Power Packet Router With Power and Signal Switches for a Single Power Packet
Power Packet Router With Power and Signal Switches for a Single Power Packet
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DOI：
10.1109/tcsii.2020.2983444
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发表时间：
2020-12-01
影响因子：
4.4
通讯作者：
Hikihara, Takashi
中科院分区：
文献类型：
--
作者：
Katayama, Shinji;Hikihara, Takashi
本文提出了一种功率包路由器（路由器），并通过实验验证了其运行。功率包是DC功率和信息标签的单位。当标签直接连接到电源时，电源包确保它们在传输过程中的可靠性。路由器以时分复用方式发送和接收功率数据包。自我们的研究项目开始以来，路由器已经用单个交换机生成了功率数据包。开关保证了功率和信息在传输过程中的一致性。另一方面，交换机限制功率包的功率和信息的容量。该路由器通过其功率包生成方法确保了实时性。它让交换机同步运行，以获得功率和信息，从而生成单个功率包。实验验证了该操作。结果证实了联合收割机将单独优化的子单元组合用于分组生成的可能性。
This brief proposes a power packet router (router) and experimentally verifies its operation. A power packet is a unit of DC power and an information tag. When the tag is attached to the power directly, a power packet ensures their simultaneity during the transmission. The router sends and receives power packets in Time Division Multiplexing scheme. Since the beginning of our research project, the router has generated a power packet with a single switch. The switch ensures the simultaneity of power and information during transmission. On the other hand, the switch limits the capacities of power and information of a power packet. The proposed router ensures the simultaneity by its power packet generation method. It lets the switches operate in sync for power and information to generate a single power packet. The operation is experimentally verified. The results make it confirmed the possibility to combine the individually optimized subunits for packet generation.