972355106

Series:	*
Part Status:	Active

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

The 972355106 Application Field and Working Principle is a rather unfamiliar term for the majority of the public, yet it is widely used in current technology, industry and many other applcations. However, what exactly such technology involves, what are the application fields, and how is it operated? This article will provide a brief overview of the 972355106 Application Field and Working Principle, from its basic definitions, to application field and working mechanism, in order to have a better understanding of such technology.

Definition

972355106 is a Low Frequency Radio Frequency Identification (LF RFID) technology, which is the use of radio waves to identify objects, often using a code. It can be used to store and retrieve data from tags that are located in the vicinity of the active reader. RFID technology is composed of four components: a tag, a reader or antenna, a controller and software. In the LF system, the reader to tag communication distance is less than one foot, while in the other RFID systems, the tag to reader distances can be as high as 21 feet or more.

Application Fields

RFID technologies including LF reference offer a wide range of real-time applications in various markets and industries. RFID technology can be used for a variety of purposes from automotive asset management to patient tracking to secure patient ID applications. One of the most common applications of LF RFID technology is asset tracking. This technology is used to intelligently track and monitor the location and status of valuable assets in any type of environment. LF technology is very useful and has become quite popular in the supply chain environment, where it is used for tracking both in and outside of warehouses, and can be used to track the location of goods in transit. Another common application of LF RFID is the online identification of assets. LF RFID tags can be used to enable online identification of assets in a variety of fields, such as medical, retail, manufacturing and logistics. This technology makes it possible to accurately identify an object from a few feet away, and can provide real-time updates on asset movements and activities. LF RFID technology is also used in the medical field, primarily for patient safety and tracking purposes. The technology can be used to track and monitor all patients, including those in critical care. This technology is also used to track medical equipment, and can be used to identify medical staff, ensuring that all personnel have the appropriate qualifications and provide the highest level of patient care.

Working Principle

The working principle of LF RFID is relatively simple. The RFID tag itself is comprised of a chip and a RFID antenna. The antenna is composed of two parts: a whip antenna and a receiving antenna. The antenna is powered by a field generated by the reader, and the chip containing the data is activated. When this happens, a signal is transmitted from the tag to the reader, which allows the reader to read the signal. The reader then decodes the signal and can access the information contained within the tag. The reader is in turn connected to a computer, which can use the signal received from the RFID tag to automatically update the asset location, or provide a notification in case an asset is moved. The entire setup makes use of communication protocols such as Modbus, HART, or any other protocol compatible with the RFID reader and the tag.

Conclusion

It is clear that 972355106 Application Field and Working Principle is a powerful technology that has revolutionized many industries. This article has provided a brief overview of the technology, including definitions, application fields, and working principle, which should provide readers with the necessary information to make use of LF RFID technology. By leveraging the power of this technology, businesses can gain better insight into asset location, movement, and status in real time, leading to improved asset management and tracking, increased efficiency, and better outcomes for patients and customers.

The specific data is subject to PDF, and the above content is for reference

Part Number	Manufacturer	Price	Quantity	Description