PAGE
Wire Wound Chip Inductors
——E-Series 0603C(1608)/5526 1/3
*All specifications are subject to change without notice.
Features
1. Coil body of ceramic material.
2. Rugged inductance even in high frequencies.
3. Tight tolerances.
4 .Low DC resistance.
5. Operating temperature range –40°C to +85°C.
6. Lead Free (RoHS Compliance).
Applications
1. Antenna amplifier.
2. Mobile phones (GSM etc.)
3. Global Positioning Systems (GPS)
4. Digital cameras.
5. HDD (Hard Disk Drivers) etc.
Ordering Information
5526
270
* 452
(1)
(2) (3)
Shape and Dimensions (mm)
Pad Layout Recommendation
Electrode: AgPd/Ni/Sn
(1) Series
- 5526 Size 0603C(1608), Ceramic body
(3) Inductance Tolerance
2 : ±10%
3 : ±5%
4 : ±2%
(2) Inductance Value
example: 27x10X =27x10 0=27(nH)
PAGE
Wire Wound Chip Inductors
——E-Series 0603C(1608)/5526 2/3
*All specifications are subject to change without notice.
Electrical Parameters
L
Q
min
f
L,
Q
Q
typ.
f
res,
min
R
DC,
max
I
DC,
max
Tol.
Order
No.
[nH]
[MHz]
@
900
MHz
[MHz]
[
Ω
]
[mA]
[%]
5526
016
*4
52
1,6
24,0
250 38
12500
0,030
700
5/10
5526
018
*4
52
1,8
16,0
250 42
12500
0,045
700
5/10
5526
033
*4
52
3,3
25,0
250 62
10000
0,050
700
5/10
5526
036
*4
52
3,6
22,0
250 53
5900
0,063
700
5/10
5526
039
*4
52
3,9
22,0
250 59
6900
0,080
700
5/10
5526
043
*4
52
4,3
22,0
250 62
5900
0,063
700
5/10
5526
047
*4
52
4,7
20,0
250 57
5800
0,130
700
5/10
5526
051
*4
52
5,1
20,0
250 49
5700
0,140
700
5/10
5526
056
*4
52
5,6
25,0
250 71
6000
0,100
700
5/10
5526
068
*4
52
6,8
27,0
250 70
5800
0,110
700
2/5/10
5526
075
*4
52
7,5
28,0
250 65
4800
0,106
700
2/5/10
5526
082
*4
52
8,2
28,0
250 68
4600
0,110
700
2/5/10
5526
087
*4
52
8,7
28,0
250 72
4600
0,109
700
2/5/10
5526
095
*4
52
9,5
28,0
250 73
5400
0,135
700
2/5/10
5526
100
*4
52
10,0
31,0
250 74
4800
0,130
700
2/5/10
5526
110
*4
52
11,0
33,0
250 78
4000
0,107
700
5/10
5526
120
*4
52
12,0
35,0
250 82
4000
0,130
700
2/5/10
5526
150
*4
52
15,0
35,0
250 81
4000
0,170
700
2/5/10
5526
160
*4
52
16,0
34,0
250 84
3300
0,134
700
2/5/10
5526
180
*4
52
18,0
35,0
250 80
3100
0,170
700
2/5/10
5526
220
*4
52
22,0
38,0
250 84
3000
0,190
700
2/5/10
5526
240
*4
52
24,0
37,0
250 81
2650
0,190
700
2/5/10
5526
270
*4
52
27,0
40,0
250 82
2800
0,220
600
5/10
5526
300
*4
52
30,0
37,0
250 83
2250
0,187
600
2/5/10
5526
330
*4
52
33,0
38,0
250 72
2300
0,260
600
2/5/10
5526
360
*4
52
36,0
38,0
250 77
2080
0,250
600
2/5/10
5526
390
*4
52
39,0
40,0
250 73
2200
0,250
600
2/5/10
5526
430
*4
52
43,0
39,0
250 78
2000
0,280
600
5/10
5526
470
*4
52
47,0
38,0
200 65
2000
0,280
600
2/5/10
5526
560
*4
52
56,0
38,0
200 66
1900
0,340
600
2/5/10
5526
680
*4
52
68,0
37,0
200 58
1700
0,340
600
2/5/10
5526
720
*4
52
72,0
34,0
150 64
1700
0,490
400
2/5/10
5526
820
*4
52
82,0
34,0
150 58
1700
0,540
400
2/5/10
5526
101
*4
52
100,0
34,0
150 52
1400
0,580
400
2/5/10
5526
111
*4
52
110,0
32,0
150 54
1350
0,720
300
2/5/10
5526
121
*4
52
120,0
32,0
150 52
1300
0,720
300
2/5/10
5526
151
*4
52
150,0
28,0
150 39
990
0,920
280
2/5/10
5526
181
*4
52
180,0
25,0
100 38
990
1,650
240
2/5/10
5526
221
*4
52
220,0
25,0
100 38
900
2,100
200
2/5/10
5526
271
*4
52
270,0
24,0
100 31
900
2,300
170
2/5/10
5526
331
*4
52
330,0
25,0
100 27
800
4,300
140
2/5/10
5526
391
*4
52
390,0
25,0
100 19
700
5,700
130
2/5/10
※ Packing Unit: 3,000 pcs. each
PAGE
Wire Wound Chip Inductors
——E-Series 0603C(1608)/5526 3/3
*All specifications are subject to change without notice.
Electrical Characteristic Curves
Typical Q vs Frequency
Typical L vs Frequency
T
est
Equipment
Inductance
and
Quality
Factor
RF
LCR
Meter:
Agilent
4287
A
Test
Fixture:
Agilent
16193
A
or
equivalent
Resonant
Frequency
Network
Analyzer:
Agilent
8720
ES
or
equivalent
R
DC
Measured
at
25
°C
ambient
temperature
Digital
Multimeter:
Agilent
34420A
or
equivalent
Max.
Permissible
Direct
Current:
At
25
°C
ambient
temperature
permissible
temperature
rise:
20
K
120.0nH
68.0nH
33.0nH
22.0nH
3.9nH
160
140
120
100
80
60
40
20
0
1 10 100 1000 10000
Fre
q
uenc
y
(
MHz
)
Q Factor
120.0nH
68.0nH
33.0nH
22.0nH
3.9nH
260
240
220
200
180
160
140
120
100
80
60
40
20
0
1 10 100 1000 10000
Frequency (MHz)
Inductance (nH)
