RFID-鍥句功綆＄悊鏍囩

鍒墮€犲晢錛忚姱鐗囷細 NXP/I CODE SLI-X 澶╃嚎鍒剁▼鏂瑰紡錛?閾濊殌鍒籄l+PET 絎﹀悎鏍囧噯錛?ISO15693 鐢ㄦ埛鍖猴細 896Bits 鍙鍙啓UID錛?64Bits 鍙涓嶅彲鍐欏伐浣滈鐜囷細 13.9鹵0.3MHz 宸ヤ綔妯″紡:   鏃犳簮 鑺墖浣跨敤瀵垮懡: 鍐?10 涓囨錛屾暟鎹繚瀛?50 騫?綰告潗: 閾滅増綰告爣絳懼昂瀵? 闀?瀹斤紙50*50錛壜?.5mm搴曠焊騫呭: 66鹵0.5mm鏍囩鍗峰緞: 200mm綰歌姱鍐呭緞: 76.2鹵0.5mm鍒濈矘鍔涳紙鏈€浣庯級: 14N FTM9鎸佺矘鎬э紙鏈€浣庯級: 2.0h FTM8鎿嶄綔娓╁害/婀垮害: 10锝?0鈩? 20%锝?0% RH浣跨敤娓╁害/婀垮害: -20锝?0鈩?/ 20%锝?0% RH鎴愬搧淇濊川鏈? 鍦?20锝?0鈩?/ 20%锝?0% RH 鏉′歡涓?浣跨敤闃查潤鐢佃淇濆瓨 1 騫?/p> 闃呰璇︾粏

RFID-鎵樼洏綆＄悊鎶楅噾灞濸CB鏍囩

璇ヤ駭鍝侀噰鐢?PCB 鏉愯川灝佽錛屽ぉ綰夸負鐗規畩璁捐鐨勫唴閮ㄧ嚎璺紝鑺墖鐒婃帴鍦ㄥぉ綰夸笂騫剁敤鐜哀鏍戣剛鐏屽皝淇濇姢璇ユ爣絳捐В鍐充簡榪囧幓涓€鐩村洶鎵?RFID 琛屼笟鐨勯拡瀵歸噾灞炵墿浣?RFID 鏍囩鏃犳硶宸ヤ綔鐨勯毦棰橈紝榪欑鏍囩璐撮檮浜庨噾灞炵墿浣撹〃闈粛鐒惰兘澶熻揪鍒版櫘閫?RFID 鏍囩鍦ㄦ湪璐ㄧ墿鍝併€佺焊綆辯瓑鐗╀綋琛ㄩ潰璐撮檮鏃剁殑宸ヤ綔鎬ц兘宸ヤ綔棰戠巼: 860锝?60 MHz閫氳鍗忚: ISO18000-6C錛孍PC Gen2鑺墖鍨嬪彿: NXP G2iL錛孏2iM銆丄lien Higgs-9銆両mpinj Monza4銆丮onza5 璇誨啓璺濈: 0锝?2m錛堣窡璇誨啓鍣ㄦ湁鍏崇郴錛夎鍐欐椂闂? 0锝?0ms宸ヤ綔娓╁害: -20鈩冿綖80鈩冨偍瀛樻俯搴? -40鈩冿綖200鈩冨皝瑁呮柟寮? 铓€鍒婚摐綆斿ぉ綰?FR-4 PCB 灞傚悎灝佽鎿﹀啓瀵垮懡 >100,000 嬈℃暟鎹繚瀛?>10 騫村褰㈠昂瀵? 95*25*3.7mm閲嶉噺: 30g瀹夎鏂瑰紡 鑳岃兌綺樿創鎴栬灪涓濆浐瀹?/p> 闃呰璇︾粏

RFID-瓚呴珮棰慞PS媧楁釘綰芥墸鏍囩(UHF)

浼樺娍Advantages錛?銆佽兘緇忓彈 200 嬈′互涓婄殑宸ヤ笟媧楁釘 can withstand more than 200 industrial washing錛?銆?00%緇忚繃鍐呭瓨鍐欏叆嫻嬭瘯100% passed the memory write test錛?銆佹潗璐ㄥ拰璁捐鍧囩粡榪囧彲闈犳€ф祴璇?nbsp;Material and design have been tested for reliability 涓昏鐗圭偣Main features錛?銆侀噰鐢ㄨ€愰珮娓╂潗璐紱High temperature resistant materials are adopted;2銆佽秴楂橀棰戠巼錛沀HF frequency;                          

