1) dielectric dot frequency oscillator
介质点频振荡器
2) dielectric resonator oscillator(DRO)
介质稳频振荡器
1.
By alleviating relative movements of each circuit in vibration environment through fixed connecting structure,an X-band anti-vibration low phase noise dielectric resonator oscillator(DRO) is used to guarantee the stability under vibration condition.
介绍一种Ku频段多通道抗振激励源设计,采用X频段抗振低相噪介质稳频振荡器(DRO),通过结构固连减少各部分电路在振动环境中的相对运动,保证了激励源在振动条件下的稳定性。
3) dielectric resonator oscillator
介质振荡器
1.
Study and Design of the High Stability Phase-Locked Dielectric Resonator Oscillator;
高稳定度锁相介质振荡器的研究与设计
2.
Based on the study of dielectric resonator oscillator (DRO) ,a highly stable phase locked DRO is de signedbymeansofphaselockedloop (PLL) .
在研究介质振荡器的基础上 ,采用锁相环路控制介质振荡器方法 ,设计了一种高稳定锁相介质振荡器微波源并对设计中的几个主要问题进行了详细描述 ,通过对其相关性能测验 ,证明该高稳定锁相介质振荡器微波源是一种具有时频计量标准精度的微波源 ,填补了该领域国内空白 ,在多个领域中具有较广泛的实用价
3.
Dielectric Resonator Oscillator (DRO) can meet this requirement and the DRO also has the minimal frequency drift over temperature to keep the receiver locked into the selected channel and provide enough output power to directly drive the mixer.
介质振荡器(Dielectric Resonator Oscillator, DRO)毙够满足这一要求,同时DRO还具有温度的变化会引起最小的频率漂移来保证接收机被锁定在目的信道和提供高的输出功率来直接驱动混频器工作。
4) DRO
介质振荡器
1.
Study on a high performance DRO at X band;
一种高性能X波段介质振荡器
2.
On this background, the subject is to research the theory of designing the low phase-noise microwave oscillator based on sampling locked-phase PLL-DRO, and to realize a particular design linking project practice.
在这样的背景下,本文对基于取样锁相技术的PLL-DRO(锁相介质振荡器)低相位噪声微波振荡源的设计理论进行了研究,并结合工程实践进行了具体的设计。
3.
In this paper,a parallel feedback dielectric resonator oscillator (DRO) was introduced, and analysis method was also given.
微波介质振荡器具有体积小、频率稳定的优点。
5) dielectric resonator oscillator (DRO)
介质谐振振荡器
6) Push-push Dielectric Resonator Oscillator
推-推式介质谐振稳频振荡器
补充资料：介质
介质
即"递质"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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