RoHS Compliant MAJOR USES Output choke coils for Switching Mode Power Supply Choke coils for DC-DC converter Normal mode choke coils for noise control FEATURES Great reduction of core loss enabling low temperature rise at high frequency Miniaturization and reduction of DC resistance Low leakage flux due to gap-less structure Excellent frequency and temperature features CORE STANDARD SPECIFICATIONS Core Part No. (Old Core Part No.) Abbreviation Cross Sectional Area cm Magnetic Path Length cm Outside Dimensions Outer Diameter Width Height Inductance Coefficient AL Value Idc=0[A] Rated Current* Rated Current Ampere Turn [AT] LPT00N (T00N) NS 0.0..0.0. 0.0 0.0 LPT00N (T00N) N 0...0.. 0.0 0.0 LPT090N (T090N) N 0..... 0. 0.0 0 LPT0N (T0N) N 0.....9 0. 0.00 LPT09N (T09N) NU 0.9.9.0..9 0.0 0. 0 LPT9N (T9N) NP 0..9.9 9.. 0. 0.09 0 LPTN (TN) N 0.0.0...0 0.9 0. 0 LPTN (TN) N 0..0 9... 0. 0.0 00 LPT0N (T0N) N9 0..... 0. 0.090 0 *00[kHz],±% (LPT00N : 0[kHz],±%) CORE LOSS CHARACTERISTICS TM choke 00 Core loss PFe [mw/g] 0 00[kHz] 00[kHz] 0[kHz] 0[kHz] 0[kHz] 0[kHz] 0[kHz] 0 00 000 Magnetic flux density Δ Bp-p [mt] CAT. No. E0S Ver.
FREQUENCY - INDUCTANCE CHARACTER IS TICS TM choke Relative value [%] 0 90 0 0 00 Frequency f [khz] TEMPERATURE DEPENDENCE - INDUCTANCE AND CORE LOSS Frequency : 00[kHz] Inductance, Core loss Relative value [%] 0 0 0 0 0 Inductance Rated Current Idc=0 [A] Core loss 0-0 0 0 0 0 0 0 0 0 Temperature [ ] B-H CURVE Magnetic flux density B [T].0 D.C. BIAS CHARACTERISTICS AL-AT() Frequency : 00[kHz] (LPT00N : 0[kHz]) 0. 0..0 0. LPT09N Magnetic field H [ka/m] AL [] 0. 0. LPT0N LPT090N 0.0 LPT00N LPT00N 0 0 0 0 0 00 0 00 0 00 NI [AT] D.C. BIAS CHARACTERISTICS AL-AT() Frequency : 00[kHz] 0. 0. 0. LPTN AL [] 0. 0. LPT9N LPT0N 0.0 LPTN 0 0 0 00 00 00 00 00 0 AT [A] CAT. No. E0S
COIL STANDARD SPECIFICATIONS D D W a L Maximum outer diameter : D(Vertical), D(Horizontal) Maximum width : W Total lead length : L=0± Soldering boundary : a=.max *The bottom of the core or coil ( ) is defined as base surface. Coil Part No. (Old Coil Part No.) Rated Current A Inductance * (00kHz) * 0[A] Rating D.C.R. mω (max) Winding φ lines Outside Dimensions LBTM000NS-V0E (TM00NSPBF) LBTM0000NS-V0E (TM000NSPBF) LBTM00NS-V0E (TM0NSPBF) LBTM000NS-V0E (TM00NSPBF) LBTM000N-V0E (TM00NPBF) LBTM00N-V0E (TM0NPBF) LBTM000N-V0E (TM00NPBF) LBTM00N-V0E (TM0NPBF) LBTM0000N-V0E (TM000NPBF) LBTM000N-V0E (TM00NPBF) LBTM000N-V0E (TM00NPBF) LBTM000N-V0E (TM00NPBF) LBTM000N-V0E (TM00NPBF) LBTM00N-V0E (TM0NPBF) LBTM000N-V0E (TM00NPBF) LBTM00N-V0E (TM0NPBF) LBTM000N-V0E (TM00NPBF) LBTM000N-V0E (TM00NPBF) LBTM0000N-V0E (TM000NPBF) LBTM0000N-V0E (TM000NPBF) LBTM0000N-V0E (TM000NPBF) 0 * 0 * 0 * * 90 00 0 0 9 0 0 0 00 9 00 * 0 * * * 00 0 00 0 0 00 00 0 00 0 0 0 0 0 0 9 0 0 9 0. P 0. P 0. P.0 P 0. P 0. P 0. P 0. P 0. P 0.9 P.0 P 0. P 0. P 0. P 0. P 0. P 0. P 0.9 P 0.9 P.0 P 0. P.0.0.. 9. 9. 9. 9. 9. 9. 0.0 0.0 0.0 0. 0..0.0.0.0.0.0. 9.0 9.0 9. 9. 9. 9. 0.0 0.0 0. 0. 0..0.0.... * Rated inductance tolerance :±%, the inductance at current 0[A] indicates the reference value. * LBTM000NS-V0E, LBTM0000NS-V0E, LBTM00NS-V0E, LBTM000NS-V0E, LBTM00N-V0E : 0kHz There is a horizontal putting type in all items in the above list."v "changes into "H" in last the third digit of the name of items. There is a type with the length putting seat in item in the above list."v" changes into "D" in last the third digit of the name of items. There are the type with the length putting seat and the horizontal putting seat in item. The type with the length putting seat is "V" changes into "B" in last the third digit of the name of items. *Order the auxiliary pins separately if they are required for the pedestal. Please select them according to the situation. D D W.0.0....0......0.0..0.....0.0 CAT. No. E0S
COIL STANDARD SPECIFICATIONS Coil Part No. (Old Coil Part No.) LBTM00N-V0E (TM0NPBF) LBTM0000N-V0E (TM000NPBF) LBTM00N-V0E (TM0NPBF) LBTM00N-V0E (TM0NPBF) LBTM000N-V0E (TM00NPBF) LBTM000N-V0E (TM00NPBF) LBTM00N-V0E (TM0NPBF) LBTM000N-V0E (TM00NPBF) LBTM00NU-V0E (TM0NUPBF) LBTM00NU-V0E (TM0NUPBF) LBTM0000NU-V0E (TM000NUPBF) LBTM00NU-V0E (TM0NUPBF) LBTM00NP-V0E (TM0NPPBF) LBTM009NP-V0E (TM09NPPBF) LBTM00NP-V0E (TM0NPPBF) LBTM00NP-V0E (TM0NPPBF) LBTM000NP-V0E (TM00NPPBF) LBTM0000NP-V0E (TM000NPPBF) LBTM0NP-V0E (TMNPPBF) LBTM00NP-V0E (TM0NPPBF) Rated Current A Inductance * (00kHz) * 0[A] Rating 000 * 00 * 0 90 0 0 0 9 00 0 0 90 0 0 0 0 0 0 90 0 0 0 D.C.R. mω (max) 00 9 9 0 9 9 Winding φ lines 0. P 0. P 0. P.0 P 0. P 0.9 P. P. P 0. P 0. P.0 P 0.9 P 0. P 0. P 0.9 P.0 P 0. P 0.9 P. P. P Outside Dimensions D.0...0.0.0..0....0.0.0..0.0.0.0 D.0.. 9.0 9..0......0.0..0.0.0 W.0.0.0..0..0..0.0.0.0. CAT. No. E0S