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RFID-鍙岄鍙墦鍗扮數瀛愭爣絳?/h2>

鍒嗙被: RFID鑺墖搴旂敤,NFC鑺墖闃蹭吉, | 鏍囩: | 2019-07-25

鍙岄RFID鏄寚鍒╃敤涓や釜棰戞鍚屾椂宸ヤ綔鐨凴FID鎶€鏈紝鍙吋瀹逛袱涓孌靛悇鑷殑浼樼偣銆侱ual-frequency RFID refers to the RFID technology that uses two frequency bands to work at the same time, which can be compatible with the respective advantages of the two frequency bands.搴旂敤鑼冨洿Scope of application錛氫綋鑲茶繍鍔⊿ports錛氱敯寰勪腑闀胯窇銆佺珵璧般€侀┈鎷夋澗銆侀搧浜轟笁欏廣€佹帴鍔涜禌銆佹父娉熾€佽嚜琛岃濺銆佹懇鎵樿濺銆佽秺閲庢粦闆€佽疆婊戙€佸崱涓佽濺銆佽€冩牳鍙婃瘮璧涚瓑銆?nbsp;track and field middle and long distance running, walking race, marathon, triat

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鎶楅噾灞炲皬灝哄

灝忓昂瀵歌秴楂橀鎶楅噾灞炴爣絳?   SMALL SIZE UHF ON METAG RFID TAGS *浠ヤ笅浜у搧搴旂敤浜庡伐鍏峰強娌誨叿銆佸皬鍨嬭祫浜х鐞咥pplying for tooling and fixtures management, small size assets management*浜у搧璇昏窛鍦ㄧ敤涓嶅悓鐨勮鍐欏櫒鍙婁笉鍚岀殑鐜涓嬩細鏈夊樊寮侻ight be of different read range by different readers and applications*浠ヤ笅浜у搧娌℃湁鍦ㄦ湰璧勬枡涓垪鍑猴紝鏈夐渶姹傝鑱旂郴涓氬姟浜哄憳The following products are not listed, if needed, please contact with SPOTAG*灝忓昂瀵告爣絳炬湁嬈ф爣鍙€夛紝閮ㄥ垎鏈夊縐嶈姱鐗囧彲閫塁an choose ETSI錛?/p> 闃呰璇︾粏

RFID-杞儙綆＄悊鏍囩

RFID杞儙綆＄悊鐢靛瓙鏍囩浠嬬粛錛欼ntroduction of RFID Tire Management Electronic Label鑺墖鍗忚Chip protocol錛欵PC Class1 Gen2,ISO18000-6c宸ヤ綔棰戠巼Working frequency錛?65-868MHz or 902-928MHzIC綾誨瀷IC type錛?                                                    ImpinJMOZAN4QT or customized鍐呭瓨Memory錛欵PC

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RFID涓嶯FC鎶€鏈?/h2>

鍒嗙被: RFID鑺墖搴旂敤,NFC鑺墖闃蹭吉, | 鏍囩: | 2019-03-01

         NFC,鏄疦ear Field Communication鐨勮嫳鏂囩緝鍐欙紝鍗寵繎鍦洪€氫俊銆傚悓鏃朵篃鍙互縐頒箣涓鴻繎璺濈鏃犵嚎閫氫俊錛屾槸涓€縐嶇煭璺濈鐨勯珮棰戞棤綰塊€氫俊鎶€鏈紝涔熸槸涓€縐嶈繎璺濈縐樺瘑鐨勯€氳鏂瑰紡錛岄噰鐢∟DEF(NFC Data Exchange Format)榪涜鏁版嵁浼犺緭銆侼FC is the English abbreviation of Near Field Communication, that is, near field communication. At the same time, it can also be called near field communication, which is a short-range high-frequency wireless communication technology and a

