100254 RF/IF and RFID

Series:	Impinj® Monza® 5
Part Status:	Obsolete
Style:	Inlay
Technology:	Passive
Frequency:	860MHz ~ 960MHz
Memory Type:	Read/Write
Writable Memory:	128b (EPC)
Standards:	EPC, ISO 18000-6
Operating Temperature:	-40°C ~ 85°C
Size / Dimension:	41.40mm x 16.00mm

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RFID Transponders, Tags, and 100254 Application Field and Working Principle RFID, or radio-frequency identification, is a technology that uses electromagnetic fields to identify and track tags that are attached to objects. These tags contain electronically-stored information which can be retrieved by a reader. RFID tags can be used to identify and categorize various items, including people, animals, objects, and even entire populations. Additionally, RFID technology can be used to track, monitor, and control access to stores, offices, and other places.The 100254 is an RFID (Radio-Frequency Identification) transponder, also referred to as a tag. This tag is a passive device, meaning that it requires no external power to operate. Instead, it relies solely on the energy transmitted by a reader in order to communicate with it. This transponder is small and lightweight, making it suitable for applications where space is at a premium.The 100254 uses a unique 64 bit identifier for identification. Its responses to the reader are encoded using a Manchester coding format. This implies that the data transfer rate is 125 KHz. The tag is capable of transmitting data up to 1.5 meters in line-of-sight conditions, or up to 0.75 meters in presence conditions.The 100254 has a wide range of applications, including but not limited to asset management, asset tracking, inventory control, security access control, and personnel identification. It is also used in manufacturing environments for product traceability, as well as in container tracking and safety solutions.The 100254 works by using radio waves to communicate with a reader which is placed near it. When a reader is placed near the tag, it will detect the tag’s unique ID number. This information is then passed on to a computer, which can use it to identify the tag’s information.The tag can also be programmed with other data, such as location information, product information, or any other data that is needed. This information is then stored due to the fact that it is embedded in the tag’s memory. When the tag is placed near a reader, the reader can then extract this information in order to access it.The primary working principle behind RFID tags is based on the use of electromagnetic fields and radio waves. When a reader is placed near a tag, it will transmit an electromagnetic field. When this field reaches the tag, it will induce an electric current in the tags small antenna. This current is then used to trigger a process that will enable the tag and the reader to communicate with each other by sending small packets of information back and forth. The working principle of the 100254 using RFID technology is based on the process explained above. In other words, the tag utilizes radio frequency waves or electromagnetic fields to communicate with a reader. This will then enable it to receive and transmit data that is encoded in its memory, such as its unique identification number and any other information that it is programmed to carry. Overall, the 100254 RFID transponder is an important and useful technology for a variety of applications. By utilizing radio frequency waves and an electromagnetic field, it can provide a simple and secure way of gathering, sharing, and tracking data. This technology is highly reliable and can be used for many different tasks including access control, asset tracking, and personnel identification.

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