Delta Electronics MPL10X Specifications

SMT Power Inductor (MOLDING TYPE)
MPL10X Type
Features
RoHS compliant.
Low profile, high current (lsat up to 40A ) SMD type.
Magnetically shielded, suitable for hight density mounting.
High energy storage and low DCR.
Provided with embossed carrier tape packing.
Ideal for power source circuits, DC-DC converter,
DC-AC inverters inductor application.
In addition to the standard versions shown here,
customized inductors are available to meet your exact requirements.
Mechanical Dimension: Mechanical Dimension:
B
A
Electrical Characteristics:
PART NO.
MPL104-0R2
0.20
MPL104-R33 0.33
MPL104-0R4
0.40
MPL104-0R5
0.50
MPL104-0R6
0.60
MPL104-0R9 0.9
MPL105-1R0 0.90
1. Lo is the initial inductance.
2. Isat is the DC current which cause the inductance drop approximately 20% of its nominal inductance without current.
3. Irms is the DC current which cause the surface temperature of the part increase approximately than 40
4. Operating temperature : -55
PWS trace size and thickness, airflow and other cooling component can affect the surface temperature of the part.
Please verify the temperature of the part in the end application.
DELTA ELECTRONICS, INC.
(TAOYUAN PLANT CPBG)
E
D
F
o
At 25 : 100KHz, 0.25V C
1
L
o DCR
(uH)
(m ) TYP. (m ) MAX.
20% 0.75
20% 1.00
20% 1.00
20% 1.50
20% 1.50
0 20% 2.30
20% 2.30
O to 125 O ( including self-temperature rise ). Circuit design, component placement,
C C
252, SAN YING ROAD, KUEISAN INDUSTRIAL ZONE, TAOYUAN SHIEN, 333, TAIWAN, R.O.C.
TEL: 886-3-3591968; FAX: 886-3-3591991
http://www.deltaww.com
RECOMMENDED PAD PA TTERNS
4.2/0.165
C
6.4/0.252
2
DCR Isat
(Adc)
0.90 40
1.20 35
1.20 32
1.70 32
1.70 30
2.50 27
2.50 35
142
UNIT : mm/inch
A = 11.50/0.452 Max.
B = 10.00 0.254/0.394 0.010
E = 0.01/0.0004 Min.
F = 2.30 0.30/0.091 0.012
Irms 3
Dimension "C"
mm / inch
(Adc)
0.5 / 0.02
32 3.5 / 0.138
30 3.5 / 0.138
30 3.5 / 0.138
28 3.5 / 0.138
28 3.5 / 0.138
25 3.0 / 0.118
25 3.0 / 0.118
O C.
Dimension "D"
mm / inch
MAX
4.0 / 0.157
4.0 / 0.157
4.0 / 0.157
4.0 / 0.157
4.0 / 0.157
4.0 / 0.157
5.0 / 0.197