2161311-1

2161311-1 is a radio frequency identification (RFID) system with a range of electronic features that are designed to help businesses automate tasks traditionally done manually. It is a two-way radio frequency technology that can identify tags and encode them for storage and retrieval. With its wide range of applications, 2161311-1 can be used in a variety of industries, from retail and manufacturing to banking and automotive sectors.

Application Field

RFID technology can be applied in many different fields, such as authentication, asset tracking, inventory management and supply chain management. RFID tags can store a wide range of data, from simple serial numbers up to more complex digital health information. The 2161311-1 system is suitable for applications that require precise tracking, such as healthcare, manufacturing, logistics and many other sectors.

Working Principle

The 2161311-1 system consists of two parts, a reader and a tag. The reader uses radiofrequency (RF) energy to communicate with RFID tags. The reader generates an RF field. When an RFID tag enters the field, the tag is activated and transmits data back using the radio waves. The reader captures the data and sends the information back to the control system, which can record and analyse the data.

In order to transmit data from tag to reader, the 2161311-1 system uses a load modulation-based communication protocol. The tag modulates specially designed waveforms used by the reader to extract the data.The transmission time is kept short in order to minimise interference with other nearby RFID readers.

The data exchange is completely automatic and requires no manual intervention. This reduces the cost of manual operations and increases the speed and accuracy of data transmission.

2161311-1 RFID systems have the potential to revolutionize the way businesses use technology and automate many of the manual tasks that are traditionally done by people. With its wide range of applications, it can benefit both businesses and individuals alike.