COIL STANDARD SPECIFICATIONS Rated Inductance * (00kHz) * D.C.R. Winding Outside Dimensions Coil Part No. Current 0[A] Rating mω (Old Coil Part No.) φ lines D D W A (max) LBTM00N-V0E (TM0NPBF) LBTM00N-V0E (TM0NPBF) LBTM00N-V0E (TM0NPBF) LBTM00N-V0E (TM0NPBF) LBTM000N-V0E (TM00NPBF) LBTM00N-V0E (TM0NPBF) LBTM000N-V0E (TM00NPBF) LBTM000N-V0E (TM00NPBF) LBTM000N-V0E (TM00NPBF) LBTM00N-V0E (TM0NPBF) LBTM000N-V0E (TM00NPBF) LBTM0090N-V0E (TM090NPBF) LBTM00N-V0E (TM0NPBF) LBTM00N-V0E (TM0NPBF) LBTM00N-V0E (TM0NPBF) LBTM00N-V0E (TM0NPBF) LBTM000N-V0E (TM00NPBF) LBTM000N-V0E (TM00NPBF) LBTM00N-V0E (TM0NPBF) LBTM00N-V0E (TM0NPBF) LBTM000N9-V0E (TM00N9PBF) LBTM00N9-V0E (TM0N9PBF) LBTM000N9-V0E (TM00N9PBF) LBTM000N9-V0E (TM00N9PBF) LBTM000N9-V0E (TM00N9PBF) LBTM000N9-V0E (TM00N9PBF) LBTM000N9-V0E (TM00N9PBF) LBTM0000N9-V0E (TM000N9PBF) 0 0 0 00 0 0 0 0 00 00 0 0 90 0 0 0 0 9 0 0 0 0 00 0 0 900 0 0 0 0 0 00 0 00 0 0 0 0 0 0 0 90 9 0 0. P 0. P 0. P 0.9 P 0.9 P.0 P 0. P 0.9 P. P. P. P 0. P 0. P 0. P.0 P.0 P. P. P. P. P 0. P.0 P.0 P. P. P. P. P. P..... 9.0. 9..0...0.0..0... 9. 9...0 9..0 0.. 9.0.. 9. 9.0 0.0..0.0...0..0.0 9.0 0.0 0.0.0. 0.0..0.0.0.0.0.0.. 9.0..0...0.0 9.0. 9.0 9.0 0.0 0. 0.0 9. 0. CAT. No. E0S
D.C. BIAS CHARACTERISTICS () Core : LPT00N, Frequency : 0[kHz] Core : LPT00N, Frequency : 00[kHz] 00 D.C. BIAS CHARACTERISTICS () Core : LPT090N, Frequency : 00[kHz] 00 0 LBTM000N-V0E LBTM000NS-V0E LBTM0000NS-V0E 0 LBTM000N-V0E LBTM00N-V0E Inductance L [] LBTM000NS-V0E LBTM00N-V0E LBTM00NS-V0E LBTM0000N-V0E LBTM000N-V0E LBTM000N-V0E Inductance L [] LBTM000N-V0E LBTM0000N-V0E LBTM0000N-V0E 0 0 D.C. BIAS CHARACTERISTICS () Core : LPT0N, Frequency : 00[kHz] 000 D.C. BIAS CHARACTERISTICS () Core : LPT09N, LPT9N, Frequency : 00[kHz] 000 LBTM00NU-V0E 00 LBTM00N-V0E 00 LBTM00NP-V0E Inductance L [] 0 LBTM00N-V0E LBTM00N-V0E LBTM000N-V0E LBTM00N-V0E Inductance L [] 0 LBTM009NP-V0E LBTM00NU-V0E LBTM0000NU-V0E LBTM00NP-V0E LBTM0NP-V0E LBTM00NP-V0E LBTM00NU-V0E 0 0 0 0 0 D.C. BIAS CHARACTERISTICS () Core : LPTN, Frequency : 00[kHz] 000 D.C. BIAS CHARACTERISTICS () Core : LPTN, Frequency : 00[kHz] 000 00 LBTM00N-V0E 00 LBTM0090N-V0E Inductance L [] 0 LBTM00N-V0E LBTM00N-V0E LBTM000N-V0E LBTM000N-V0E Inductance L [] 0 LBTM00N-V0E LBTM00N-V0E LBTM000N-V0E 0 0 0 0 0 0 CAT. No. E0S