logo_NFC_blueHF & NFC Inlay ⌀9 mm
13.56 MHz RFID Transponder Inlay Cu

HF-inlay D9 Cu

LUX-IDent smart inlays are ultra-thin, flexible and designed to be combined with the ideal RFID chip type to attain highest possible performance level at minimum cost.

Design & Applications

The inlays are ready for converting into various types of smart labels / tickets / tags as typically used for RFID applications in:

  • Logistics
  • Asset management
  • Supply chain management
  • Transportation
  • Identification and authentication
  • NFC

Inlay overview with dimensions – in reel format (mm)

HF-inlay D9 Cu drawing

The chip position in MD direction can vary depending on the inlay tuning frequency and chip size (type).

Cross section

HF-inlay Cu cross-section

RFID chip types

Chip type
ISO 15693
ISO 18000 3M3
ICODE® family HC types only
ISO 14443A MIFARE Ultralight® EV1/C, NTAG™213/215/216
NFC MIFARE Ultralight® EV1/C, NTAG™213/215/216
ISO 15693 my-d™ vicinity
ISO 14443A
ISO 15693
ISO 14443A ST25TAxxx family
NFC ST25TAxxx family
EM Microelectronic
ISO 15693
NFC EM4423(HF)
ISO 15693 MB89R‑family

Other ICs are available upon request.


Operation temperature −25°C to 70°C/85°C, depending on chip specification
Storage conditions 1 year at 10°C to 25°C, maximum 60% relative humidity
Thermal humidity test 168h at 85°C / 85% humidity
Temperature cycle resistance 250 cycles at −40°C to 85°C

Chip upside: ∅ 30mm

  • 15N 35 mm (CD)
  • 30N 48 mm (CD)

Chip downside: ∅ 40mm

  • 15N 35 mm (CD)
  • 30N 48 mm (CD)
Shear force onto chip 10N / mm² chip area
ESD voltage immunity ±2kV max. peak – human body model (HBM) accord. to chip specification

Inlay delivery details

Quantity on reel 5,000 / 10,000
Reel dimension ∅ Reel: 265 mm / 365 mm
∅ Core: 76.2 mm (3”)
QC inspection inline 100% electrical UID test with bad marking of rejected inlays

Product codes

L15-D009C11-xxx (50pF)
L15-D009E11-xxx (97pF)


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