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RFID-鍐烽摼鐗╂祦娓╁害鏍囩

灝哛FID鍜屾俯搴﹁褰曠粨鍚堣€屾垚鐨勬柊鍨嬬洃嫻嬬數瀛愭爣絳撅紝鍦ㄥ畬鎴愮墿璧勮韓浠借瘑鍒殑鍚屾椂鍙堝鍏舵墍澶勭殑鐜娓╁害榪涜嫻嬮噺鍜岃褰曪紝騫剁敤璇誨崱鍣ㄤ究鎹鋒彁鍙栧偍榪愯繃紼嬩腑鐨勬俯搴﹀€鹼紝鍙洿瑙傚湴鍒ゆ柇鐗╄祫鍌ㄨ繍榪囩▼涓幆澧冩俯搴︽槸鍚﹁秴榪囧厑璁歌寖鍥達紝瀹炵幇鍝佽川鍏ㄨ繃紼嬭拷婧€俆he new monitoring electronic tag, which combines RFID and temperature recording, measures and records the environmental temperature of the materials while completing the identification of the materials. The temperature value in the storage and transportation process can be conveniently ext

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RFID-鏈嶈鏅鴻兘綆＄悊

鏈嶈鏅鴻兘綆＄悊緋葷粺鐨勬牳蹇冩槸瀵規帴娣樺疂騫沖彴錛屽疄鏃舵姄鍙栨窐瀹濊鍗曪紝蹇€熸媶鍒嗚鍗曪紝鍖歸厤搴撳瓨錛岃繀閫熼厤璐у彂璐э紝緙╃煭鏈嶈鐗╂祦鏃墮棿錛屾彁楂樿鍗曞畬鎴愮巼銆佸簱瀛樼鐞嗘按騫沖拰璐㈠姟瀵硅處緇撶畻閫熷害銆俆he core of clothing intelligent management system is docking Taobao platform, grabbing Taobao orders in real time, quickly splitting orders, matching inventory, quickly distributing goods and delivering goods, shortening clothing logistics time, improving order completion rate, inventory management level and financial

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RFID ?。妗埥帯鐞嗘欨檭借В鍐虫栆帯?/h2>

鍒嗙被: RFID鑺墖搴旂敤, | 鏍囩: RFID,閲嶅簡RFID,RFID鎶楅噾灞炴爣絳?/a>,RFID鍏徃,?。妗埥帯鐞?/a>,閲嶅簡RFID?。妗埥帯鐞?/a>, | 2019-01-24

瓚呴珮棰戞爣絳劇殑闃呰璺濈澶э紝鍙揪6綾充互涓婏紱瀛樿串鏁版嵁閲忓ぇ錛涚伒媧繪€у己錛涙暟鎹紶杈撻€熺巼楂橈紱澶╃嚎鏈夌嚎鎬у拰鍦嗘瀬鍖栦袱縐嶈璁★紝婊¤凍涓嶅悓搴旂敤鐨勯渶姹傘€俆he reading distance of UHF tags is large, reaching more than 6 meters. Large amount of stored data; Strong flexibility; High data transmission rate; The antenna has two designs, linear and circular polarization, to meet the needs of different applications.?。妗堟槸浼佷笟銆佸憳宸ュ伐浣滅粡鍘嗙殑璁板綍錛屾棤璁烘槸瀵瑰崟浣嶈繕鏄涓漢鑰岃█錛屾。妗堥兘寰堥噸瑕併€傞殢鐫€緇勭粐涓氬姟澧炲錛屽憳宸ヨ妯℃墿澶э紝?。妗堜笉鏂鍔犲Q屾。妗堢鐞嗛銆佷紒浜嬩笟鍗曚綅?。妗埥帯鐞嗗鐨勬。妗埥?/p> 闃呰璇︾粏

RFID-鏃犱漢闆跺敭鏍囩錛圵D7023鍨嬶級

鍙傛暟Parameters錛氳姱鐗嘋hip: NXP (U Code 8 )鏍囩鏉愯川: 75 鐣悎鎴愮焊 (鐧借壊) Label material: 75 times synthetic paper ( white )澶╃嚎鍒剁▼鏂瑰紡: 閾濊殌鍒籄ntenna manufacturing method: aluminum etchingAl(9渭m)+PET(50渭m)  絎﹀悎鏍囧噯Conforming to the standard: ISO/IEC 18000-6C EPC Class1 Gen2   鑺墖瀛樺偍鍖? EPC 128Bits (鍙鍙啓) Chip memory area: EPC 128 bits ( readable and writable )TID錛?6Bits (鍙涓嶅彲鍐? TID: 96 bi

