LOW PROFILE WIRE WOUND INDUCTOR (CERAMIC BASE)

| | | | | | | | | | | | | | |

AISC-0805LP

APPLICATIONS:

FEATURES:

2.29 x 1.73 x 1.03mm

Compliant

ABRACON IS

ISO 9001 / QS 9000

CERTIFIED

ABRACON IS

ISO 9001 / QS 9000

CERTIFIED

30332 Esperanza, Rancho Santa Margarita, California 92688

Visit www.abracon.com for Terms & Conditions of Sale

• Widely applied in the VCO, RF module, remote

controller and security system

• Cellular Phone (CDMA/GSM/PHS), Wireless PDA,

• Base Station, Repeater, GPS Receiver

• CATV Filter, Tuner, Set Top Box, Cable Modem/XDSL Tuner

• USB 2.0, IEEE 1394

• Wire wound Ceramic Construction Provides

High SRFs and Exceptional Q Values

• Outstanding Endurance from Pull-up Force,

Mechanical Shock and Pressure

• Tighter Tolerance of ±2%, Low Profile Construction

• Working Temperature Range : -40 °C ~ 125 °C

ELECTRICAL SPECIFICATIONS:

Test Equipment

OPTIONS AND PART IDENTIFICATION

PARAMETERS

ABRACON P/N: AISC-0805LP Series

Operating temperature: -40°C to + 125°C

Storage temperature: -40°C to + 85°C, 70% RH max.

Revised: 08.18.09

1.For SMT inductor, the inductance value(L) is measured by using HP4291B impedance analyzer

2. RDC measured by using Micro-ohm meter (GOM-801G)

3.For SMT inductor , the quality factor (Q) is measured by using HP4291B impedance analyzer

4.For SMT inductor ,SRF is measured by using HP8753 network analyzer

G

±2%

T

Tape & Reel

J

±5%

K

±10%

Inductance Code

Tolerance Code

Please refer to the Table

Packaging Code

AISC - 0805LP -

-

-

SRF

x

a

M

x

a

M

n

i

M

e

c

n

a

r

e

l

o

T

(±%)

(GHz)

(mA)

k

c

a

l

B

0

0

8

3

0

.

0

4

.

9

K

n

w

o

r

B

0

0

8

6

0

.

0

1

.

6

K

,

J

d

e

R

0

0

8

6

0

.

0

5

.

5

K

,

J

e

g

n

a

r

O

0

0

8

8

0

.

0

5

.

5

K

,

J

w

o

ll

e

Y

0

0

8

8

0

.

0

8

.

4

K

,

J

,

G

n

e

e

r

G

0

0

8

8

0

.

0

3

.

3

K

,

J

,

G

e

u

l

B

0

0

8

1

.

0

8

.

3

K

,

J

,

G

t

e

l

o

i

V

0

0

8

1

.

0

5

9

.

2

K

,

J

,

G

y

a

r

G

0

0

8

3

1

.

0

1

.

3

K

,

J

,

G

ti

h

W

0

0

8

5

1

.

0

9

.

2

K

,

J

,

G

k

c

a

l

B

0

0

6

3

2

.

0

5

4

.

2

K

,

J

,

G

n

w

o

r

B

0

0

6

8

2

.

0

5

3

.

2

K

,

J

,

G

d

e

R

0

0

6

3

3

.

0

2

.

2

K

,

J

,

G

e

g

n

a

r

O

0

0

6

9

3

.

0

2

K

,

J

,

G

w

o

ll

e

Y

0

0

5

9

3

.

0

5

8

.

1

K

,

J

,

G

n

e

e

r

G

0

0

5

4

.

0

5

.

1

K

,

J

,

G

e

u

l

B

0

0

5

4

4

.

0

5

.

1

K

,

J

,

G

t

e

l

o

i

V

0

0

4

4

6

.

0

2

.

1

K

,

J

,

G

y

a

r

G

0

0

3

8

6

.

0

5

1

.

1

K

,

J

,

G

ti

h

W

0

0

3

8

.

0

5

0

.

1

K

,

J

,

G

k

c

a

l

B

7

.

1

5

.

3

8

0

.

0

K

,

J

,

G

AISC-0805LP-82N

AISC-0805LP-R10

AISC-0805LP-R12

AISC-0805LP-R15

AISC-0805LP-39N

AISC-0805LP-47N

AISC-0805LP-56N

AISC-0805LP-68N

AISC-0805LP-18N

AISC-0805LP-22N

AISC-0805LP-27N

AISC-0805LP-33N

AISC-0805LP-8N2

AISC-0805LP-10N

AISC-0805LP-12N

AISC-0805LP-15N

AISC-0805LP-1N8

AISC-0805LP-3N9

AISC-0805LP-4N7

AISC-0805LP-6N8

55 @ 750 MHz

Inductance (L)

@Test Freq.

(nH)

10 @ 250 MHz

12 @ 250 MHz

@Test Freq.

Q, Min

55 @ 1500 MHz

60 @ 1000 MHz

50 @ 1000 MHz

50 @ 1000 MHz

50 @ 1000 MHz

55 @ 750 MHz

40 @ 250 MHz

16 @ 50 MHz

50 @ 500MHz

50 @ 500MHz

50 @ 500MHz

40 @ 250 MHz

50 @ 500MHz

50 @ 500MHz

50 @ 500MHz

50 @ 500MHz

50 @ 500 MHz

50 @ 500 MHz

50 @ 500MHz

50 @ 500MHz

1000 @ 25 MHz

AISC-0805LP-1R0

68 @ 200 MHz

82 @ 150 MHz

120 @ 150 MHz

150 @ 150 MHz

1.8 @ 250 MHz

3.9 @ 250 MHz

4.7@ 250 MHz

6.8 @ 250 MHz

8.2 @ 250 MHz

15 @ 250 MHz

18 @ 250 MHz

100 @ 150 MHz

22 @ 250 MHz

27 @ 250 MHz

33 @ 250 MHz

39 @ 250 MHz

47 @ 200 MHz

56 @ 200 MHz

Part Number

Color

Code