Short Info:
This video demonstrates how UHF RFID antennas from Kathrein Solutions are selected for specific applications based on certain criteria. Key parameters are explained in detail.

Content:
How does a Kathrein UHF RFID antenna work, and what range must the antenna parameters be within for optimal functionality? There are many UHF RFID antennas used in various applications including logistics, production, ITS, healthcare, hospitality, and access control. For example, Kathrein offers the "Manufacturing and Logistics System" flyer, which clearly outlines the specific applications and the antennas needed for them. Basic distinctions can be directly downloaded from our homepage à Radiation Patterns. What are the parameters for antenna gain, and how can they be compared? What is meant by polarization, and how does it affect the reception of transponders? What are the parameters for the beamwidth, and how is it interpreted? How does reading distance affect the detection of transponders? What parameters need to be considered when using antennas outdoors?

Summary:
Kathrein RFID antennas provide the best conditions for use in a variety of applications. The respective parameters for antenna gain, beamwidth, polarization, and sealing allow the user to find the perfectly suitable antenna for the specific application.

More Info:
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