28148

Series:	--
Part Status:	Obsolete
Style:	Coin
Technology:	Passive
Frequency:	125kHz
Memory Type:	Read Only
Writable Memory:	--
Standards:	--
Operating Temperature:	--
Size / Dimension:	25.00mm Dia

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Introduction to RFID Transponders, Tags, and 28148 Application Field and Working Principle

Radio Frequency Identification (RFID) is a non-contact, automated tracking technology that utilizes specialized tags, transponders, and readers to capture data and to identify items. RFID is a revolutionary technology that enables businesses to improve the efficiency and accuracy of their operations.RFID transponders, tags, and readers are the essential components of any RFID system. RFID transponders are the devices that contain the data and communication elements. These devices respond to RFID readers by broadcasting their stored information in the form of a radio signal. RFID tags are small labels that contain RFID transponders and various other electronic components. They are used to attach RFID transponders to items and objects that need to be tracked. RFID readers are specialized devices that use radio frequencies to activate RFID tags, and to read and write data to and from them.The 28148 application field and working principle are important elements in an RFID system. The 28148 standard is a specification for passive RFID devices that are used in a variety of applications, including asset tracking, medical data management, supply chain management, and access control. This standard defines the power, frequency, and communication protocols that must be used for these types of RFID devices.The working principle behind RFID technology is based on the concept of radio waves. Whenever an RFID reader is within range of an RFID tag, the reader will transmit a radio frequency to the tag, which will activate the tag and allow the reader to communicate with it. The RFID reader will then be able to read the data stored on the tag, and to write new data to it. This is how an RFID system is able to track and manage objects and items.One of the primary benefits of RFID technology is its ability to store and read data without direct contact between the reader and the tag. This means that the reader can be located at a long distance from the tag, and still be able to successfully read the data stored on it. This is especially beneficial in certain situations, such as in warehouses and logistics centers, where items are constantly being moved around.Another benefit of RFID technology is its ability to quickly access large amounts of data. This makes it an ideal technology for tracking and managing resources, such as inventory, supplies, and personnel. RFID technology can also be used for fraud detection, data security, and access control.In conclusion, RFID transponders, tags, and readers are essential components of any RFID system. The 28148 application field and working principle are important elements of this type of technology. RFID technology has many benefits, including its ability to read and write data without direct contact between the reader and the tag, its ability to quickly access large amounts of data, and its use for fraud detection, data security, and access control.

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