1.
DOUBLE?BEAM CHOPPER WITH ADJUSTABLE REFERENCE TO THE OUTPUT DUTY RATIO

参考输出占空比可调的双光路斩光器
2.
Design of SSTL_2 Standard I/O Buffers with Stable Duty Cycle

稳定占空比高速SSTL_2 I/O缓冲器的实现
3.
High power high duty-cycle 808 nm wavelength laser diode

808nm高占空比大功率半导体激光器阵列
4.
A High Accuracy Measurement of Duty Cycle Based on TMS320F2812DSP

基于TMS320F2812DSP的高精度占空比测量
5.
Influence of duty ratio on the fabrication of a-C:Hfilm on microshell

占空比对微球a-C:H薄膜制备的影响
6.
Analysis of the Measurement Error of Big Space Rate Pulse Voltage and Technical Innovation;
大占空比脉冲电压测量误差分析及技术改进
7.
Influence of air filling factor on photonic crystal fiber laser

占空比对光子晶体光纤激光器性能的影响
8.
Design and precision analysis of dual-modules frequency divider with regulable duty ratio

一种可调占空比型双模分频器设计及精度分析
9.
Influence of duty cycle on the spectrum distribution of long-period fiber gratings written with the high frequency CO_2 laser pulses
占空比对高频CO_2激光脉冲制作的LPFG光谱影响
10.
Peak Current Mode Quasi-PWM Control Based on Duty Cycle Feedback

占空比反馈调节的峰值电流模式准PWM控制方法
11.
The duty cycle is lower compared to an 800 V solution due to a lower reflected voltage of 100V.
因为100伏特的反射电压,比较800伏特解决方案它有更小的占空比。
12.
This paper gives out a design of the equal duty ratio arbitrary integer frequency divider based on FPGA.
给出了一种基于fpga的等占空比任意整数分频电路的设计方法。
13.
Frequency bandwidth and duty ratio are main specifications for the controllable neutron source.
频带宽度与占空比是可控中子源的主要技术指标。
14.
Shorter duty cycle for the same output power results in higher peak currents on the primary side.
小占空比实现同样的功率输出必须使用更高的一次侧峰值电流。
15.
Study on Characteristics of 808nm High-Power Al-free Semiconductor Laser Diode Array;

808nm高占空比大功率无铝半导体激光线阵特性分析
16.
Design for High Duty-Cycle (20%) High Power Laser Diode Array and a Study on Thermal Characteristics of It;
高占空比(20%)大功率激光器阵列设计制作及其热特性分析
17.
The Research of Duty Ratio s Loss in The DC/DC Full_bridge Converter s Technology of The Soft Switch;
DC/DC全桥变换器软开关技术中的占空比丢失研究
18.
Effects of Pulse Frequency and Duty Cycle on Micro-arc Oxidation Film of RE-Mg Alloy

脉冲频率及占空比对稀土镁合金微弧氧化膜的影响