微波振荡源

基于取样锁相技术的PLL-DRO低相噪微波振荡源

The Low Phase-noise Microwave Oscillator Based on Sampling Locked-Phase PLL-DRO

反射速调管微波振荡源不稳定分析

An Analysis of the Instability of Reflex Klystron Microwave Vibration Source

光抽运二氟甲烷激光与微波振荡源高次谐波的混频实验

An Optically Pumped Difluoromethane Laser Harmonic Mixing Experiments Between Optically Pumped CH_2F_2 Laser Radiations and Microwaves

本文通过用电场和电子运动方程，分析反射速调管作为微波振荡源，为什么其加速极电压或反射电压波动，会引起振荡源工作不稳定。

This paper , by using the equation of electric field and electronic motion , is going to make it clear that when the reflex klystron is used as microwave vibration source , the undulation of its accelerating voltage and reflex voltage may cause the instability of vibration source .

微波锁相振荡源最佳环路带宽的计算及有关问题

The Calculation of the Optimal PLL Bandwidth of a Phase-Locked Microwave Oscillator and Some Concerned Questions

本文导出了微波锁相振荡源最佳环路带宽的一组计算公式，与其他文献中的个别结果进行了比较，并给出了实际计算及实验结果。

This paper derives a series of calculating formulas for the optimal PLL bandwidth of a phase-locked microwave oscillator , and by comparing it with some individual results in other literatures , and also gives out the practical calculations and the results gained in experiments .