Descriptions:
RFID transmitters have a memory that can be written at least once and read as many times as desired, containing the immutable identity of the object. In transmitters with writable memory, additional information can also be stored or existing information can be adjusted during use. A fundamental distinction is made between active and passive RFID tags, whereby a passive tag is powered exclusively by high-frequency energy from the antenna during the communication process, while an active RFID tag also has an internal battery.
RFID transmitters are available for different frequency ranges:
Long wave 125-134 kHz
Shortwave 13.56 MHz
UHF at 865-869 MHz (European frequencies)
Application:
Vehicle identification, personal identification (eg ID card, passport, access control)
Authentication features for drugs
Printed circuit marking in the textile and apparel industry as well as accessories and jewelry
Animal identification
Merchandise and inventory management in logistics, libraries and archives, retail
Positioning in industry or hospital logistics
Time recording (e.g. in high performance sports)
Trash disposal
Access and access control
Specifications:
Antenna technology: aluminum etching
Bed Material: PET
Antenna thickness: 0.01mm
Layer thickness: 0.03mm
Frequency: 860MHz ~ 960MHz
Readable distance: 1 ~ 10 M
Standard protocol: ISO / IEC 18000-6C; EPC CLASS1 G2
IC: NXP-XM/XL/HSL; Alien-H2/H3; Impinj-M2/M3
Storage: 96 bits
Number of times to write information per tag: 10,000 times (HSL: 100,000)
Data storage: 10 years
BaudRate : 640K bits / s (HSL: 40K bits / s)
Size: 100mm x 12mm
Features:
The biggest advantage of RFID tags: There is no need for visual contact between the object and the reader. In addition to making data easier to read, this also enables bulk reading and recording. This means that several objects, e.g. b. Large quantities of specified load carriers such as reusable containers can be read simultaneously. This means saving time for employees in incoming and outgoing goods, because they do not have to scan each container or product individually, but the recording is done automatically and much faster using so-called RFID gates. .
Its versatile design allows it to be used on various surfaces such as wood, plastic, glass, cardboard and non-metallic materials.