The delay circuit is used for both frequency and phase adjustments of the output clock.
延迟电路可通用于输出时钟的频率调整以及相位调整这两方面。
The paper details the RTCC, OPTION register, prescaler and sync delay circuit principle and design feature.
文章详细讨论了RTCC、OPTION寄存器、预定标器及同步延时单元的电路结构、工作原理及设计特点。
It includes the time-base circuit, time set and delay circuit, input interface, clear and reset circuit etc.
内容包括时基电路、预置延时电路、输入接口、总清及加电复位等。
The electric quantity of the capacitance in the delay circuit can be discharged rapidly through the discharge circuit.
本延迟电路的电容电量能通过所述放电电路迅速释放。
Each of the delay paths can have any suitable number of inverters or any suitable number of another type of delay circuit.
每个延迟路径可具有任何合适数目的反相器或任何合适数目的其它类型延迟电路。
The switch circuit is composed of an emitter-coupled trigger circuit, an integral delay circuit and a monostable circuit.
其中开关电路由射极耦合触发电器、积分延时电路、单稳态电路三单元构成。
On the pulse frequency encoding of the antennas, the thesis provided the feedback units using multi closed loop delay circuit.
在光学天线频率编码分析中，本文提出了利用多光纤环级联代替单光纤环作反馈单元实现频率编码的思想。
The circuit 's working stability is improved greatly through anti-breakdown protection and adding appropriate time-delay circuit.
通过对高压器件的防击穿保护，并增加适当的延时电路，大幅度提高了驱动电路的工作稳定性。
And then, introduces the implementation of significant circuits, including data acquisition circuit and precision step delay circuit.
既而详细地介绍了数据采集、精密步进延迟等关键电路的设计实现。
This paper introduced a SCR electron delay circuit. Its delay time can be adjusted conveniently compared with the traditional delay cable.
介绍采用可控硅电子线路延时代替通常的电缆延时，延时时间任意可调。
The utility model is composed of a sensor, a signal amplification circuit, a comparison output circuit, a delay circuit and controllable silicon.
它由传感器、信号放大电路、比较输出电路、延时电路和可控硅组成。
Button control digital potentiometer X9511 is consists of time delay circuit removed dithering, mono - stability circuit, preventative dithering trigger.
按钮式控制数字电位器x 9511由延时去抖动电路、单稳电路、触发器组成。
The design process of the main circuit, the control circuit and the time-delay circuit are elaborated after an experimental research of interleaving PFC converters.
最后进行了交错并联功率因数校正电路的实验研究，详细讲述主电路、控制电路及延迟电路的设计过程。
By analysing the delay precision of parallel connection delay control system and decision-making delay control system, the choosing principle of the delay time for every delay circuit is given.
本文对并联延时控制系统和决策延时控制系统的延时精度进行分析，给出延时控制系统中各延时电路延时值的选取原则。
Using simulation echo wave and accurate time delay circuit to measure ranging ability, using CCD to grasp laser facular to measure divergence of laser pulse, the digitized methods are realized.
采用模拟回波和精密延时电路检测照射能力、用CCD采集激光光斑测试激光束散角，实现了整机性能的数字化检测。
This paper proposes a new gate drive method for active clamped quasi resonant converters. Instead of a digital delay circuit, only a resistor and a diode are added to produce correct drive waveforms.
提出了有源钳位准谐振变换器的一种新的驱动方式，它无需经过数字电路延时，只需一个电阻和二极管构成的小网络。
Thus, the study of interconnection delay becomes more important for current circuit design and technology.
因此研究互连延时成为当今进行电路设计和工艺的重点。
The accuracy of delay or timing is not sensitive with monostable trigger circuit since electrical elements have influence on it.
使用单稳态触发电路作“延时”或“定时”用，由于受到元件和器件的影响，其精度不会太高。
In embodiments of the present invention that include 3 or more delay paths, circuit 515 transmits multiple select signals to the multiplexer to select the appropriate delay path.
在包括3个或更多延迟路径的本发明实施例中，电路515传输多个选择信号给乘法器以选择适当的延迟路径。
The main research area is the structure optimization of floating-point adder, which is intent to minimize the delay of floating-point addition and optimize the circuit structure.
主要研究方向是优化浮点加法器结构，减小浮点加法运算的延迟，优化电路结构。
The main research area is the structure optimization of floating-point adder , which is intent to minimize the delay of floating-point addition and optimize the circuit structure.
主要研究方向是优化浮点加法器结构，减小浮点加法运算的延迟，优化电路结构。
Analysis and research were done for the trigger energy and time delay characteristics in the triggering process, using the energy storage and pulse formation trigger circuit to switch on the TVS.
本文采用辅助高压击穿与能量续流的触发电路来导通真空触发开关tvs，对触发过程中的触发能量和时延特性进行了分析和研究。
Often in ac circuit by air damping model time relay, it is to use the principle of air through orifices throttling to obtain delay action.
在交流电路中常采用空气阻尼型时间继电器，它是利用空气通过小孔节流的原理来获得延时动作的。
A new circuit scheme of drive, protect, signal distribution and delay for IGBT is proposed.
本文提出一种新型的用于IGBT驱动、保护及信号分配延时的电路方案。
The most commonly used for large scale integrated circuit of the time relay into, it is to use resistance to achieve delay action let principle.
目前最常用的为大规模集成电路型成的时间继电器，它是利用阻容原理来实现延时动作。
Early in the circuit often USES air damping model time relay, it is to use the principle of air through orifices throttling to obtain delay action.
早期在交流电路中常采用空气阻尼型时间继电器，它是利用空气通过小孔节流的原理来获得延时动作的。
Output signal distort of the drive circuit due to rc delay in peripheral integrated AMLCD is discussed.
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。
By using different inductance values in a discharge circuit, the delay time can be changed.
通过改变放电回路中的感抗值，可以改变预电离与主放电之间的延迟时间。
Protection of bus-tie circuit breakers: long time delay overcurrent and instantaneous overcurrent.
汇流排联络断路器保护：长延时过流、瞬时过流保护。
The generator is composed of input shaping circuit, frequency divider circuit, numeric switch phrase shifter circuit, delay second formation circuit, local second formation circuit and so on.
该产生器由输入整形、分频器、数字开关移相器、延迟秒形成、本地秒形成等电路组成。
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