Linear polarization refers to radiation along a single plane. The details: Polarization refers to type of electromagnetic field the antenna is generating.If tags are not aligned with the antenna's polarization, then circular polarized antennas will read farther than linear polarized antennas. If tags are aligned with the antenna's polarization, linear polarized antennas will read farther than circular polarized antennas. Additionally, lower gain antennas are smaller in size than high gain antennas so, if your application has size restrictions in terms of the antenna's dimensions, you may want to experiment with a lower gain RFID antenna. In short, the higher the gain, the higher the range of the antenna, and vice-versa. In others, you many require a proximity scan so as to not read tags too far away and a low gain proximity RFID antenna is perfect for such a situation. For example, in systems where the tag will always be the same short distance away from the antenna, a high gain antenna simply isn't needed. This begs the question, “why would I want a low gain antenna?” Some environments and applications require a tightly controlled configuration. If you want to make sure your antennas have a longer “reach,” then you need high gain antennas (e.g. The details: Simply put, a higher gain antenna increases the power received from the reader.If you need to read tags up close, use very low gain proximity antennas. If you need less read range, use lower gain antennas. If you need more read range, use higher gain antennas. The following six tips walk you through key hardware specifications that will assist you in determining your optimum setup. It is important that you have the appropriate hardware in place for your application. Some hardware is designed for maximizing read range, while other hardware is designed to limit read range. Regardless of what is stated here, you should always thoroughly test, make any necessary adjustments, and then retest. Before delving into the topic, the importance of testing cannot be stressed enough. Well, you’re in luck because this post will help you troubleshoot some of the common RFID read range pitfalls. RFID reader is connected to your antennas, you've adjusted your power settings, and you've applied your RFID tags to the items you want to track however you're having trouble reading your tags. You're ready to ship, but now you need to comply with RFID mandates. We're here to help you help your clients. We're the right supplier with the right products at the right prices. The pursuit of knowledge requires a well-run operation. See why +30K customers choose atlasRFIDstore.
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