Case Study

RFID Deactivator PCBA Functional Test System

The core of this case is not a single RFID function, but a combined RF plus optical/LED plus programming plus functional distance test. NI LabVIEW is used to organize the test flow.

Project Overview

Functional test case for RFID Deactivator PCBA covering online programming, LED verification, RF signal/power test and tag deactivation distance validation.

Testing Requirements

  • Perform automatic online programming.
  • Perform LED verification through an LED analyzer.
  • Execute RF signal test, RF power test and RFID tag deactivation distance test.

System Architecture

Test SoftwareProgram / LED Analyzer / RF Test / Distance ValidationDUTRFID TagResult

Key Test Items

Automatic Online ProgrammingLED Verification via LED AnalyzerRF Signal TestRF Power TestRFID Tag Deactivation Distance Test

Engineering Challenges

  • One station needs to integrate programming, LED optical verification, RF test and functional distance validation.
  • Tag deactivation distance needs to be treated as functional range verification.
  • The test flow needs to reduce result variation from manual operation.

Implementation

  • NI LabVIEW is used for test flow, equipment control and result judgment.
  • Program, LED analyzer, RF test and distance validation are organized into one test sequence.
  • Key functional test results are recorded for production judgment.

Engineering Outcome

  • An automated functional test system was built for RFID Deactivator PCBA.
  • Programming, LED, RF and functional distance verification are covered together.
  • Unconfirmed RFID frequency, protocol or power-accuracy claims are not published.

Related Solutions

Related Engineering Capabilities

ProgrammingRFVision / Optical VerificationSoftware
View Engineering Capabilities

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