100254

100254

  • Description:RFID TAG R/W 860-960MHZ INLAY
  • Series:Impinj® Monza® 5
  • Mfr:Avery Dennison RFID
  • Package:Strip

SKU:14b494aa37dd Category: Brand:

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Product Detailed Parameters

  • Description:RFID TAG R/W 860-960MHZ INLAY
  • Series:Impinj® Monza® 5
  • Mfr:Avery Dennison RFID
  • Package:Strip
  • Style:Inlay
  • Technology:Passive
  • Frequency:860MHz ~ 960MHz
  • Memory Type:Read/Write
  • Writable Memory:128b (EPC)
  • Standards:EPC, ISO 18000-6
  • Operating Temperature:-40°C ~ 85°C
  • Size / Dimension:1.630" L x 0.630" W (41.40mm x 16.00mm)

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100254

Buying Guide
Summary

Avery Dennison RFID 100254 is an electronic component in RFID Transponders, Tags category. Key specs: description: RFID TAG R/W 860-960MHZ INLAY; series: Impinj® Monza® 5; packaging: Strip; temperature: -40°C ~ 85°C; frequency: 860MHz ~ 960MHz.

Selection Notes
  • For 100254, validate the operating temperature range (-40°C ~ 85°C) against your environment.
  • For 100254, confirm the operating frequency (860MHz ~ 960MHz) and any related tolerance requirements.
  • For 100254, for replacements, match pinout/footprint first, then verify min/max ratings and timing margins (series Impinj® Monza® 5; packaging Strip).
FAQ

What should I provide for an accurate quote for 100254?
Send the part number (100254), quantity, target delivery date, and any required packaging or documentation.

Who is the manufacturer/brand for 100254?
Avery Dennison RFID

What is the operating frequency of 100254?
860MHz ~ 960MHz

What is the packaging of 100254?
Strip

Application Scenarios
For Avery Dennison RFID 100254 in the RFID Transponders, Tags category, engineers prioritize integration risk control, documentation, and repeatable performance in production. They shape RF performance by controlling gain, matching, filtering, routing, and isolation in high-frequency signal paths. Engineers focus on layout discipline, controlled impedance, grounding, and shielding to prevent spurs, desense, and compliance failures. In aerospace telemetry, predictable RF routing and isolation improve resilience to interference and maintain link margin over long distances. In industrial sensing, RF front ends support radar and presence detection where phase noise and filtering influence range accuracy. Overall, disciplined selection and verification reduce integration risk and improve field reliability.
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