同步脉冲发生电路：通过后面板输出秒(1pps)、分(1ppm)、时(1pph)同步脉冲信号。
Synchronous pulse generating circuit: Got by back panel output 1pps, 1ppm, 1pph synchronous pulse signal.
针对STATCOM对触发脉冲发生电路的要求，利用CPLD的高速、并行处理能力，设计了STATCOM的脉冲发生器。
Aim at the request of STATOM to the trigger pulse generator, USES CPLD to be high speed, the parallel processing ability, designed the STATCOM pulse generator.
根据冲击型探地雷达的原理，窄脉冲发生电路是探地雷达的一个重要的基本单元电路，它是组成脉冲发射电路和取样变换电路的重要组成部分。
According to the principle of impulse GPR, the short pulse generator is an important basic circuit of GPR, it is an important part of radiation excitation and sampling circuit.
通过对STATCOM工作原理与等效电路的分析，指出了STATCOM对其触发系统的基本要求，建立了基于CPLD的触发脉冲发生电路的功能逻辑结构。
By analyzing the equivalent circuit of STATCOM, the basic requirements to the triggering system was pointed out, and the CPLD-based functional structure for triggering pulse generator was established.
当一块肌肉发生收缩时，一个神经脉冲就传递给大脑，要求其打开另外的神经元电路和神经区。
When a muscle is contracted a nerve impulse is relayed to the brain, triggering other neuronal circuits and nervous centers.
这些功能的实现是通过系统中电控部分的电源、时钟、存储、超声波脉冲信号发生、处理、温度采集、串行通信电路实现的。
These functions are realized by the circuits of power, clock, memory, ultrasonic pulse signal occurs and handle, temperature gathered and serial communication in system.
通过实例对脉冲发生、预放(驱动)、功放电路进行了简要分析。
This paper simply analyzes pulse generating circuit, pre amplifier, power amplifier through examples.
在脉冲发生器输出端后加一级驱动电路，再接入计数器的时钟脉冲源输入端，可有效地避免通常发生在实验过程中计数器不规则的跳变。
To use the way of put a driven circuit behind the pulser, lead through the input of count clock pulse, can avoid the irregular date on the counter during experiment effectively.
同时还出现了可用来测量脉冲电路或用作脉冲调制器的脉冲信号发生器。
At the same time there also can be used to measure pulse circuit or pulse modulator for the pulse generator.
提出一款基于大规模可编程逻辑器件设计的具有多种功能的电力电子设备通用脉冲发生专用集成电路(ASIC)。
This paper presents a general pulse generator application specific integrated circuit (ASIC) for power electronics devices designed with the large-scale programmable logic devices.
讨论了采用级联双极性晶体管结构的超宽带极脉冲发生器，并对其电路及双极性晶体管雪崩的工作原理进行了具体分析。
The paper analyses the electric circuit and the working principle of the avalanche of the bipolar transistor of the pulser with a cascade connected bipolar transistor structure.
脉冲宽度发生器404可包括例如一个或更多个延迟电路。
Pulse width generator 404 can include, for example, one or more delay circuits.
对纳秒脉冲发生器的电路设计方案和纳秒脉冲磁场设计方案分别进行计算机仿真和实验验证。
The electronic circuits of nanosecond impulser and the pulsed magnetic field design schemes are both simulated on computer and tested by the experiments respectively.
提出了一种利用窄脉冲发生器驱动输出级，以提高电路抗噪声能力，同时保持动态电路的高速特性的多输入动态逻辑电路。
A novel circuit with a narrow pulse driving structure is proposed for enhancing the noise immunity and improving the performance of wide fan-in dynamic circuits.
爆磁压缩发生器一般具有较低阻抗，在驱动较高阻抗负载时需要脉冲功率调制电路。
A novel power conditioning circuit for flux compression generators (FCG) to drive high impedance loads is presented.
逻辑控制电路设计：D触发器、不重叠时钟脉冲发生器等模块的设计。
Logical control circuit design: this part includes the design of DFF, non-overlap clock generate and so on.
因此本文还详细阐述以下内容：硬件方面采用了高频窄脉冲信号发生及接收放大电路、高速数据采集电路；
On the aspect of hardware, they include: narrow pulse and high frequency ultrasonic sensor's design, high frequency signal generator and receiver's design, high speed data completed sampling's design.
该仪器由可编程脉冲发生器、高压可调稳压电源、高压功率开关和保护电路组成。
It mainly consists of a programmable pulse generator, adjustable high voltage regulator, high voltage switch and protection circuits.
本文采用UC 3846作为PWM发生器，桥式驱动的脉冲变压器既保证信号的传输，又保证足够功率驱动全桥逆变主电路。对于经常发生短路刷镀刷镀工艺，快速过电流保护非常必要。
UC3846 is used for PWM, pulse transformer driven by bridge can transfer signal and power for IGBT in main circuit, quick protection is necessary for short circuit often happen during brush plate.
采用脉宽调制（PWM ）技术发生脉冲信号，设计了控制电路和IGBT驱动保护电路，研制了专用脉冲电源。
The special pulse power supply is researched and manufactured. The PWM is adopted to produce pulse signal.
计数器是最常用的时序电路之一，他们不只可以用来指望脉冲，还可以分频，定时，发生跳动的脉搏和其他的时钟信号等。
The counter is the most commonly used one of the sequential circuits, they not only can be used to count on pulse, still can separate frequency, timing, produce beats pulse and other clock signal etc.
计数器是最常用的时序电路之一，他们不只可以用来指望脉冲，还可以分频，定时，发生跳动的脉搏和其他的时钟信号等。
The counter is the most commonly used one of the sequential circuits, they not only can be used to count on pulse, still can separate frequency, timing, produce beats pulse and other clock signal etc.
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