Automatic verification/calibration system of pulse generator
脉冲信号发生器自动检定/校准系统
With the continual improvement of function and veracity of instrument which belong to category of the pulse generator, the traditional handworked verification can not meet the need in practical operation and the automatic verification for this kind of instrument is urgently required.
随着脉冲信号发生器类仪器的功能和准确性的不断提高,使得传统的手工检定已经不能适应实际工作要求,迫切需要实现这类仪器的检定自动化。
A study of pulse signal generators based on virtual instruments;
基于虚拟仪器的脉冲信号发生器
A nano-second order pulse signal generator was developed, its peak output voltage can be adjusted smoothly from 5 to 80 V.
研制成功输出峰值电压从5 ~80V连续可调的脉冲信号发生器,信号上升沿小于10ns。
The multi-axis pulse signal generator based on the Altera CPLD is realized,it is the hardware guarantee to achieve large subdivision,high precision and high speed control of step-motor moving.
基于ALTERA CPLD设计实现了多轴脉冲信号发生器,为实现大细分高精度高速步进电机运动控制提供了硬件保障。
modular pulse generator
模块化脉冲信号发生器
speed pulse generator
速度脉冲信号发生器
servo pulse generator
伺服脉冲信号发生器
The specifications of pulse signal generators
GB/T9317-1988脉冲信号发生器技术条件
Test method of pulse signal generators
GB/T9318-1988脉冲信号发生器测试方法
Automatic verification/calibration system of pulse generator
脉冲信号发生器自动检定/校准系统
The Research and Development of the Pulse Generator Based on SOPC
基于SOPC的脉冲信号发生器的研究与开发
Design by AT89S52 Quantitative Pulse and Continuous Pulse Output of Pulse Generator;
用AT89S52设计具有定量脉冲输出功能的脉冲信号发生器
pulsed-off signal generator
脉冲断路信号发生器;脉冲切断式信号发生器
sine-squared pulse and bar generator
正弦平方脉冲和条信号发生器
Technical Development of Random Pulse Generator Simulated Nuclear Signal;
仿核信号的随机脉冲发生器技术研究
pulse generator
脉冲发生器脉冲振荡器
The machine emits sound pulses.
这台机器可发出声脉冲信号.
The machine also sends a "start" impulse.
机器还发出“起动”脉冲信号。
ignition pulse amplifier
点火脉冲信号放大器
The Study and Design on Pulse Standard Signal Generator for LSWEDM
慢走丝线切割机床脉冲基准信号发生器的研究与设计
The Study on Pulse Generator for LSWEDM
低速走丝线切割机床脉冲基准信号发生器的研究
Different waveform signals such as ramp function, step function, pulse function and exponential function are available by changing the parameters of the signal generator.
通过改变信号发生器的参数,可方便得到斜坡、阶跃、脉冲和e函数等各种不同波形的信号。