介绍了一种微波有源倍频器的设计方法。
This paper introduces a design method of microwave active frequency-multipliers.
本文对V波段有源倍频器进行了设计研究。
The thesis presents the research and design of a V-band frequency quadrupler.
本文研究了V波段四倍频器的设计和研制方法。
This thesis presents the design and manufacture of a V-band frequency quadrupler.
本文主要讨论x波段四倍频器微带结构的实现途径。
In this paper the realization approach of X-band four-frequency multiplier microstrip structure is discussed mainly.
定量分析了数字式锁相倍频器输出信号的相位抖动。
The phase jitter of output signal of the PLL( phase locked loop) frequency doubler is analyzed.
此外，本实验对KTP倍频器的稳定性也做了检验。
The homogeneity and stability ofthe KTP doubler were also checked.
这种倍频器可以满意地用作为某型测速雷达的输出级。
This frequency multiplier may be used satisfactorily as the output-stage some velocity radar.
本文首先对W波段三倍频器进行了设计、制作和测试。
Firstly W-band frequency tripler has been designed, manufactured and test.
标签FET倍频器滤波器倍频放大组件微带到波导过渡。
FET multiplier filter multiplier and amplifier integrated modular waveguide to microstrip transition.
该倍频器的倍频范围为1～999，倍频值可直接由软件选择；
The range of double frequency is from 1 to 999. The double frequency number is selected directly by software.
该倍频器能够为毫米波电路系统应用提供优质的毫米波信号源。
This high order multiplier can provide high-quality millimeter-wave signal source.
将微波介质谐振器应用于阶跃管高次倍频器中，这是一种新的尝试。
Microwave dielectric resonators apply to SRD high-time frequency multiplier. This is a new try.
论述微波倍频器的基本设计原理及一种S波段三倍频电路的设计方法。
This paper discusses the fundamental principle on designing microwave frequency multiplier, and the method of designing a kind of S-band microwave frequency multiplier.
其中重点论述了有源倍频器的工作原理、设计方法以及详细的设计过程。
The principles, design method and process of PHEMT frequency doubler are presented particularly.
改进异或门拓扑结构实现的二倍频器，结构简单、实用，降低了电路复杂度。
The clock signal is obtained by using a frequency doubler which USES a modified XOR topology, so that the complexity of the system is reduced.
介绍了倍频器的原理、应用以及阶跃二极管倍频器的设计方法并给出了结果。
The theory and application of multiplier, the design method and result of SRD multiplier are described.
第二章一种X波段微波倍频器的设计，我们采用了多级倍频的方式得到输出频率。
Chapter 2, we design a kind of X-band doubler , introduce a kind of multiple doubler , and that is realized step by step, in this thesis, we adopt 22432 to get microwave output.
第四章探讨了运用可编程技术设计数字锁相环和数字倍频器的相关问题，为以后电路设计拓展更多的方法。
The chapter 4 discuss some question of the circuit using programmable device like digital phase locked loop and digital frequency multiplier, it can increase the way of circuit design.
利用双晶片的弯曲振动模式可以制造出结构简单、成本低廉的电声倍频器、混频器，可适用于整个低频范围。
Useing the bimorph bend vibration mould, a simple and low cost electroacoustic doubler and mixer available for overall low frequency band can be produced.
为解决大齿轮在机测量过程中采用比例驱动跟踪测量技术时转角脉冲当量过大的问题，研究开发了可编程动态倍频器。
To solve the problem of exaggerated angle pulse in the ratio driving and tracing measuring technique in testing in situ for large gears, the programmable dynamic frequency doubler has been developed.
为解决大齿轮在机测量过程中采用比例驱动跟踪测量技术时转角脉冲当量过大的问题，研究开发了可编程动态倍频器。
To solve the problem of exaggerated angle pulse in the ratio driving and tracing measuring technique in testing in situ for large gears, the programmable dynamic frequency doubler has been developed.
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