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When uplinking a switch it is common to use interface converters such as Gbics? 

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Additionally, it is shown that the belief that quasi-switched-capacitor converters are more lossy than switched-capacitor converters is a common misconception.
It is also found that the switch speedup required to closely approximate the optimal performance obtained by having the switch fabric run N times as fast as the input and output channels, where N is the size of the switch, is rather small compared to N. This makes the practical realization of the proposed switch architecture feasible.
This switch is extremely attractive for cascaded switching arrays such as those found in multistage interconnect networks.
It is shown that the light load efficiency can be improved with the proposed hybrid switch use.
Proceedings ArticleDOI
02 Nov 2015
21 Citations
Such a switch will be vital for enabling applications such as electronically scanned phased arrays at millimeter-wave and terahertz frequencies.
Such low-loss and low-crosstalk properties indicate that the proposed switch structure is suitable for a large-scale rearrangeable switch.
It together with the sister paper (I) verifies switch-linear hybrid power converters possesses the value to be applied in industry
Finally, the switch is optimized based on the switch performance parameters and it is suitable for Ka-band applications.
The control flexibility afforded by the use of power electronic interface converters opens

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