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SMT Power Inductor (MOLDING TYPE)

MPL135 Type

Mechanical Dimension:

RoHS   compliant.
Low  profile  (5.0mm  max. hegiht  )  high  current(lsat up to 65A)  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.

Features

Electrical Characteristics:

DELTA ELECTRONICS, INC.

 (TAOYUAN PLANT CPBG)

At 25

: 100KHz, 0.25V

o

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

144

 L

o

 (uH)  

DCR

(m    ) TYP.

Irms

(Adc)

3

Isat

(Adc)

2

PART NO.

    Dimension "C"

mm / inch

 

0.5 /  

0.02 

MPL135-0R4

0.40

20%

0.72

0.85

65

45

4.7 / 0.185

MPL135-R47

0.47

20%

0.85

1.10

65

42

4.7 / 0.185

MPL135-R56

0.56

20%

1.30

1.50

55

38

4.7 / 0.185

MPL135-R68

0

.68

20%

1.20

1.70

54

36

4.7 / 0.185

MPL135-R82

0.82

20%

1.20

1.70

53

35

4.7 / 0.185

MPL135-1R0

1

.00

20%

2.00

2.50

50

30

4.2 / 0.165

MPL135-1R5

1

.50

20%

2.80

3.00

48

27

4.2 / 0.165            

UNIT : mm/inch
A = 13.20  0.50 / 0.520  0.020  
B = 12.90 / 0.508  Max.
D = 5.00 / 0.196  Max.
E = 0.01 / 0.0004  Min.
F = 2.54  0.30 / 0.10  0.012

7.8/0.307

1

3

.8

/0

.5

4

3

4.8/0.189

E

B

A

F

D

C

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.

O

3.  Irms  is  the  DC  current  which  cause  the  surface  temperature  of  the  part  increase  approximately  than  40

C. 

O

O

4.  Operating  temperature  :   -55

C  

to  125

C  

( including  self-temperature  rise ).  Circuit  design,  component  placement,  

     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.   

1

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