An Optimization Method for Long Distance Radio Frequency Fiber Optic Transmission
Long distance radio frequency fiber optic transmission has advantages such as lightweight, low transmission loss, and strong resistance to electromagnetic interference, and has been widely used in many fields. To solve the problems of high harmonics and small dynamic range in long-distance radio frequency fiber optic transmission signals, this article proposes a performance compensation optimization scheme, which can effectively solves problems such as increased bottom noise, signal phase shift, and changes in amplitude and phase characteristics, and has certain application value.
radio frequency fiber optic transmissionwavelength division multiplexingharmonicdynamic rangeamplitude-phase characteristic
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