tripler
英
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网络 增至三倍; 三倍器; 加强角片
双语例句
- A V-Band Varactor Tripler
V波段变容管三倍频器 - The parameters of tripler under amplitude modulation and phase perturbation have been optimized.
在振幅调制和位相扰动条件下对倍频器参数进行了优化设计。 - Design of High Efficient Low-Voltage Negative Voltage Tripler
一种高效率低电压3倍负压电荷泵的设计 - Three. The design of the frequency tripler module
三倍频模块的研制 - Analysis of harmonic magnetic field of magnetic frequency tripler using finite element method of harmonic balance
基于谐波平衡有限元法的三倍频变压器电磁特性研究 - The analyzer is successfully used in the dynamic simulative tests of fractional frequency transmission system and the tripler test and study.
该测试系统已成功地用于分频输电系统的动态模拟试验及三倍频变压器的试验研究。 - Microstrip is used as transmission line of varactor tripler circuitry. Then relying on the HP ADS software, the low pass filter, the band pass filter, embedding impedances matched circuits, idler circuitry and bias voltage circuit are designed.
本文采用微带线作为毫米波集成电路的传输线，运用HPADS软件进行优化得出微带低通滤波器、带通滤波器、各匹配电路及空闲回路和偏置电路。 - Development of C-band dual-gate GaAs MESFET frequency tripler
C波段双栅砷化镓场效应管三倍频器的研制 - According to practical application, this paper mainly focused on two different kinds of millimeter broadband frequency multipliers: one is V band tripler and the other is Ka band doubler.
根据以上分析和实际应用需要，集中于对两种倍频器的研制：V频段宽带三倍频器及Ka频段宽带二倍频器。 - When the laser driver for ICF works in the case of 3ns long pulse, the effect of transverse stimulated Raman scattering in tripler is more significant than that in the case of short pulse.
ICF驱动器在脉宽为3ns的长脉冲条件下运行时，三倍频晶体中的横向受激拉曼散射效应将比短脉冲条件下的效应更为显著。 - Transverse stimulated Raman scattering in tripler of ICF driver for long pulse
ICF驱动器长脉冲下三倍频晶体中的横向受激拉曼散射 - The frequency tripler has certain gain.
这种三倍频器具有一定的倍频增益。 - Three millimeter wave ( 94GHz) is not only the window frequency, but also the basic study of THz, so three millimeter wave frequency multiplier is widely used. W band doubler and tripler are studied in this dissertation.
三毫米波（94GHz）是重要的窗口频率，也是太赫兹研究的基础，因此三毫米波倍频器应用非常广泛。本文分别对W波段二、三倍频器进行了研究。 - Varactor diodes constituting anti-parallel pairs structure is used to achieve the tripler.
三倍频器的核心采用反向并联变容二极管对。 - GaAs Schottky barrier diodes which constitutes anti-parallel pairs structure was used to realize the frequency tripler. Balanced Frequency tripler can suppress the even-order harmonics so effectively that the amount of clutter has been greatly reduced.
采用两个GaAs肖特基势垒二极管反向并联的结构实现三次倍频的方案，这种平衡倍频电路结构能够将输入频率的偶次谐波抵消掉，从而大大降低电路中的杂波量。