Sensors,
Год журнала:
2025,
Номер
25(6), С. 1906 - 1906
Опубликована: Март 19, 2025
The
aim
of
the
research
is
to
investigate
impact
laser
operation
parameters
on
LIG
(laser-induced
graphene)
process.
It
focuses
evaluating
feasibility
using
induced
conductive
layers
create
antenna
circuits
that
are
dedicated
radio-frequency
identification
(RFID)
technology.
Given
specific
design
textile
RFIDtex
transponders,
applying
technique
fabricate
modules
a
flexible
substrate
(e.g.,
Kapton)
opens
new
possibilities
for
integrating
RFID
labels
with
modern
materials
and
products.
paper
analyses
efficiency
energy
data
transmission
in
proposed
innovative
UHF
RFIDLIG
tags.
signal
strength,
read
range,
effectiveness
estimated
experimental
setup,
providing
key
insights
into
performance
devices.
Based
obtained
results,
it
can
be
concluded
changes
cutting
parameters,
size
graphene
layer,
method
fixing
Kapton
significantly
affect
quality
cutting/engraving
components
conductivity
burned
paths.
However,
these
do
not
directly
correct
owing
fact
structures
resistant
external
impacts.
Nevertheless,
an
increased
range
readout
from
tags
achieved
by
paths
higher
conductivity.
results
confirm
validity
concept
provide
foundation
further
adapting
automated
logistics,
ultimately
leading
development
more
versatile
solutions
processes.
