CAJ | 학술논문

采用MIFARE完成IC读卡器射频天线相关的设计,提出具体射频天线和对应匹配电路的设计要求,以达到无接触式读卡通信的最佳性能.对射频卡的数据结构,数据传输的方式,相关的时序,典型电路的设计参数,匹配电路,电磁兼容性电路,数据安全性与完整性,门禁控制方式等进行了详尽地探讨,并给出了一个根据射频天线接口电路理论和无接触读卡通信协议设计出校园多媒体课堂的门禁系统.非接触式高频射频卡用于门禁系统,克服了传统门禁功能单一,升级困难,保密性差的缺点,是各类门禁系统的发展方向.
채용MIFARE완성IC독잡기사빈천선상관적설계,제출구체사빈천선화대응필배전로적설계요구,이체도무접촉식독잡통신적최가성능.대사빈잡적수거결구,수거전수적방식,상관적시서,전형전로적설계삼수,필배전로,전자겸용성전로,수거안전성여완정성,문금공제방식등진행료상진지탐토,병급출료일개근거사빈천선접구전로이론화무접촉독잡통신협의설계출교완다매체과당적문금계통.비접촉식고빈사빈잡용우문금계통,극복료전통문금공능단일,승급곤난,보밀성차적결점,시각류문금계통적발전방향.
RF-related design of the MF RC500 MIFARE reader IC is finished by using MIFARE. A specific antenna and matching circuit are demonstrated to achieve the best performance for a communication with a contactless MIFARE card. These items are discussed in details including the data structure of RF card, its data transmission, relevant time sequence, some parameters for the typical circuits, corresponding matching circuit, EMC, data security, data integrity, the control method for a entrance guard, and so on, and a system about an entrance guard for multimedia classroom, which based on the RF interface theory and the protocol of contactless reader IC, is presented. The system is a good example for modern entrance guard control instead of previously simple performance, inconvenience upgrade, and bad security.