithms, data acquisition, inverter control signal output, switching input and output.
主要开关阵列用以接收数字数据并于数字数据在一第一范围内时输出电压。
The main switch array is used for receiving the digital data and outputting the voltage when the digital data are within a first range.
论文中利用建立的物理模型对开关输出电脉冲的上时间，以及开关线性波形和非线性波形之间的延迟时间进行计算，结果与实验测量数据相吻合。
The risetime of electrical pulse and the delay-time between the linear model and nonlinear model are calculated in this paper, and the results match the experimental measure.
仪表实现了复费率电能计量、2-31次谐波分析、参量报警、开关量输入输出、液晶显示、人机交互和RS485数据通信功能。
Realize multi-rate billing, 2-31 harmonic analysis, parameter alarm, switch input and output, LCD display, human-computer interaction and RS485 communication.
仪表实现了复费率电能计量、2-31次谐波分析、参量报警、开关量输入输出、液晶显示、人机交互和RS485数据通信功能。
Realize multi-rate billing, 2-31 harmonic analysis, parameter alarm, switch input and output, LCD display, human-computer interaction and RS485 communication.
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