高功率，互补，线路驱动器输出保证干净，长电缆长度超过清晰的信号。
A high power, complementary, line driver output assures clean, crisp signals over long cable lengths.
高功率免费线路驱动器输出保证清洁，多长的电缆长度清晰的信号。
High power complimentary line driver outputs assure clean, crisp signals over long cable lengths.
根据飞行仿真模块的输出，通过坐标变换、比例限制、信号洗出和滤波等，形成运动平台的驱动信号。
On the basis of output of flight imitate system, the driving signal of flight simulation is formed by coordinates transforming, scale limiting, signal washout and filter.
实验采用单光路临界角法，用四象限探测器探测输出信号，物面微位移采用压电陶瓷作为驱动元件。
The experiment came into use single light path critical angle method, output signals were detected by four-quadrant receiver, micro-displacement drive element were piezoelectric ceramics.
讨论了AMLCD周边集成驱动电路中的延迟导致的输出信号的失真。
Output signal distort of the drive circuit due to rc delay in peripheral integrated AMLCD is discussed.
系统采用CPU驱动直流无刷电机转动，编码器输出的正余弦信号指示电机的位置。
The system with CPU drives the DC brushless motor, and the encoder indicates the motor position outputting the sine and cosine signal.
该系统控制pci数据采集卡输出驱动信号。
The system controls PCI data acquisition card to output the needed driving signals.
模拟电路主要实现了由物理闭环和增益控制闭环构成的驱动系统，以及对一次仪表输出信号进行预处理的信号预处理系统。
Analog circuit mainly realizes the drive system consisting of physical loop and gain-controlled loop and signal pre-processing system which ACTS on output signals from primary instrument.
控制器由内环和外环两部分组成，外环的输出信号作为内环所需的输入信号，内环产生一个同步驱动信号，实现对电流的快速控制。
The output signal of the outer loop ACTS as the input signal of the inner loop. The inner loop engenders a synchronism drive signal to control current.
系统以89C51单片机为核心处理器，配以外围电器驱动电路，实现了车速里程表从信号采集、处理、转化、输出显示的功能。
The System takes 89C51 MCU as core processor, equipped with exterior-drivers to realize the instrument functions from signal collection to disposal, translation and output.
最后由信号源发出测试数据进入系统，进行功能实现后输出数据绘制出波形图，对所设计的基带系统驱动方案进行验证分析。
Last, the test data sent out by signal generator comes into the system, plots the waveform from export data after the function is achieved, and gives validation analysis to the design method.
该系统采用光电编码器作为速度检测传感器，控制方式采用PID数字控制，控制输出采用PWM数字信号至驱动电路对电机调速。
This system USES photoelectric coder as speed detecting sensor, USES PID digital controller as control method, USES PWM signal as control output to regulate speed.
在回送模式中，驱动器输出在内部与接收器输入相连，建立一个内部信号通路以方便诊断测试。
While in loopback mode, driver outputs are internally connected to receiver inputs creating an internal signal path convenient for diagnostic testing.
所述投射控制单元从所述控制系统接收图像数据，并根据所接收的图像数据产生和输出驱动控制信号。
The projection control unit receives the image data from the control system, and generates and outputs a drive control signal depending on the image data received.
同时，在相同的电源电压下，BTL输出信号摆幅是半桥式放大器的2倍，因为负载是差分驱动的。
With the same supply voltage, the BTL signal output range is 2 times of Half-bridge amplifier due to the load with differential drive.
由PW M脉宽调制器驱动功率驱动电路，输出电流信号驱动比例电磁铁。
This output transferred thorough PWM driver circuit and changed into current signal to the proportional magnetic valve.
最终通过设计单片机控制程序来控制单片机系统的输出信号，从而控制机器人的驱动系统，使机器人按照引导线行进。
Finally the program controls the output signals of the MCU system and further controls the actuation system of the robot to guide the robot to move according to the line road.
修正信号的输出可以用于驱动一个简单的自动聚焦伺服器。
The output of this correction signal can be used to drive a simple auto-focus servo.
控制板包括信号采集模块、控制器和输出模块，控制器与高压水泵的驱动电机相连接。
The panel comprises a signal collect module, a controller and an output module, wherein the controller is electrical connected to a driver of the high pressure pump.
伽玛值电压选择电路用以根据特定亮度范围而输出特定伽玛值信号至数据电极驱动电路。
The gamma voltage selecting circuit is used to output special gamma value to data electrode driving circuit according to the special brightness range.
说明：由单片机的P1.0口输出音频信号，在P1.0口接三极管以驱动喇叭，最好用两个三极管构成达林顿结构。
Note: P1.0 port by the MCU output audio signal, the P1.0 port access transistor to drive the speakers, the best form with two Darlington transistor structure.
使用锁相放大器提供驱动信号，并同时检测对应于样品形变的输出信号。
A lock-in amplifier is used to supply the driving signal and to detect the output signal corresponding to the sample's strain.
应用该同步控制方案，可以在驱动系统结构和参数未知及不要求混沌参考信号连续可导的前提下，实现构造响应系统的输出渐近同步于任意标量混沌信号。
The output of the response system is controlled to asymptotically synchronize with any scalar chaotic signal without continuous derivatives of the driver system with unknown structure and parameters.
介绍了线阵CCD传感特性和CCD驱动时序；设计了一种新颖的基于嵌入式单片机的线阵CCD驱动电路、CCD输出模拟信号采集为一体的溶液质量分数检测系统。
A novel linear CCD drive circuit based on embeded MCU is proposed, and liquid quality fraction detection system is elaborated, which is composed of CCD analog output signal acquisition.
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.
视频开关矩阵完成对这些信号的统一切换，经放大驱动电路后输出到显示设备。
The video switching matrix completes the unified switching to these signals, which is output to display via amplifying-driving circuit.
该策略根据油门开度和发动机转速与离合器输出轴转速差，并通过控制离合器驱动机构的行程增量，满足驾驶员平稳、快捷的要求，同时具有所需输入信号少的特点。
The strategy controls the rotation speed difference between engine and the clutch drive mechanism distance increment. It makes it possible to satisfy the requirement of controlling smoothly and fast.
输入及输出通道均有一定的信号调理能力和自驱动能力，在多数控制场合下，可直接实现服务到端子。
The all I/O channels have an ability of adjusting signals and driving itself on certain level. The channels can be connected with the equipment directly in most control occasions.
开关量输出模块是将PLC内部低电压信号转换成驱动外部输出设备的开关信号，并实现PLC内外信号的电气隔离。
Output switch module is a low voltage PLC internal drive external signals into the switching signal output device and to achieve internal and external PLC electrical signal isolation.
高功率，互补，线路驱动器输出，保证廉洁，在长距离电缆长度清晰的信号。
High power, complementary, line driver outputs assure clean, crisp signals over long cable lengths.
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