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RFID-鏃犱漢闆跺敭鑺墖鏍囩錛圵D8046鍨嬶級

鍙傛暟Parameters錛氭爣絳炬潗璐↙abel material:  75 鐣悎鎴愮焊 (鐧借壊) 75 times synthetic paper ( white )澶╃嚎鍒剁▼鏂瑰紡Antenna manufacturing method:  閾濊殌鍒籥luminum etchingAl(9渭m)+PET(50渭m)   絎﹀悎鏍囧噯Conforming to the standard錛?ISO/IEC 18000-6C  EPC Class1 Gen2   鑺墖瀛樺偍鍖篊hip memory area: EPC 128Bits (鍙鍙啓readable and writable) TID     96Bits (鍙涓嶅彲鍐檙eadable a

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RFID-灞傛灦綆＄悊鏍囩

 RFID灞傛灦鏍囩,騫挎硾榪愮敤浜庡浘涔﹂/浠撳偍鐗╂祦琛屼笟鐨勬姉閲戝睘璐ф灦鏍囩.楂橀/瓚呴珮棰戜袱涓孌靛潎鏈夎繍鐢紝涓昏閲囩敤RFID鐢靛瓙鏍囩鎶€鏈疄鐜版暟鎹嚜鍔ㄩ噰闆嗗姛鑳斤紝緇撳悎鏁版嵁搴撳強杞歡綆＄悊緋葷粺瀹炵幇鍥句功棣嗚嚜鍔╁€熻繕銆佸浘涔︾洏鐐廣€佸浘涔︿笂鏋躲€佸浘涔︽绱€佸浘涔﹂槻鐩椼€佸€熼槄璇佺鐞嗐€佸浘涔﹁瘉鍙戞斁銆侀钘忎俊鎭粺璁＄瓑絳夊姛鑳姐€俁FID shelf labels are widely used in the anti-metal shelf labels of library / warehouse logistics industry. Both high frequency and ultra-high frequency bands are used, mainly using RFID electronic label technology to realize the function of automatic data

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RFID- 闄剁摲鎶楅噾灞炲皠棰戞爣絳?UHF)

UHF 闄剁摲鎶楅噾灞炲皠棰戞爣絳句粙緇嶏細Introduction of UHF ceramic anti-metal RF tag錛氶櫠鐡鋒姉閲戝睘灝勯鏍囩涓洪€傚悎浜庡湪闄勭潃鍦ㄩ噾灞炶〃闈㈠茍姝ｅ父宸ヤ綔鐨勮秴楂橀RFID鏍囩錛岃浜у搧閲囩敤鍏鋒湁闈炲父濂界殑浠嬬數甯告暟鐨勯櫠鐡鋒潗璐ㄥ皝瑁咃紝澶╃嚎涓虹壒孌婅璁＄殑闀€閾跺ぉ綰匡紝鑺墖鐒婃帴鍦ㄥぉ綰夸笂騫剁敤鐜哀鏍戣剛鐏屽皝淇濇姢銆傝繖縐嶆爣絳捐В鍐充簡榪囧幓涓€鐩村洶鎵癛FID琛屼笟鐨勯拡瀵歸噾灞炵墿浣揜FID鏍囩鏃犳硶宸ヤ綔鐨勯毦棰橈紝榪欑鏍囩璐撮檮浜庨噾灞炵墿浣撹〃闈粛鐒惰兘澶熻幏寰楁洿榪滅殑鎰熷簲璺濈鍜岀伒鏁忓害錛屽叿鏈夊緢澶х殑搴旂敤浠峰€箋€俆he ceramic anti-metal radio frequency tag is an ultra-high frequency RFID tag suitable for attaching to the metal surface and working normally. The product is packa

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RFID-瓚呴珮棰慉BS鎶楅噾灞炴爣絳?UHF)

UHF 瓚呴珮棰慉BS鎶楅噾灞炴爣絳句粙緇嶏細Introduction of UHF  ABS Anti-metal Label錛氳秴楂橀ABS鎶楅噾灞炴爣絳句負閫傚悎浜庨檮鐫€鍦ㄩ噾灞炶〃闈㈠茍姝ｅ父宸ヤ綔鐨勮秴楂橀RFID鏍囩錛岃浜у搧閲囩敤ABS濉戞枡澶栧３瓚呭０娉㈢剨鎺ュ皝瑁咃紝鍏鋒湁鑹ソ鐨勯槻姘寸壒鎬э紝闃叉姢絳夌駭杈懼埌IP65錛屽唴閮ㄥぉ綰夸負鐗規畩璁捐鐨勬姉閲戝睘Inlay錛屽彲鍥哄畾鍦ㄩ噾灞炶〃闈㈠伐浣溿€俆he UHF plastic case label is an UHF RFID label suitable for attaching to the metal surface and working normally. The product is encapsulated by ultrasonic welding of ABS plastic case and has good waterproof property, with the

