What may cause rfid uhf tags to fail?
Generally, these three situations may cause the RFID tag to malfunction:
The first case: the tag is damaged, there are chips inside rfid uhf tags, if the chip receives external pressure, it may cause high static electricity and may fail. If the signal receiving antenna in RFID is damaged, it may cause failure. When maintaining RFID electronic tags, it is best not to be damaged or torn under pressure. RFID electronic tags with high requirements are usually packed in plastic cards to avoid damage by external forces.
The second case: material shielding, because the RFID electronic tag cannot penetrate metal, and it is difficult for the tag to penetrate water, and water can absorb the wavelength of the signal, so the sensing distance is limited. When covered, RFID can penetrate non-metallic or non-transparent materials such as paper, wood, and plastic, and it can perform penetrating communication. Bar code scanners need to be able to read barcodes at short distances and without obstructions.
The third case: the reading distance is too far. In actual use, in the application of high-frequency RFID electronic tags, the position of the 13.56MHz RFID electronic tag must be considered. Because the tag size is large and the actual allowable space is limited, RFID electronics The tag needs to be directly attached to the metal surface or a position close to the metal device, but in this way, during the identification process, the RFID electronic tag is susceptible to the eddy current interference of the battery aluminum alloy metal stamping shell, which will cause the RFID tag. The actual effective reading distance is greatly shortened or unresponsive.
The first case: the tag is damaged, there are chips inside rfid uhf tags, if the chip receives external pressure, it may cause high static electricity and may fail. If the signal receiving antenna in RFID is damaged, it may cause failure. When maintaining RFID electronic tags, it is best not to be damaged or torn under pressure. RFID electronic tags with high requirements are usually packed in plastic cards to avoid damage by external forces.
The second case: material shielding, because the RFID electronic tag cannot penetrate metal, and it is difficult for the tag to penetrate water, and water can absorb the wavelength of the signal, so the sensing distance is limited. When covered, RFID can penetrate non-metallic or non-transparent materials such as paper, wood, and plastic, and it can perform penetrating communication. Bar code scanners need to be able to read barcodes at short distances and without obstructions.
