RFID Tags

SKU: C-826Duration: 32 Minutes

Pay-per-view (PPV) format perfect for individual users.

Get immediate access to this interactive eLearning course online. Must be used within 30 days, expires 48 hours after launch.

Language:  English

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Course Details

Specs

Training Time: 32 minutes

Compatibility: Desktop, Tablet, Phone

Based on: Industry Standards and Best Practices

Languages: English

An RFID tag consists of an antenna that is connected to a data-containing integrated circuit. These small tags can be attached to almost any object, thereby giving it a unique identification number which can be read without contacting the object. Tags can be passive, operating on the energy of the radio waves of the reader, or active, which means they are powered by a built-in battery. RFID tags come in just about every shape and size imaginable. The packaging is determined by their intended use and the frequency at which they operate.

Learning Objectives

At the end of this module, you will be able to:

  • List the primary components of an RFID system
  • List the primary components of an RFID tag
  • Describe the advantages and disadvantages of the different frequencies at which RFID systems operate
  • Describe the differences between passive tags and active tags
  • Describe what information is typically stored in memory on an RFID tag
  • Describe the role of an antenna in a tag

Key Questions

The following key questions are answered in this module:

Why do RFID systems use different frequency ranges? Isn't there a single range that is optimal?
RFID systems work in 4 different frequency ranges that differ in read range, read speed, and resistance to radio interference. Frequency must be optimized separately for each application.

What is the difference between a "passive tag" and an "active tag"?
Passive tags are powered by the reader's antenna radio field, while active tags contain a built-in power source, usually a battery.

What are the advantages of active tags, which cost more?
Active tags have longer read ranges, can be read more quickly, and can be configured to act as transponders or beacons.

How can RFID tags be used as environmental sensors?
Some specialized RFID tags have built-in sensors that can detect and record conditions such as temperature, pressure, and humidity.

How are RFID tags used to prevent theft in retail operations?
Single-bit, or electronic article surveillance (EAS), tags are meant to communicate one bit of data, that is their presence. EAS tags are widely used in anti-shoplifting applications.

Sample Video Transcript

Below is a transcript of the video sample provided for this module:

An RFID interaction requires a transponder, or tag, and an interrogator, or reader, which is usually connected to a computer. A tag is made up of an antenna and a small integrated circuit which has a radio receiver, control logic, and digital memory containing a unique serial number related to the tagged item. The tagged item may be a person, animal, pallet, automotive part, or other physical object. A reader has a radio transmitter and receiver, plus a controller which interprets radio signals and interfaces to a computer. By transmitting radio waves and interpreting the returned signals, a reader can retrieve the information held on a tag. That information is then relayed to a database on a computer for further action.

Customer Q&A

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