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RFID-灝勯鏃犳簮鐢靛瓙閾呭皝錛圲HF錛?/h2>

鍒嗙被: RFID鑺墖搴旂敤, | 鏍囩: 浜у搧闃蹭吉,RFID,NFC,UHF瓚呴珮棰?/a>,RFID鐢靛瓙鏍囩,鍖哄潡閾炬函婧?/a>,鍖哄潡閾鵑槻浼?/a>,NFC 闃蹭吉,閲嶅簡闃蹭吉鍏徃,閲嶅簡婧簮鍏徃,閲嶅簡婧簮,閲嶅簡闃蹭吉, | 2018-07-21

RFID 灝勯鎶€鏈數瀛愮數瀛愰搮灝佷粙緇嶏細Introduction of RFID Radio Frequency Technology Electronic Lead Seal錛氱數瀛愰搮灝佹槸涓€縐嶅叿鏈夌壒孌婅嚜閿佺粨鏋勭殑闃蹭吉楂橀RFID鐢靛瓙鏍囩錛屾槸涓撲負鍚勭闃蹭吉闃茬洍絳夊満鍚堝簲鐢ㄧ殑涓€縐嶇壒孌婂皝鍗版爣絳俱€傝繖縐嶆爣絳句負涓€嬈℃€т嬌鐢紝鑳藉鑷攣錛屽叿鏈夐槻鎾姛鑳斤紝緇撴瀯鍙潬錛涗駭鍝佸姞灝佹柟渚匡紝閲囩敤鎵嬪伐鍗沖彲瀹屾垚鍔犲皝錛屾柦灝佸姏鈮?00N錛涘姞灝佸悗錛屽皝綰垮湪涓嶇牬鍧忎駭鍝佺殑鎯呭喌涓嬩笉鑳芥媺鍑猴紝鍏舵姉鎷夊姏鈮?00N銆傝浜у搧宸插箍娉涘簲鐢ㄤ簬鐢佃〃閾呭皝銆侀泦瑁呯閾呭皝銆侀挶綆遍搮灝併€佹補緗愯濺閾呭皝絳夊悇縐嶉攣灝佸満鍚堛€俆he electronic lead seal is an anti-counterfeiting high-frequency RFID electronic tag with a special self-locking structure, and is a sp

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RFID-瓚呴珮棰戞姉閲戝睘鏍囩(UHF)

UHF 瓚呴珮棰戞姉閲戝睘鏍囩浠嬬粛錛欼ntroduction of UHF UHF UHF Anti - metal Labels錛?nbsp;瓚呴珮棰戞姉閲戝睘鏍囩涓洪€傚悎浜庨檮鐫€鍦ㄩ噾灞炶〃闈㈠茍姝ｅ父宸ヤ綔鐨勮秴楂橀RFID鏍囩錛岃浜у搧閲囩敤PCB鏉愯川灝佽錛屽ぉ綰夸負鐗規畩璁捐鐨勫唴閮ㄧ嚎璺紝鑺墖鐒婃帴鍦ㄥぉ綰夸笂騫剁敤鐜哀鏍戣剛鐏屽皝淇濇姢銆傝繖縐嶆爣絳捐創闄勪簬閲戝睘鐗╀綋琛ㄩ潰浠嶇劧鑳藉杈懼埌鏅€歊FID鏍囩鍦ㄦ湪璐ㄧ墿鍝併€佺焊綆辯瓑鐗╀綋琛ㄩ潰璐撮檮鏃剁殑宸ヤ綔鎬ц兘錛屽叿鏈夊緢澶х殑搴旂敤浠峰€箋€俆he UHF anti-metal tag is an UHF RFID tag that is suitable for attaching to the metal surface and working normally. The product is packaged with PCB material, the antenna is a specially design

