TF02 Datasheet, PDF (1/1 Pages) Allied Components International – Thin Film Chip Inductor

RoHS
0.012±0.001
(0.32±0.05)
Thin Film Chip Inductor
Dimensions: ^Inches
(mm)
0.039±0.001
(1.0±0.05)
0.007±0.003
(0.2±0.10)
0.019±0.001
(0.5±0.05)
TF02
Allied
Part
Number
Inductance
(nh)
Inductance
Tolerance
(nh)
Q Factor
Min.
(MHz)
SRF
Min.
(GHz)
DCR
Max.
(Ω)
IDC
Max
(mA)
TF02-0N2_-RC
0.2
TF02-0N3_-RC
0.3
TF02-0N4_-RC
0.4
TF02-0N5_-RC
0.5
TF02-0N6_-RC
0.6
TF02-0N8_-RC
0.8
TF02-0N9_-RC
0.9
TF02-1N0_-RC
1.0
TF02-1N1_-RC
1.1
TF02-1N2_-RC
1.2
TF02-1N3_-RC
1.3
TF02-1N4_-RC
1.4
TF02-1N5_-RC
1.5
TF02-1N6_-RC
1.6
TF02-1N7_-RC
1.7
TF02-1N8_-RC
1.8
TF02-1N9_-RC
1.9
TF02-2N0_-RC
2.0
TF02-2N1_-RC
2.1
TF02-2N2_-RC
2.2
TF02-2N3_-RC
2.3
TF02-2N4_-RC
2.4
TF02-2N5_-RC
2.5
TF02-2N6_-RC
2.6
TF02-2N7_-RC
2.7
TF02-2N8_-RC
2.8
TF02-2N9_-RC
2.9
TF02-3N0_-RC
3.0
TF02-3N1_-RC
3.1
TF02-3N2_-RC
3.2
TF02-3N3_-RC
3.3
TF02-3N4_-RC
3.4
TF02-3N5_-RC
3.5
TF02-3N6_-RC
3.6
TF02-3N7_-RC
3.7
TF02-3N8_-RC
3.8
TF02-3N9_-RC
3.9
TF02-4N3_-RC
4.3
TF02-4N7_-RC
4.7
TF02-5N4_-RC
5.4
TF02-5N6_-RC
5.6
TF02-5N9_-RC
5.9
TF02-6N5_-RC
6.5
TF02-6N8_-RC
6.8
TF02-7N2_-RC
7.2
TF02-8N0_-RC
8.0
TF02-8N1_-RC
8.1
TF02-8N2_-RC
8.2
TF02-9N1_-RC
9.1
TF02-10N0_-RC
10.0
TF02-10N8_-RC
10.8
TF02-12N0_-RC
12.0
TF02-13N8_-RC
13.8
TF02-15N0_-RC
15.0
TF02-17N0_-RC
17.0
TF02-18N0_-RC
18.0
TF02-20N8_-RC
20.8
TF02-22N0_-RC
22.0
TF02-27N0_-RC
27.0
TF02-33N0_-RC
33.0
B, C, S
13/500MHz
14
B, C, S
13/500MHz
14
B, C, S
13/500MHz
14
B, C, S
13/500MHz
14
B, C, S
13/500MHz
14
B, C, S
13/500MHz
14
B, C, S
13/500MHz
14
B, C, S
13/500MHz
14
B, C, S
13/500MHz
12
B, C, S
13/500MHz
12
B, C, S
13/500MHz
10
B, C, S
13/500MHz
10
B, C, S
13/500MHz
10
B, C, S
13/500MHz
10
B, C, S
13/500MHz
10
B, C, S
13/500MHz
10
B, C, S
13/500MHz
8
B, C, S
13/500MHz
8
B, C, S
13/500MHz
8
B, C, S
13/500MHz
8
B, C, S
13/500MHz
8
B, C, S
13/500MHz
8
B, C, S
13/500MHz
8
B, C, S
13/500MHz
8
B, C, S
13/500MHz
8
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
6
B, C, S
13/500MHz
5.5
B, C, S
13/500MHz
5.5
B, C, S
13/500MHz
5.5
B, C, S
13/500MHz
5.5
F, G, H, J
13/500MHz
4.5
F, G, H, J
13/500MHz
4.5
F, G, H, J
13/500MHz
3.7
F, G, H, J
13/500MHz
3.7
F, G, H, J
13/500MHz
3.3
F, G, H, J
13/500MHz
3.1
F, G, H, J
13/500MHz
3.1
F, G, H, J
13/500MHz
2.8
F, G, H, J
13/500MHz
2.8
F, G, H, J
13/500MHz
2.5
J
13/500MHz
2.5
0.10
800
0.10
800
0.10
800
0.15
700
0.15
700
0.15
700
0.15
700
0.15
700
0.15
700
0.15
700
0.25
700
0.25
700
0.25
700
0.25
560
0.25
560
0.25
560
0.35
560
0.35
560
0.35
440
0.35
440
0.35
440
0.35
440
0.35
440
0.35
440
0.35
440
0.45
380
0.45
380
0.45
380
0.45
380
0.45
380
0.45
380
0.55
380
0.55
380
0.55
380
0.55
340
0.55
340
0.55
340
0.65
320
0.65
320
0.85
280
0.85
280
0.85
280
1.05
260
1.05
260
1.05
260
1.25
220
1.25
220
1.25
220
1.25
220
1.35
200
1.35
200
1.55
180
1.75
180
1.75
130
1.95
100
2.15
100
2.55
90
2.65
90
3.25
75
4.50
75
To complete part number insert tolerance designator: B=±0.1nH, C=±0.2nH, S=±0.3nH, F=±1%, G=±2%, H=±3%, J=±5%
All specifications subject to change without notice.
Features
• 0402 size SMD suitable for pick and
place automation
• Low Profile under .327mm!
• Photolithographic single layer ceramic
Inductor
• High SRF and Q values
• Inductance stable in high frequency
circuits
Electrical
Inductance Range: .2nH to 33nH
Tolerance: As noted from +/-0.1nH to 5%
Test Frequency: 500mHz
Operating Temp: -40ºC to +85ºC
IDC: Current at which the inductance will
drop by no more than 10% from initial
value without current.
Resistance to Soldering Heat:
Test Method: 260ºC +/-5 for 10 seconds,
per Mil-STD-202 Method 210E
Test Equipment
(L&Q): HP4287 + Agilent 1619B
Physical
Packaging: 10000 pieces per 7 inch reel.
Marking: None
949-356-1780
ALLIED COMPONENTS INTERNATIONAL
08/26/2015
www.alliedcomponents.com