|Freq. (kHz)||Lx (mH)||Ly (mH)||Lz (mH)||Qx Min||Qy Min||Qz Min||Height (mm)||Length (mm)||Width (mm)|
The 3DC1515CAP series is an evolution of the 3DC1515 series, which combines the characteristics of the newest 3D coil from PREMO RFID and the advantages of a high quality plastic material used for the cap. This cap provides an additional mechanical protection to the coil with the thinnest walls, combined with a high performance in temperature. The cap allows an easier handling and placing of the part.
Keyless entry systems are a typical application for this coil, the Isotropy is often sought in RF antenna. In transponder applications, this feature has been achieved by the combination of 3 single coils oriented in the 3 space axis. The new 3D coil from PREMO RFID offers the possibility of mounting a single component instead of three, thus reducing cost, saving PCB space and increasing the circuit reliability. Sensitivity, low profile and small size are the key of this RFID innovative component. Best choice for keyless entry systems the three tri-rectangular windings ensure optimum field sensing regardless position.
The specification chart is a reference guide for the most common required values at working frequencies of 125 kHz. Any other inductance value at LF or tighter tolerances can be provided. Please contact our sales deparment for any inquiry.
This product has datasheet available upon request.
|L x,y,z (mH)||Q x,y Min||Frequency (kHz)||Cres (pF)||SRF x,y (kHz) Min||SRF z (kHz) Min||DCR x,y (Ω) Max||DCR z (Ω) Max||Sensitivity x,y,z (mVpp/App/m) Min||Length (mm)||Width (mm)||Height (mm)|
|3DC15CAP-S-0247J||2.47 xy / 3.3 z||22||125||656||400||900||75||75||65||16.0||17.5||4.3|
|Reel dimensions||Tape dimensions||PARTS/REEL|
All dimensions in mm.
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.