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RFID-鏈夋簮鍙鏃犵嚎灝勯鏍囩錛圲HF錛?/h2>

鍒嗙被: RFID鑺墖搴旂敤, | 鏍囩: 闃蹭吉,RFID,鐢靛瓙鏍囩,灝勯鏍囩,RFID鐢靛瓙鏍囩,鍖哄潡閾鵑槻浼?/a>,NFC 闃蹭吉,閲嶅簡闃蹭吉, | 2018-07-21

RFID 鏈夋簮鍙鏍囩浠嬬粛錛欼ntroduction of RFID Active Read - only Tag錛氭湁婧愮數瀛愭爣絳炬槸鐩墠鍦ㄤ漢鍛樼鐞嗙浉鍏崇郴緇熶腑搴旂敤鏈€騫挎硾鐨勬湁婧愭爣絳撅紝瀹冮噰鐢ㄢ€滀富鍔ㄥ伐浣溾€濇柟寮忓伐浣滐紝涓誨姩鍚戣鍐欏櫒鍙戝皠淇″彿銆傞厤鍚堝叕鍙哥殑鏈夋簮璇誨啓鍣紝鍦ㄨ壇濂界殑鍙鐜涓嬶紝鏈€澶ц瘑鍒窛紱誨彲杈懼埌100綾沖崐寰勶紝鍙戝皠棰戞鍙皟錛涙爣絳懼唴閮ㄩ噰鐢ㄩ珮鑳芥墸寮忛攤鐢墊睜錛屽閲忓彲閫夈€傛爣鍑嗙幆澧冧笅錛岀數姹犳彁渚涚殑鑳介噺鍙互淇濊瘉鏍囩榪炵畫宸ヤ綔1锝?騫淬€侫ctive electronic tag is currently the most widely used active tag in personnel management related systems. It works in an " active working" mode and actively transmits signals to the re

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RFID-瓚呴珮棰戞煍鎬ф礂?。鏍嚱{?UHF)

UHF 瓚呴珮棰戞煍鎬ф礂娑ゆ爣絳綢ntroduction of UHF UHFrequency Flexible Laundry Label*媧楁釘鏍囩鏈夋鏍囧彲閫?nbsp;Can choose ETSI *鑳藉畾鍒朵笉鍚屽昂瀵窩an customize textile laundry tags by different sizes*鑳芥牴鎹笉鍚岃姱鐗囪繘琛屾礂娑ゆ爣絳懼畾鍒訛紝鏀寔EPC銆佸浗瀵嗐€佸浗鍐涙爣銆佽鐢ㄦ爣鍑嗙殑媧楁釘鏍囩瀹氬埗鍜岄噺浜?nbsp;Can customize laundry tags with different chips*璐ㄤ繚璐板勾鎴?00嬈″伐涓氭礂娑?nbsp;Two year or 200 cycle times warranty*浣跨敤瀵垮懡Cycle life錛?00 嬈″伐涓氭礂娑?nbsp;(More than200 cycle life)  &nbs

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RFID-鍦ㄧ嚎鍙墦鍗頒笉騫茶兌鏍囩錛圲HF錛?/h2>

鍒嗙被: RFID鑺墖搴旂敤, | 鏍囩: 浜у搧闃蹭吉,闃蹭吉鏍囪瘑,RFID,NFC,鐢靛瓙鏍囩,RFID鐢靛瓙鏍囩,鍖哄潡閾鵑槻浼?/a>,NFC 闃蹭吉,閲嶅簡闃蹭吉, | 2018-07-21

瑙勩€€銆€鏍糋auge錛?0X15mm鏍規嵁涓嶅悓搴旂敤瀹氬埗customized according to different applications浜у搧澶囨敞Product Notes錛氬彲鎵撳嵃錛屼綆鎴愭湰錛岀畝鍗曞疄鐢╬rintable, low cost, simple and practicalRFID 鍙墦鍗頒笉騫茶兌鏍囩Introduction to RFID printable sticker浜у搧璇存槑Product description鍗忚Protocol錛欵PC CLASS1 Gen 2 / ISO 18000-6C 鑺墖Chip錛欻3宸ヤ綔棰戠巼Operating frequency:915MHz錛?60-960MHz錛夊瓨鍌ㄥ閲廠torage capacity:96bit瑙勬牸灝哄Size: 鍙畾鍒?nbsp; Customizable宸ヤ綔妯″紡Working mode錛?/p> 闃呰璇︾粏