PAGE
Wire Wound Chip Inductors
——O-Series 1008(2520)/5501 1/4
*All specifications are subject to change without notice.
Features
1. Coil body of ceramic or ferrite material according to inductance value.
2. Two solderable metallized terminations of Ag/Pd/Pt.
3. Wound with lacquer-coated copper wire.
4. Wire ends welded onto the terminations.
5. Lead Free (RoHS Compliance)
.
Applications
1. RF
t
e
c
hniq
u
e
2. A
n
t
e
nna
A
m
p
lif
ie
r
s
T
une
r
s
,
Ba
s
e
S
t
a
t
io
ns
o
r
S
A
T
Recei
v
e
rs
Ordering Information
5501
270 *
* **
(1)
(2) (3) (4) (5)
Shape and Dimensions (mm)
(1) Series
- 5501: Size 1008(2520)
(4) Delivery Form
2: standard , tape & reel
4 : coated, tape & reel
(2) Inductance Value
example: 27x10X =27x10 0=27(nH)
(5) Packing unit tape & reel
00 : reels Φ180mm, 1,700 pcs.
03 : reels Φ330mm, 6,800 pcs.
(3) Inductance Tolerance
1 : ±20% 4 : ±2%
2 : ±10% 9 : special tolerance
3 : ±5%
PAGE
Wire Wound Chip Inductors
——O-Series 1008(2520)/5501 2/4
*All specifications are subject to change without notice.
Electrical Parameters
Order No. L
[nH] Qmin fL,Q
[MHz]
fres,min
[MHz]
D.C.R. ,max
[mΩ ]]
IN,max
[mA]
Tol .
[%]
5501 100 ** ** 10 35 100 3000 50 1850 10/20
5501 120 ** ** 12 35 100 2000 50 1650 10/20
5501 180 ** ** 18 40 100 1700 50 1550 10/20
5501 220 ** ** 22 45 100 1500 60 1450 10/20
5501 270 ** ** 27 40 100 1300 90 1300 05/10/20
5501 330 ** ** 33 45 100 1300 60 1450 10/20
5501 390 ** ** 39 45 100 1200 75 1300 05/10/20
5501 470 ** ** 47 50 100 1000 75 1300 05/10/20
5501 560 ** ** 56 50 100 1000 90 1260 05/10/20
5501 680 ** ** 68 50 100 1000 90 1260 05/10/20
5501 820 ** ** 82 50 100 950 150 820 05/10/20
5501 101 ** ** 100 45 100 900 150 820 05/10/20
5501 121 ** ** 120 45 100 900 150 820 05/10/20
5501 151 ** ** 150 45 100 825 180 820 05/10/20
5501 181 ** ** 180 40 50 800 200 770 05/10/20
5501 221 ** ** 220 40 50 700 260 660 05/10/20
5501 271 ** ** 270 40 50 650 350 610 05/10/20
5501 331 ** ** 330 40 50 570 450 500 05/10/20
5501 391 ** ** 390 40 50 520 750 360 05/10/20
5501 471 ** ** 470 35 50 490 800 310 05/10/20
5501 561 ** ** 560 35 35 440 1200 260 05/10/20
5501 681 ** ** 680 35 35 390 1900 200 05/10/20
5501 821 ** ** 820 35 35 360 2300 170 05/10/20
5501 102 ** ** 1000 35 35 330 2700 170 05/10/20
5501 122 ** ** 1200 35 35 310 3000 170 05/10/20
5501 152 ** ** 1500 20 7,9 240 650 370 05/10/20
5501 182 ** ** 1800 20 7,9 200 800 320 05/10/20
5501 222 ** ** 2200 20 7,9 200 1150 280 05/10/20
5501 272 ** ** 2700 20 7,9 180 1300 280 05/10/20
5501 332 ** ** 3300 20 7,9 170 1500 250 05/10/20
5501 392 ** ** 3900 20 7,9 150 2100 200 05/10/20
5501 472 ** ** 4700 20 7.9 140 2600 180 05/10/20
5501 562 ** ** 5600 20 7,9 130 2900 180 05/10/20
5501 682 ** ** 6800 20 7,9 100 3700 180 05/10/20
5501 822 ** ** 8200 20 7.9 110 5500 130 05/10/20
5501 103 ** ** 10000 20 7,9 95 8000 130 05/10/20
All values up to 1200 nH on ceramic core – from 1500 nH on ferrite core.
Ceramic
Ferrite
PAGE
Wire Wound Chip Inductors
——O-Series 1008(2520)/5501 3/4
*All specifications are subject to change without notice.
Electrical Characteristic Curves
Ty
pi
c
a
l Q factor vs. frequency
Coil on ceramic body Coil on ferrite body
Ty
pi
c
al Inductance vs. frequency
Coil on ceramic body Coil on ferrite body
10 100 1000
f
(
MHz
)
100
90
80
70
60
50
40
30
20
10
0
Q
1000nH
330nH
100nH
47nH
10nH
1 10 100
f
(
MHz
)
40
35
30
25
20
15
10
5
0
Q1800nH
10000nH
6800nH
100000
10000
1000
100
10
1
10 100 1000
f
(
MHz
)
L
(nH)
1000nH
100nH
47nH
10nH
330nH
100000
10000
1000
100
1 10 100 1000
f
(
MHz
)
L
(nH)
10000nH
6800nH
4700nH
3300nH
1800nH
PAGE
Wire Wound Chip Inductors
——O-Series 1008(2520)/5501 4/4
*All specifications are subject to change without notice.
Inductance L in dependence of direct current I
DC
Current-carrying capacity I
OP
/
I
R
in dependence of the
ambient temperature Ta
Climatic category acc. to DIN IEC 68-1: 55/125/56
Test equipment: Inductance and Q: Agilent 42286A + 16093A.
Resonant Frequency: Agilent 8753E.
D.C.R. : Burst Resistomat 2329.(at 20℃)
10000nH
1E+01 1E+02 1E+03 1E+04
IDC (‘mA)
3900nH
1500nH
1000nH
100nH
10nH
1E+04
1E+03
1E+02
1E+01
1E+00
L
(‘nH)
0 20 40 60 80 100 120 140
Ta (°C)
1,2
1
0,8
0,6
0,4
0,2
0
IB / IN