12

1.800.PIK.TOKO

1.847.297.0070

www.tokoam.com

R-LOG0703A

Meeting Your Needs

Multilayer Chip Inductors

TYPE

LL1608FH

Features

• Inductance range: 1.2-100nH

• Miniature size: 0603 footprint (1.6mm x 0.8mm)

• Laminated ceramic allows high SRF

• Q: 35 typical (at 800MHz)

• High current handling, up to 1A

• Temperature coefficient of inductance: +250ppm/

°C

• Temperature range: –40

°C to +100°C

• S-parameter data available upon request

• Packaged on tape and reel in 4,000 piece quantity

• Reflow solderable

STANDARD PARTS SELECTION GUIDE

Unit: mm

Type

L (mm)

W (mm)

T (mm)

A (mm)

LL1608FH

1.6

±0.15 0.8±0.15 0.8±0.15 0.3±0.2

TYPE LL1608-FH

Part Numbering

* Add tolerance to part number: S=

±0.3nH, J = ±5%, K = ±10%

Testing Conditions: (1) L,Q: Agilent 4191A at 100MHz (Test fixture 16092A)

(2) SRF: Agilent 8753C (Test fixture 16091A)

(3) RDC: Agilent 4338B

The LL1608-FH Series is a miniature multilayer ceramic chip

inductor. TOKO's proprietary laminated ceramic material pro-

vides high SRF, excellent Q, and superior reliability. The FH al-

lows up to 3 times the current handling of standard multilayers.

In addition, the Qs are 1.3-1.6 times higher. It has an industry

standard 0603 footprint and comes on tape in 4,000 piece reels.

It is an ideal solution for higher current needs in high frequency

RF and wireless communications equipment.

L

W

T

A

Polarity Marking

LL 1608 - FH 1N2 S

Tolerance

(S=

±0.3nH, J=±5%, K=±10%)

Inductance

Material

Dimensions (LxW)

Type Name

O

K

O

T

t

r

a

P

r

e

b

m

u

N

)

H

n

(

o

L*

.

l

o

T

L

Q

z

H

M

0

0

1

.

p

y

t

Q

z

H

M

0

0

8

]

z

H

M

0

0

5

[

.

p

y

t

)

z

H

M

(

F

R

S

.

p

y

t

(

C

D

R

Ω )

.

x

a

m

)

A

m

(

C

D

I

.

x

a

m

S

2

N

1

H

F

-

8

0

6

1

L

L2

.

1S

3

10

60

0

0

6

>0

1

.

00

0

0

1

S

5

N

1

H

F

-

8

0

6

1

L

L5

.

1S

3

17

40

0

0

6

>0

1

.

00

0

0

1

S

8

N

1

H

F

-

8

0

6

1

L

L8

.

1S

2

11

50

0

0

6

>0

1

.

00

0

0

1

S

2

N

2

H

F

-

8

0

6

1

L

L2

.

2S

2

18

30

0

0

6

>0

1

.

00

0

0

1

S

7

N

2

H

F

-

8

0

6

1

L

L7

.

2S

2

18

30

0

0

6

>0

1

.

00

0

0

1

*

_

3

N

3

H

F

-

8

0

6

1

L

L3

.

3K

,

S2

11

40

0

9

52

1

.

00

0

0

1

*

_

9

N

3

H

F

-

8

0

6

1

L

L9

.

3K

,

S3

10

50

0

6

54

1

.

00

0

0

1

*

_

7

N

4

H

F

-

8

0

6

1

L

L7

.

4K

,

S2

11

40

0

8

46

1

.

00

0

0

1

*

_

6

N

5

H

F

-

8

0

6

1

L

L6

.

5K

,

S2

12

40

5

3

48

1

.

00

0

6

*

_

8

N

6

H

F

-

8

0

6

1

L

L8

.

6K

,

J2

10

40

5

7

32

2

.

00

0

6

*

_

2

N

8

H

F

-

8

0

6

1

L

L2

.

8K

,

J3

14

30

0

3

34

2

.

00

0

6

*

_

N

0

1

H

F

-

8

0

6

1

L

L0

.

0

1K

,

J3

15

40

5

8

26

2

.

00

0

6

*

_

N

2

1

H

F

-

8

0

6

1

L

L0

.

2

1K

,

J5

16

40

0

5

28

2

.

00

0

6

*

_

N

5

1

H

F

-

8

0

6

1

L

L0

.

5

1K

,

J5

18

40

5

1

22

3

.

00

0

6

*

_

N

8

1

H

F

-

8

0

6

1

L

L0

.

8

1K

,

J6

18

40

0

1

25

3

.

00

0

6

*

_

N

2

2

H

F

-

8

0

6

1

L

L0

.

2

2K

,

J7

15

40

5

8

10

4

.

00

0

6

*

_

N

7

2

H

F

-

8

0

6

1

L

L0

.

7

2K

,

J7

13

40

8

6

15

4

.

00

0

6

*

_

N

3

3

H

F

-

8

0

6

1

L

L0

.

3

3K

,

J8

19

30

8

5

15

5

.

00

0

6

*

_

N

9

3

H

F

-

8

0

6

1

L

L0

.

9

3K

,

J7

1]

7

3

[0

0

4

10

6

.

00

0

5

*

_

N

7

4

H

F

-

8

0

6

1

L

L0

.

7

4K

,

J7

1]

5

3

[0

0

2

10

7

.

00

0

5

*

_

N

6

5

H

F

-

8

0

6

1

L

L0

.

6

5K

,

J7

1]

2

3

[0

0

1

15

7

.

00

0

5

*

_

N

8

6

H

F

-

8

0

6

1

L

L0

.

8

6K

,

J8

1]

4

3

[0

5

0

15

8

.

00

0

4

*

_

N

2

8

H

F

-

8

0

6

1

L

L0

.

2

8K

,

J8

1]

2

3

[0

0

90

5

.

10

0

3

*

_

0

1

R

H

F

-

8

0

6

1

L

L0

.

0

0

1K

,

J5

1]

6

1

[0

5

80

1

.

20

0

3