To analyze the effective jamming distance of combined fiber laser to visible light silicon CCD, the power of combined laser and saturation threshold of visible light silicon CCD are discussed.
为了分析光纤组束激光对可见光硅CCD的有效干扰距离，对组束激光功率及可见光CCD的饱和阈值进行了分析。
The voltage response to the out-of-band laser increases with the rise of line-working in-band laser power and decreases rapidly while the in-band laser power approaches to the saturation threshold.
探测器对波段外激光的电压响应随线性工作区间内的波段内激光功率升高而增大；随着波段内激光趋于饱和，对波段外激光的响应电压近似指数级下降。
Further analysis shows there is an optimum RTS threshold that can maximize the network saturation throughput.
分析显示，存在一个最佳rts门限，使得网络的饱和吞吐率最大。
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