MAJOR USES Output choke coils for Switching Mode Power Supply For DC-DC converter Normal mode choke coils for noise control Please contact us when the coils are used in a high-voltage circuit. FEATURES Smaller size in comparison with ferrite choke coil by about half in volume Lower core loss in comparison with silicon steel sheet by about half More excellent DC bias and temperature characteristics in comparison with dust choke Unidirectional leakage flux enables parts to be mounted adjacently adjacent mounting parts. CORE STANDARD SPECIFICATIONS Cross Core Part No. Sectional Abbreviation (Old Core Part No.) Area cm LNCG (CG) LNC9G (C9G) LNCG (CG) LNCG (CG) LNCG (CG) LNCG (CG) LNCG (CG) LNCG (CG) LNCG (CG) LNCG (CG) *[khz], ±% G G G G G9 G GJ GQ GK RoHS Compliant. CORE LOSS CHARACTERISTICS CM choke Magnetic Path Length cm Outer Diameter Width Height.... Inductance Coefficient AL Value Idc=[A] Current*.. Current Ampere Turn [AT] G........9...... 9...................... 9.. 9.....9 9.. 9....9.. 9......9. 9..... Core loss PFe [mw/g] [khz] [khz] [khz] [khz] [khz] [khz] [khz] Magnetic flux density Δ Bp-p [mt] CAT. No. ER
D.C. BIAS CHARACTERISTICS AL-AT() Frequency : [khz]. D.C. BIAS CHARACTERISTICS AL-AT() Frequency : [khz]. LNCG LNCG. LNCG AL []. LNCG LNCG AL []. LNCG LNCG LNCG LNC9G. LNCG NI [AT] NI [AT] MAGNETIC FIELD - MAGNETIC DENSI TY FREQUENCY - INDUCTANCE CHARAC TER IS TICS CM Core Magnetic flux density B [T].. Relative value [%] 9 Magnetic field H [A/m] Frequency f [khz] TEMPERATURE DEPENDENCE - INDUCTANCE AND CORE LOSS Frequency : [khz] Inductance, Core loss Relative value [%] Inductance Current Idc= [A] Core loss - Temperature [ ] CAT. No. ER
COIL STANDARD SPECIFICATIONS Coil Part No. (Old Coil Part No.) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) Current A Inductance * (khz) [A] 9 9 9 Rating D D D.C.R. mω (max) 9 9 9 9 9 W a L Maximum outer diameter : D(Vertical), D(Horizontal) Maximum width : W Total lead length : L=± Soldering boundary : a=.max *The bottom of the core or coil ( ) is defined as base surface. Winding φ lines. P. P.9 P. P.9 P. P. P.9 P. P.9 P. P. P. P. P.9 P. P. P. P. P. P. P * inductance tolerance :±%, the inductance at current [A] indicates the reference value. 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.............. 9.. 9. D.......... 9. 9.. 9.. 9. 9. W.... 9................. CAT. No. ER
COIL STANDARD SPECIFICATIONS Coil Part No. (Old Coil Part No.) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACM9G-VE (CM9GPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACM9G-VE (CM9GPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG9-VE (CMG9PBF) LACMG9-VE (CMG9PBF) LACMG9-VE (CMG9PBF) LACM9G9-VE (CM9G9PBF) LACMG9-VE (CMG9PBF) LACMG9-VE (CMG9PBF) LACMG9-VE (CMG9PBF) Current A Inductance * [A] 9 9 (khz) Rating 9 9 9 D.C.R. mω (max) 9 9 9 Winding φ lines.9 P. P. P.9 P.9 P. P. P. P. P. P. P. P. P. P. P. P. P. P. P. P.9 P. P. P. P. P D D W........... 9. 9. 9............. 9.......... 9.. 9. 9. 9....... 9. 9. 9..... CAT. No. ER
COIL STANDARD SPECIFICATIONS Coil Part No. (Old Coil Part No.) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACM9G-VE (CM9GPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMG-VE (CMGPBF) LACMGJ-VE (CMGJPBF) LACMGJ-VE (CMGJPBF) LACMGJ-VE (CMGJPBF) LACMGJ-VE (CMGJPBF) LACMGJ-VE (CMGJPBF) LACMGJ-VE (CMGJPBF) LACMGJ-VE (CMGJPBF) LACMGQ-VE (CMGQPBF) LACMGQ-VE (CMGQPBF) LACMGQ-VE (CMGQPBF) LACMGQ-VE (CMGQPBF) LACMGK-VE (CMGKPBF) LACMGK-VE (CMGKPBF) LACMGK-VE (CMGKPBF) LACMGK-VE (CMGKPBF) LACMGK-VE (CMGKPBF) LACMGK-VE (CMGKPBF) LACMGK-VE (CMGKPBF) Current A Inductance * [A] 9 (khz) Rating 9 D.C.R. mω (max) 9 Winding φ lines. P. P. P. P. P. P. P.9 P. P. P. P. P. P. P. P. P. P. P. P. P. P. P. P. P. P D D W.. 9................................................ CAT. No. ER
D.C. BIAS CHARACTERISTICS () Core : LNCG, Frequency : [khz] LACMG-VE LACMG-VE D.C. BIAS CHARACTERISTICS () Core : LNC9G, Frequency : [khz] LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE D.C. BIAS CHARACTERISTICS () Core : LNCG, Frequency : [khz] D.C. BIAS CHARACTERISTICS () Core : LNCG, Frequency : [khz] LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE D.C. BIAS CHARACTERISTICS () Core : LNCG, Frequency : [khz] D.C. BIAS CHARACTERISTICS () Core : LNCG, Frequency : [khz] LACMG-VE LACMG-VE LACM9G-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE CAT. No. ER
D.C. BIAS CHARACTERISTICS () Core : LNCG, Frequency : [khz] D.C. BIAS CHARACTERISTICS () Core : LNCG, Frequency : [khz] LACM9G-VE LACMG9-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG-VE LACMG9-VE LACMG9-VE LACMG9-VE LACM9G9-VE LACMG9-VE LACMG9-VE D.C. BIAS CHARACTERISTICS (9) Core : LNCG, Frequency : [khz] D.C. BIAS CHARACTERISTICS () Core : LNCG, Frequency : [khz] LACMG-VE LACMG-VE LACMG-VE LACM9G-VE LACMG-VE LACMG-VE LACMG-VE LACMGJ-VE LACMGJ-VE LACMGJ-VE LACMGJ-VE LACMGJ-VE LACMGJ-VE LACMGJ-VE D.C. BIAS CHARACTERISTICS () Core : LNCG, Frequency : [khz] D.C. BIAS CHARACTERISTICS () Core : LNCG, Frequency : [khz] LACMGK-VE LACMGQ-VE LACMGQ-VE LACMGQ-VE LACMGK-VE LACMGK-VE LACMGK-VE LACMGK-VE LACMGK-VE LACMGK-VE LACMGQ-VE CAT. No. ER