Chip Inductors. NL201614 Datasheet

NL201614 Inductors. Datasheet pdf. Equivalent

Part NL201614
Description SMD Wire Wound Ferrite Chip Inductors
Feature SMD Wire Wound Ferrite Chip Inductors - NL Series NL Series Features  RoHS compliant  Strong sold.
Manufacture Chilisin Electronics
Datasheet
Download NL201614 Datasheet

SMD Wire Wound Ferrite Chip Inductors - NL Series NL Series NL201614 Datasheet
Yageo corporation INDUCTORS / BEADS SMD Wire Wound Chip Ind NL201614 Datasheet
SMD Wire Wound Ferrite Chip Inductors - NL Series NL Series NL201614T Datasheet
Recommendation Recommendation Datasheet NL201614 Datasheet




NL201614
SMD Wire Wound Ferrite Chip Inductors - NL Series
NL Series
Features
RoHS compliant
Strong solderability by reflow soldering and soldering iron
Highly accurate dimensions
Can be mounted automatically
Terminals are highly resistant to external forces
Highly resistant to mechanical shocks and pressure
Highly reliable in environments of sudden temperature change
and humidity
Superior Q characteristics and the broadest L selections among
peers
Applications
Microtelevisions
Liquid crystal televisions
Video cameras
Portable VCRs
Car radios
Car stereos
Thin tape radios
Television tuners
Mobile telephones
Radio and other electronic devices
Product Identification
Packaging: TTape and Reel
Shape and Dimensions
NL201614
NL252018
Recommended Pattern
Dimensions in mm
TYPE
A Max
B Max
C Max
D
E
F
G
H
I
J
NL201614
2.40
1.72
1.52 0.70 1.02 0.50 1.27 1.78 1.02 0.76
NL252018
2.92 2.50 2.79 2.20
0.51
0.51
-
- 2.54 1.02 1.27
NL252018: B Max: 2.79 mm, at 5N0~R10,
2.50 mm, at R12~101



NL201614
SMD Wire Wound Ferrite Chip Inductors – NL Series
Electrical Characteristics
Part Number
Inductance
(uH)
Test
Frequency
(MHz)
Tolerance Q
(±%)
Min
Test
Frequency
(MHz)
NL201614T-R12-N
0.12
25.2
10 / 5
25
25.2
NL201614T-R15-N
0.15
25.2
10 / 5
25
25.2
NL201614T-R18-N
0.18
25.2
10 / 5
25
25.2
NL201614T-R22-N
0.22
25.2
10 / 5
25
25.2
NL201614T-R27-N
0.27
25.2
10 / 5
25
25.2
NL201614T-R33-N
0.33
25.2
10 / 5
25
25.2
NL201614T-R39-N
0.39
25.2
10 / 5
25
25.2
NL201614T-R47-N
0.47
25.2
10 / 5
25
25.2
NL201614T-R56-N
0.56
25.2
10 / 5
25
25.2
NL201614T-R68-N
0.68
25.2
10 / 5
25
25.2
NL201614T-R82-N
0.82
25.2
10 / 5
25
25.2
NL201614T-1R0-N
1.00
7.96
10 / 5
15
7.96
NL201614T-1R2-N
1.20
7.96
10 / 5
15
7.96
NL201614T-1R5-N
1.50
7.96
10 / 5
15
7.96
NL201614T-1R8-N
1.80
7.96
10 / 5
15
7.96
NL201614T-2R2-N
2.20
7.96
10 / 5
15
7.96
NL201614T-2R7-N
2.70
7.96
10 / 5
15
7.96
NL201614T-3R3-N
3.30
7.96
10 / 5
15
7.96
NL201614T-3R9-N
3.90
7.96
10 / 5
15
7.96
NL201614T-4R7-N
4.70
7.96
10 / 5
15
7.96
NL201614T-5R6-N
5.60
7.96
10 / 5
15
7.96
NL201614T-6R8-N
6.80
7.96
10 / 5
15
7.96
NL201614T-8R2-N
8.20
7.96
10 / 5
15
7.96
NL201614T-100-N
10.0
2.52
10 / 5
15
2.52
NL201614T-120-N
12.0
2.52
10 / 5
15
2.52
NL201614T-150-N
15.0
2.52
10 / 5
15
2.52
NL201614T-180-N
18.0
2.52
10 / 5
15
2.52
NL201614T-220-N
22.0
2.52
10 / 5
15
2.52
NL201614T-270-N
27.0
2.52
10 / 5
15
2.52
NL201614T-330-N
33.0
2.52
10 / 5
15
2.52
When ordering, please specify tolerance and packaging codes.
ToleranceJ =±5% , K = ±10%
L/Q : Agilent E4991A+ Agilent HP16197A
SRF: Agilent E4991A
Rdc: CH502BC/ HP4338B
Idc for Inductance drop 10% from its value without current.
Operating temperature range from -25to 105. (Including self - temperature rise)
SRF Rdc
(MHz) Min (Ω) Max
500 0.20
450 0.25
410 0.30
350 0.35
280 0.40
235 0.45
210 0.50
170 0.55
150 0.60
140 0.70
130 0.75
115 0.80
95 0.90
85 1.05
80 1.20
75 1.40
70 1.60
60 1.80
55 2.00
45 2.40
40 2.70
36 3.20
33 3.60
30 4.50
25 5.70
23 6.50
21 7.00
20 8.00
18 9.00
17 10.0
Test InstrumentsAgilent E4991A Material/Impedance Analyzer
Typical L vs. Frequency
Typical Q vs. Frequency
Idc
(mA)
600
600
570
550
530
510
490
470
450
420
400
350
325
300
270
250
230
210
190
170
150
140
120
110
105
90
85
78
75
70
Color
White
Black
Brown
Red
Orange
Yellow
Green
Blue
Violet
Gray
White
Black
Brown
Red
Orange
Yellow
Green
Blue
Violet
Gray
White
Black
Brown
Red
Orange
Yellow
Green
Blue
Violet
Gray





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