Viwango vya RFID vinavyotumika kwa usambazaji wa tena ABS, ni mahusiano ya majani na kuangalia mifumo ya uchumi, zinatayarisha kama alama kwa utimizaji wa store za maghara, na kufuata mambo yaliyochaguliwa, inaweza kupatikana juu ya papa, kutetemeka, mashine na kadhalika. Kwa matumizi yasiyo ndani ya nyumbani, unaweza kuhakikisha jivunzo la epoxy la kuhifadhi maji. Unaweza pia kuhakikisha kiungo cha kuboresha cha metali kwa ajili ya masharti ya metali ili kuganda uzito wa kusoma.

Chip |
TK4100 (Imeboreshwa) |
Vipimo |
52mm / 25mm / 30mm kipenyo (Inapaswa) |
Unene |
Kipepeo cha 3mm, Kipenyo cha kifundo: 5mm |
Nyenzo |
ABS Au PC |
Daraja la IP |
IP 65 |
Jukumu la Temperesia |
-40~80° |
Temperesia ya Kazi |
-40~70°C |
Kumbukumbu |
1K bits (Inapendeza kwenye chipu) |
Mstari wa Tofali ambapo idadi ya uwezo ni nzuri zaidi |
64 bits |
Uhai wa IC |
Muda wa kuandika wa 100,000 madaMuda wa kuhifadhi taarifa za miaka 50 |
Maombi:
1. Utimizaji wa Mfumo wa Uteuzi
2. Utuzi
3. Utuzi wa Gari
4. Biashara na Vilemba Vinavyopendekezwa
Kipengele:
*Utumishi wa asili
*Ufuatiliaji wa umbali: >4cm
*Inajisaidia kusoma na kuandika kwa kiwango cha kasi
*Majengo mpya ya mekaniki, inapendekeza kwa mazingira ya nje
*Materiale ya 100% si ya maganeti, inaweza kutumika ndani ya sehemu ya meneja ya usimamizi wa mfumo wa uchambuzi na usimamizi wa asili

Chips ya HF 13.56 MHz (sehemu) |
Jina la Chip |
Mradi |
Uwezo |
Masafa |
MIFARE Ultralight EV1 |
ISO14443A |
80 byte |
13.56 MHz |
MIFARE Ultralight C |
ISO14443A |
192 byte |
13.56 MHz |
MIFARE Classic S50 |
ISO14443A |
1K |
13.56 MHz |
MIFARE Classic S70 |
ISO14443A |
4K |
13.56 MHz |
MIFARE DESFire |
ISO14444A |
2K\/4K\/8K |
13.56Mhz |
Icode slix |
ISO15693 |
1024 bits |
13.56 MHz |
ICODE SLI |
ISO15693 |
1024 bits |
13.56 MHz |
ICODE SLI-L |
ISO15693 |
512 bits |
13.56 MHz |
ICODE SLI-S |
ISO15693 |
2048 biti |
13.56 MHz |
NINAFANYA KODI SLIX2 |
ISO15693 |
MTU 2528bits |
13.56 MHz |
NTAG213 |
ISO14443A |
180 baiti |
13.56 MHz |
NTAG215 |
ISO14443A |
540 baiti |
13.56Mhz |
NTAG216 |
ISO14443A |
180 au 924 baiti |
13.56 MHz |
NTAG213TT |
ISO14443A |
180 baiti |
13.56 MHz |
NTAG424 DNA TT |
ISO14443A |
416 baiti |
13.56 MHz |
FeliCa Lite S RC-S966 |
ISO/IEC 18092 |
224 baiti |
13.56Mhz |
860-960MHz Chips(sehemu) |
Jina la Chip |
Mradi |
Uwezo |
Masafa |
Alien H3(Higgs 3) |
ISO18000-6C |
EPC 96-496bits, User 512bits |
860~960 MHz |
Alien H9(Higgs 9) |
ISO18000-6C |
EPC 96-496bits, User 688 bits |
860~960 MHz |
Impinj Monza 4 |
ISO18000-6C |
96 bits |
860~960 MHz |
Ucode 7 |
ISO18000-6C |
128bits |
860~960 MHz |
UCODE 8 |
ISO18000-6C |
EPC 128bits |
860~960 MHz |
Ucode 8m |
ISO18000-6C |
EPC 96bits, User 32Bit |
860~960 MHz |
Ucode 9 |
ISO18000-6C |
EPC 96bits, Tumia 32Bits |
860~960 MHz |
UCODE G2iL |
ISO18000-6C |
128 bits |
860~960 MHz |
U Code DNA |
ISO18000-6C |
EPC 128bits, Tumia 3072Bits |
860~960 MHz |
U Code HSL |
ISO18000-6C |
UID 8Bytes, Tumia 216Bytes |
860~960 MHz |
Monza 4D |
ISO18000-6C |
EPC 128bits, Tumia 32bits |
860~960 MHz |
Monza 4qt |
ISO18000-6C |
512bits |
860~960 MHz |
Monza R6 |
ISO18000-6C |
96bits |
860~960 MHz |
Monza R6-P |
ISO18000-6C |
32bits |
860~960 MHz |
EM4124 |
ISO18000-6C |
96bits |
860~960 MHz |
EM4126 |
ISO18000-6C |
208bit |
860~960 MHz |
EM4423 |
ISO18000-6C |
Mtu 160/64bits |
860~960 MHz |