From RFID+ Study Guide and Practice Exam
What it Really Means
4.1 Classify tag types.
Understand the types (active and passive) and classes of the tags. You must understand that the passive tags can operate at all frequency ranges: LF, HF, and UHF. Especially don't forget the UHF passive tags. You must also understand that tags at LF and HF often use inductive coupling, and passive tags can use backscattering.
4.2 Given a scenario, select the optimal locations for an RFID tag to be placed on an item.
You must understand that the requirement in placing a tag is that it must be easily read by a reader. Also understand that tags need to be put into different forms before they can be attached to items. You must also know that different application requirements have given rise to different forms of tags such as inserts, smart labels, and tie-on tags. Understand the issues regarding the placement of tags such as tag orientation, material of and around the tag, and selecting the adhesive to attach the tag.
The items that you need to identify and track are tagged with, well, tags. So, a tag is the "better half" of the RFID system because it contains information about the item to which it is attached and has the capability to provide that information on request. A tag makes it to the item in three steps: The tag with the basic functionality is manufactured, the tag is turned into a label, and the label is placed...
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Overview Exam Objectives What It Really Means 1.1 Describe interrogator functionality Understand the functionalities, capabilities, and features offered by interrogators. You must understand that...
Introduction The items that you need to identify and track are tagged with, well, tags. So, a tag is the better half of the RFID system because it contains information about the item to which it is...
Chapter List Appendix A: Typical Application Profiles Appendix B: Bibliography This table presents common technology choices for various RFID applications. Application Approach Tracking and...
Introduction An RFID system is based on communication between an interrogator and a tag. The tag is attached to an item that needs to be identified and tracked, and it contains the information about...
Although RF tags are not identical, they have a common identification field, usually 64–128 bits in length and a unique numerical value (see Table 5). They must have a source of electrical power...