5

0705

Codes

L (μH)

Tolerance

Test Condition

DCR (Ω) max.

I sat (A) max*

1R0

1.0

M

100KHz, 0.1V

0.05

2.90

1R5

1.5

M

100KHz, 0.1V

0.06

2.60

2R2

2.2

M

100KHz, 0.1V

0.07

2.30

3R3

3.3

M

100KHz, 0.1V

0.08

2.00

4R7

4.7

M

100KHz, 0.1V

0.09

1.50

6R8

6.8

M

100KHz, 0.1V

0.13

1.20

8R2

8.2

M

100KHz, 0.1V

0.16

1.15

100

10

M

100KHz, 0.1V

0.16

1.10

150

15

M

100KHz, 0.1V

0.23

0.90

220

22

M

100KHz, 0.1V

0.37

0.70

330

33

M

100KHz, 0.1V

0.51

0.58

470

47

M

100KHz, 0.1V

0.64

0.50

680

68

M

100KHz, 0.1V

0.86

0.40

101

100

M

100KHz, 0.1V

1.27

0.31

151

150

M

100KHz, 0.1V

2.00

0.27

221

220

M

100KHz, 0.1V

3.11

0.22

331

330

M

100KHz, 0.1V

3.80

0.18

471

470

M

100KHz, 0.1V

5.06

0.16

681

680

M

100KHz, 0.1V

9.20

0.14

102

1000

M

100KHz, 0.1V

13.8

0.10

ELECTRICAL CHARACTERISTICS

LMax SMD Power Inductor

LMXN Series – Non-Shielded Style C

LM

Family

LM = Power Inductor

XN

Series

XN = Non-shielded

1309

Size

1309 = 13x9xh

13E9 = 13x9xE(h)

(h = see catalog)

M

Tolerance

M = ±20%

N = ±30%

S

Packaging

S = 13" Reel

R04

Inductance

R04 = 0.039μH

R39 = 0.390μH

3R9 = 3.900μH

390 = 39.00μH

391 = 390.0μH

392 = 3900μH

C

Style

T

Termination

T = Sn Plate

A

Special

A = Standard

HOW TO ORDER

1309

Codes

L (μH)

Tolerance

Test Condition

DCR (Ω) max.

I sat (A) max*

4R7

4.7

M

100KHz, 0.1V

0.036

4.20

6R8

6.8

M

100KHz, 0.1V

0.060

3.90

100

10

M

100KHz, 0.1V

0.085

2.70

150

15

M

100KHz, 0.1V

0.12

2.30

220

22

M

100KHz, 0.1V

0.18

1.80

330

33

M

100KHz, 0.1V

0.25

1.60

470

47

M

100KHz, 0.1V

0.32

1.30

680

68

M

100KHz, 0.1V

0.54

1.10

101

100

M

100KHz, 0.1V

0.69

0.87

151

150

M

100KHz, 0.1V

0.94

0.74

221

220

M

100KHz, 0.1V

1.60

0.56

331

330

M

100KHz, 0.1V

2.15

0.50

471

470

M

100KHz, 0.1V

3.30

0.40

681

680

M

100KHz, 0.1V

4.40

0.33

102

1000

M

100KHz, 0.1V

7.00

0.29

*Saturation Current: The current when the inductance becomes 10% lower than its initial value. (Ta=25°C)