脉冲发生器

纳秒上升时间Q开关高压脉冲发生器的设计

Design of Q-switching High Voltage Pulse Generators with Nanosecond Rise Time

FPGA开发中按键消抖与单脉冲发生器电路

Elimination Buffeting of Keystroke and Single Pulse Generator Circuit in FPGA Development Process

结合基于PC总线的CNC系统，介绍了这种指令脉冲发生器的多通道应用实例。

It also gives the multichannel application example in CNC system based PC Bus .

基于单片机的MRI仿真脉冲发生器的设计

Design of MCU-based MRI Simulation Pulse Generator

指令脉冲发生器的设计关于TabuSearch算法收敛性的研究

Design of Command Impulse Device The Convergence Results for Tabu Search Algorithm

基于DSP实现的特定消谐PWM脉冲发生器

DSP-based PWM pulse generator for eliminating selected harmonics

基于CPLD的级联型多电平变频器脉冲发生器的设计

A Pulse Generator Design Based CPLD for Cascaded Multilevel Convertor

脉冲发生器采用FPGA实现，提高了系统的集成度和设计的灵活性。

The pulse generator is implemented using FPGA , which enhances integration of system and flexibility of design .

CPLD器件在步进电机脉冲发生器中的应用

Design of Step Motor Pulse Generator Based on CPLD

ps级任意整形脉冲发生器

Grade . ps Arbitrary Waveform Pulse Generator

基于特定谐波消除的五电平PWM脉冲发生器

Pulse Generator for Five-level Inverter based on Selective Harmonic Elimination PWM with Phase Shift and Variable Frequency

重点介绍了使用Visualc++实现脉冲发生器驱动步进电动机的几种方法，并分析其优缺点。

It introduces emphatically several methods of carring out pulse generator using visual c + + and analyses the advantage and disadvantage of these methods .

RSD脉冲发生器主回路与触发回路研究

Research of Main Circuit and Trigger Circuit for RSD Pulse Generator

高速一次微分UWB脉冲发生器设计

Design of Differential Gauss UWB Pulse Generator

CMOS图像传感器包括图像阵列逻辑寄存器、存储器、定时脉冲发生器和转换器在内的全部系统。

CMOS image sensor consists of image array logic registers , memory , timer pulse generator and converter .

桌面毛细管快放电X射线激光实验装置，是研究高压大电流放电直接激励X射线激光放大技术的快脉冲发生器。

Table-top capillary fast discharge X-ray experiment facility is used to study the X-ray laser amplification by directly fast electric pulse excitation of gases .

为了设计适于UWB通信用的脉冲发生器，在对各种脉冲发生器总结的基础上，改进了基于雪崩效应的纳秒级脉冲发生器，产生了纳秒级单脉冲波形。

We studied and made improvements on avalanche effect nanosecond impulser , and generated nanosecond UWB monocycle .

采用FPGA作为主控芯片，在FPGA内部设计了刺激脉冲发生器，多路选择器和串并转换器。

It uses FPGA as its main control chip . The FPGA comprises a spike generator , a serial-to-parallel converter and some multiplexers .

通过研究其传动机理，依据杆组逼近法、借助于WorkingModel3D软件，确定了含有Ⅲ级组的双输出脉冲发生器中双摇杆的运动变化规律。

Through the research of the working principle , according to The Method of Bar - group Approach and Working Model 3D Software we made sure the motion law of two rockers .

本文采用VHDL硬件描述语言对FPGA编程实现了高精度脉冲发生器。

In this thesis , VHDL hardware description language was applied to program FPGA to realize high accurate pulse generator .

一台变脉宽MV级脉冲发生器

A MV-Pulsed Generator with Different Pulse-width

利用超宽带（UWB）电磁脉冲发生器对不同姿态的某型无线电引信进行了超宽带电磁脉冲辐照实验研究。

The research on the EMP radiation test of specified radio fuze is done by using UWB EMP generator .

同时还给出了基于双DSP的先进的全数字控制系统的设计，快速DSP的使用是实现基于重复控制和无差拍控制的上层算法和基于电压空间矢量的脉冲发生器的重要保证；

The hardware of control system based on dual-DSP is also presented to realize real-time calculation of controlalgorithm of dead-beat control and voltage space vector PWM .

装置的控制器和脉冲发生器采用双数字信号处理器（DSP）加现场可编程门阵列（FPGA）的多CPU控制系统。

Its controller and pulse generator are implemented with a multi-CPU system composed of two DSPs and an FPGA ( Field Programmable Gate Array ) .

通过阅读国外成品脉冲发生器仪器的资料，提出设计方案，对设计方案进行原理图和PCB的绘制。

Finished by reading the pulse generator instrument of foreign materials , proposed design , program design and PCB schematic drawing .

EPROM可编程多路脉冲发生器的稳定性

The Stability of Programmable Multiple Pulse Generator for the EPROM

MWD无线随钻测量仪脉冲发生器控制电路的设计

The design of control circuit for wireless MWD pulser

传统载波相移SPWM技术需要大量的PWM脉冲发生器，在大规模数字化过程中遇到了很大阻碍。

Huge obstacle happens during the large scale digital realization of carrier phase-shifted SPWM , because it spends a lot of PWM generators .

放电泵浦KrF激光放大器的高电压脉冲发生器

A high voltage pulse generator for exciting a discharge pumped KrF laser amplifier

作者将其用于电力电子仿真中，设计了一种新的PWM脉冲发生器，通过仿真表明所设计的PWM脉冲发生器性能良好，具有较好的仿真应用前景。

In this paper , a new PWM generator is designed , the simulation result shows that the PWM generator has good performance and good practical simulation prospect .