RFID Polarization: Linear vs. Circular Explained

A big mistake that many RFID users make when going to buy their first RFID reader is neglecting to choose the right antenna polarization for their application.
There are two types:
Linear and Circular Polarization
Failing to choose the right one could prevent your RFID system from achieving the results you want.
Find out the difference and how to choose the right one for you!
#RFID #RFIDreaders #Polarization #RFIDtags #IDMadeBetter #RFIDMadeBetter

[@upaliaparajitadash4971]

Great video... thanks for giving clarity on polarization

[@user-chan37]

감사합니다. 많은 도움이 되었습니다!! 설명을 정말 쉽게 잘해주시네요.

[@asadalikhan4702]

Amazingly simplify the complex geometry understanding

[@kevingheorghe]

really helpful... Great work keep making videos

[@greytrunkrfidassettracking3003]

Great information!!

[@georgealbo]

thanks , i wish you made an episode about the UHF encoding types in the world most used encodings ,decoding for the UHF

[@techmadesimple-ColynnBlack]

I can certainly make a video about most common UHF encoding schemes but I’m not very clear about what you mean by “decoding”, can you explain?

[@mattmullen2329]

This may be a dumb question, but if you were using a linear reader, could you just perform two passes, one in a vertical orientation and one and a horizontal orientation? Orientation? And get a better read at a greater distance?

[@techmadesimple-ColynnBlack]

Absolutely! Simply rotating a linear polarized antenna 90 degrees could achieve the further read range results. Why users choose to use circular polarized is when read range isn't an issue and then it's much easier not having to worry about orienting the reader correctly.

[@Graham_Wideman]

Polarization and Polarity are two entirely different concepts.