This paper presents a new fully integrated wide-range UHF passive RFID tag chip design that is compatible with the ISO18000-6C protocol.
本文提出了一种面向ISO 18000 - 6c协议的无源超高频射频识别标签芯片设计。
A far simpler kind of chip called a radio-frequency identification (RFID) tag, which sends a tiny quantity of data over a short range when activated, can already be manufactured for 4 cents apiece.
有一种更简单的芯片叫做无线射频识别(RFID)标签，它在被激活之后可以在小范围内发送很短的一段数据，现在，其造价只要4美分一片。
This chip, together with its paper label, makes up the RFID tag.
这个芯片和纸质标签构成RFID标记。
If a special tag-reader is waved near the arm, a radio signal prompts the chip to transmit an identification number which is used to call up information about the wearer in a computer database.
当专用标记阅读器在手臂附近晃动，无线电信号就会激活微芯片传送识别码，从而调出电脑数据库中该客户信息。
Finally, these research fruits are applied into the RFID system and an adiabatic LF tag is developed and now the chip is under testing.
最终，将绝热电路技术的研究成果巧妙地与RFID系统设计相结合，设计并实现了一款绝热低频电子标签，目前该芯片正处于测试过程中。
Finally, these research fruits are applied into the RFID system and an adiabatic LF tag is developed and now the chip is under testing.
最终，将绝热电路技术的研究成果巧妙地与RFID系统设计相结合，设计并实现了一款绝热低频电子标签，目前该芯片正处于测试过程中。
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