100286

Series:	NXP UCODE 7
Part Status:	Active
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:	60.00mm x 4.00mm

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RFID Transponders, Tags, and 100286 Application Field and Working Principle

RFID (Radio Frequency Identification) transponders, tags, and readers are autonomous micro-radio transceivers designed for the reliable identification and identification of individual objects. The work of RFID transponders, tags, and reader is based on the principle of radio frequency identification.The term “RFID” stands for Radio Frequency Identification. It refers to the use of radio waves to identify objects. RFID systems are composed of three components: RFID transponders, tags, and reader. A transponder is a tiny device, usually the size of a postage stamp, that carries an electronic data carrier, allowing it to be read by a reader. The tag is the device that is read by the reader, and typically has an antenna to receive radio signals from the reader and store information about the tag. The reader is the device that reads the data on the tag and sends it back to a centralized computer system.The basic purpose of RFID technology is to enable automated, accurate identification and tracking of objects, through a variety of communication methods including radio frequency, magnetic field, optical and acoustic link. Each of these RFID components, and their associated application field, are detailed below.

RFID Transponders

RFID transponders are tiny modules operated by radio waves, that are embedded in the form of tags. They are used for remote identification of items. RFID transponders, also known as radio tags, typically have various features such as an embedded processor and memory, an embedded antenna, and a receiving amplifier. The various components are put together on a small tag and then embedded into a larger tag designed for the purpose.The most common application field of RFID transponders is in bulk shipping identification and tracking. Here the tag is attached to the bulk container and a reader is used to capture the information encoded in the transponder. This information is then stored in a central computer system for inventory management and tracking.

RFID Tags

RFID Tags are a type of RFID transponder that contains a small radio-frequency antenna. They are typically placed on an object, and then activated by a reader. The RFID tag includes an integrated circuit for storing and processing information that is associated with the tag. This tag is then read by the RFID reader and the data is transmitted to the central computer system.Tags are typically used in a wide variety of applications. Common applications include asset tracking, security control, process control, product authentication, and automated payment systems. The most common type of RFID tag is the passive tag. This type of tag is simply an RFID antenna with an integrated circuit that is powered by the reader, enabling it to capture and transmit data to the reader. The advantage of this type of tag is that there is no battery and it is often cheaper to manufacture.

RFID Reader

An RFID reader is a device that transmits a signal from an RFID transponder or tag and reads the encoded information back. The reader is connected to the central computer system and configured to read data from a specific tag or group of tags. The reader is responsible for extracting the information stored on the tag and sending it back to the computer.The most common application for an RFID reader is in automated identification and tracking systems. These systems are used to enable identification and tracking of objects in a secure and automated manner. They are often used in asset tracking, process control, and security control.

100286 Application Field and Working Principle

The 100286 RFID reader is an advanced reader based on the advanced RFID standard ISO/IEC 15693. It is designed to be highly reliable and offer an extended read/write distance, enabling reliable and efficient identification of multiple objects.The 100286 RFID reader works on the principle of radio frequency identification. It has a robust power output and is capable of reading tags from up to 3-6 meters. The reader includes an integrated antenna that is used to receive the transmitted signal from the tag, and it is connected to a processor for decoding and processing of the signal. The processor is then connected to a central computer system for data capture and management.The 100286 RFID reader is typically used in a variety of applications, including asset tracking, process control, security control, product authentication, and automated payment systems. Its extended read/write distance makes it ideal for large-scale identification and tracking of multiple objects.

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