A fiber radio link based on direct optical injection subharmonic locking of a GaAs MMIC oscillator at 10.6 GHz is experimentally demonstrated. Microwa¨e output power of 7.6 dBm is reported. The oscillator can be locked using up to the 32nd subharmonic o¨er a 200 kHz locking range. The achie¨ed linew
Microwave Photonics || Analogue Microwave Fibre-Optic Link Design
✍ Scribed by Iezekiel, Stavros
- Publisher
- John Wiley & Sons, Ltd
- Year
- 2009
- Tongue
- English
- Weight
- 399 KB
- Edition
- 1
- Category
- Article
- ISBN
- 0470848545
No coin nor oath required. For personal study only.
✦ Synopsis
Microwave Photonics Is An Important Interdisciplinary Field That, Amongst A Host Of Other Benefits, Enables Engineers To Implement New Functions In Microwave Systems. With Contributions From Leading Experts, Microwave Photonics: Devices And Applications Explores This Rapidly Developing Discipline. It Bridges A Gap Between Microwave And Photonic Engineering, Providing An Accessible Interpretation Of The Current Available Research Material And A Detailed Introduction To Various Aspects Of The Area. Opening With An Overview To The Subject, This Book Covers Direct Modulation, Photonic Oscillators For Thz Signal Generation, And Terahertz Sources. It Takes A Unique Application- Focused Approach And Describes: Analogue Fibre-optic Links; Fibre Radio Technology; Microwave Photonic Signal Processing; Measurement Of Microwave Photonic Components, And; Biomedical Applications. This Text Is Ideal For Practising Microwave And Fibre Optics Communication Engineers Wishing To Improve Their Knowledge, And For Researchers And Graduate Students Wanting An Overview Of The Subject.
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A photonic integrated-optic RF phase modulator with harmonic up-con¨ersion for digital microwa¨e link applications is presented. This de¨ice achie¨es both electrical phase modulation and harmonic up-con¨ersion of an electrical local oscillator dri¨ing signal. Simulation results are pro¨ided for a se