3DC11F
SMD Foam Label 3D Coil 13x11.6x4.2mm(2.38mH - 7.2mH) Low Pro le
3-Axes Transponder Inductor (3DCoils)
Characteristics
- Evolution of the 3DC11LP series.
- The foam, placed on the top of the part, absorbs
better the shocks and, thus, improves the mechanical
cperformance
of the piece.
- Very good electrical performance.
- High stability in temperature (-40ºC to +85ºC).
- High sensitivity values.
- The inductivity in each axis can be customized to
achieve customer requirements.
- Designs at lower frequencies, 20 kHz or 40 kHz, show
a very good electrical performance as well.
Dimensions and recommended pad layout
All dimensions in mm
Tolerances unless otherwise speci ed: ±0.20mm
Pins coplanarity 0.15mm
Electrical speci cations
P/N
Sensitivity
L
Q
Fre-
SRF x,y SRF z DCR DCR
Cres
Length Width Height
x,y,z x,y,z quency
(kHz) (kHz) x,y (Ω) z (Ω) x,y,z (mVpp/
(pF)
(mm) (mm) (mm)
(mH) Min (kHz)
Min
Min
Max Max App/m) Min
25
32
25
125
125
125
680
330
225
500
350
330
900
600
500
50
74
84
50
98
120
40
65
72
13.0
13.0
13.0
11.6
11.6
11.6
4.4
4.5
4.5
3DC11F-0238J 2.38
3DC11F-0491J 4.91
3DC11F-0720J 7.20
This chart is a reference guide for the most common required values at working frequency of 125 kHz. Any other inductance value
at LF or tighter tolerances can be provided. Also can be supplied different inductance values in the different winding axis. Please
contact our sales department for any inquiry.
L and Q factor measured at 125 kHz, 1 Vac.
Sensitivity measured with Helmholtz coils H=8.36 App/m @125 kHz. Contact us for measurement speci cation.
SRF: Self Resonant Frequency of the coil.
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