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3DCoil Surface Mount RFID Transponder Cap protected - 2.47mH - 3DC15CAP-0247J

Surface Mount 3D RFID Transponder Coil Cap protected - 2.47mH - 3DC15CAP-0247J

3DCoil Surface Mount RFID Transponder Cap protected - 2.47mH - 3DC15CAP-0247J

125kHz / 2.47mH / 17.5x16x4.3mm

3DC15CAP-0247J is customizable.

Suitable for Keyless entry systems, Automotive TPMS with wake up functions and access control.
High drop test resistance (up to 500 times 1 m) due to a maximized pin area.
High stability in temperature (-40ºC to +85ºC).
Isotropic version available.
With cover cap or labelled.
Taped & Reeled.
RoHS Compliant
AEC-Q200

Data sheet (PDF)

Freq. (kHz)	125
Length (mm)	16.0
Lx (mH)	2.47
Ly (mH)	2.47
Lz (mH)	2.47
Q Min	-
Qx Min	22
Qy Min	22
Qz Min	22
SRFx (kHz) Min	400
SRFy (kHz) Min	400
SRFz (kHz) Min	900
DCRx (Ω) Max	75
DCRz (Ω) Max	75
DCRy (Ω) Max	75
Sensitivity x (mV/A/m) Min	65
Sensitivity y (mV/A/m) Min	65
Sensitivity z (mVpp/App/m) Min	65
Cres (pF)	656
Height (mm)	4.3
Width (mm)	17.5

No customer comments for the moment.

Recommended reflow profile.

Reflow soldering, vapour-phase soldering. A maximum soldering temperature of 260ºC during 10 s should not be exceed for (see recommended soldering profile with maximum and minimum temperature-time).

The reflow condition recommended is according to the machine used by our company. Big differences will arise as a result of the type of machine, reflow conditions, method, etc used.

Rated Inductance L_R: Measured at frequency f_L, with impedance analyser WK3260 with 3MHz installed.
Q Factor Q_min: Measured at frequency fL, with impedance analyser WK3260 with 3MHz installed.
Self-resonance frequency fmin: Measured at frequency fL, with impedance analyser WK3260 with 3MHz installed.
DC resistance R_max: Measured at 20ºC ambient temperature, measuring current <I_R.
Sensitivity: Measured with Helmholtz coils 5 turns, 160mm ∅, + waveform generator Agilent 33120A + oscilloscope Agilent 54622A. Contact PREMO RFID for complete measurement specification.