85788

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85788 technology is a non-contact passive wireless identification technology developed for industrial automation and Internet of Things applications. This technology is widely used in many fields such as smart access control, asset management, identification cards, anti-counterfeiting and traceability systems, wireless sensor networks and medical health systems. It does not require batteries and is powered by the same electromagnetic field from a reader.

The working principle of this technology is based on Faraday\'s law of induction. It works by detecting the magnetic field generated by the reader and using it to generate an electric field response. The magnetic receiver is then able to read the electric field response and can decode the data encoded in the response.

85788 technology has a range of advantages compared to traditional RFID tagging. It has higher reading distance, faster communication speeds and does not require the user to be in line of sight of the reader. It is also more reliable than other technologies and has higher security. It can also be used in environments with high levels of interference or disturbed electromagnetic fields.

This technology also has a range of disadvantages. One of the main disadvantages is that it is power hungry. It requires a lot of power to generate the necessary electromagnetic field for the electronics to operate. This means that it is not suitable for applications where users need to be mobile and use the device for a long period of time. It also requires specialized components and expensive manufacturing processes, which can make it more expensive than other technologies.

85788 technology is a powerful technology for industrial automation and Internet of Things applications. Its high performance, reliability and security make it an attractive choice for many applications. It is a cost effective solution for wireless asset tracking, access control and other related applications. Its ability to operate in disturbed electromagnetic fields also makes it suitable for challenging environments.

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