ctvf 0

Power Inductor - Radial Leaded
CTVF-0
Series
From 1.0 µH to 390 µH
Not Shown at Actual Size
SPECIFICATIONS
Part numbers indicate inductance tolerance available.
K = ±10%, L = ±15%
Physical Dimensions (in/mm)
Rated DCR
Part
Inductance Current Max.
A
B
C
D
Number
(µH)
(A)
(W)
Max.
Max.
±0.015/0.38
±0.015/0.38
CTVF-0-1R0L-25 1.0
21.8
0.002
0.60/15.2
0.68/17.3
0.42/10.7
0.068/1.73
CTVF-0-1R0L-10 1.0
16.7
0.003
0.50/12.7
0.75/19.1
0.42/10.7
0.054/1.37
CTVF-0-3R3L-10 3.3
12.7
0.005
0.50/12.7
1.0/25.4
0.42/10.7
0.054/1.37
CTVF-0-4R7L-03 4.7
7.4
0.021
0.51/13.0
0.75/19.1
0.42/10.7
0.035/0.89
CTVF-0-4R7L-05 4.7
8.9
0.012
0.50/12.7
0.75/19.1
0.42/10.7
0.042/1.07
CTVF-0-4R7L-10 4.7
11.9
0.012
0.50/12.7
1.0/25.4
0.42/10.7
0.054/1.37
CTVF-0-4R7L-20 4.7
16.4
0.004
0.53/13.5
1.2/30.5
0.42/10.7
0.068/1.73
CTVF-0-100K-03 CTVF-0-100K-05
CTVF-0-100K-10 CTVF-0-100K-20 CTVF-0-150K-03 CTVF-0-150K-10 CTVF-0-220K-03 CTVF-0-220K-05 CTVF-0-220K-10 CTVF-0-270K-05 CTVF-0-330K-12 CTVF-0-470K-03 CTVF-0-470K-05 CTVF-0-470K-10 CTVF-0-820K-03 10
10
10
10
15
15
22
22
22
27
33
47
47
47
82
5.9
7.1
11.8
17
6.8
9.8
7.4
8.9
13
7.1
11.3
4.3
6.0
8.7
2.8
0.023
0.017
0.015
0.006
0.025
0.02
0.035
0.023
0.015
0.024
0.017
0.05
0.035
0.022
0.11
0.50/12.7
0.50/12.7
0.52/13.2
0.75/19.1
0.50/12.7
0.52/13.2
0.50/12.7
0.50/12.7
0.66/16.8
0.50/12.7
0.70/17.8
0.55/14.0
0.65/16.5
0.85/21.6
0.50/12.7
0.75/19.1
0.75/19.1
1.0/25.4
1.8/45.7
1.0/25.4
1.0/25.4
1.0/25.4
1.0/25.4
1.3/33.0
1.0/25.4
1.3/33.0
1.0/25.4
1.1/28.0
1.3/33.0
0.65/16.5
0.42/10.7
0.42/10.7
0.42/10.7
0.60/15.2
0.42/10.7
0.42/10.7
0.42/10.7
0.42/10.7
0.42/10.7
0.49/12.5
0.55/14.0
0.42/10.7
0.70/17.8
0.70/17.8
0.375/9.5
0.035/0.89
0.042/1.07
0.054/1.37
0.075/1.91
0.035/0.89
0.054/1.37
0.035/0.89
0.042/1.07
0.060/1.52
0.042/1.07
0.060/1.52
0.035/0.89
0.042/1.07
0.060/1.52
0.028/0.71
CTVF-0-101K-01 CTVF-0-101K-03 CTVF-0-101K-05 CTVF-0-151K-03 CTVF-0-151K-05 CTVF-0-181K-05 CTVF-0-221K-03 CTVF-0-271K-04 CTVF-0-271K-10 CTVF-0-391K-03 CTVF-0-391K-05 100
100
100
150
150
180
220
270
270
390
390
1.8
3.8
5.5
2.8
5.2
3.3
2.1
2.1
3.6
3.0
3.1
0.19
0.072
0.055
0.14
0.065
0.11
0.21
0.25
0.16
0.25
0.19
0.40/10.2
0.55/14.0
0.65/16.5
0.60/15.2
0.65/16.5
0.60/15.2
0.55/14.0
0.95/24.0
1.1/28.0
1.1/28.0
1.1/28.0
0.90/22.9
1.2/30.5
1.3/33.0
1.2/30.5
1.3/33.0
1.2/30.5
1.2/30.5
0.72/18.3
1.0/25.4
1.0/25.4
1.0/25.4
0.30 /7.6
0.70/17.8
0.70/17.8
0.43/10.9
0.70/17.8
0.43/10.9
0.42/10.7
0.71/18.0
0.72/18.3
0.72/18.3
0.72/18.3
0.020/0.51
0.035/0.89
0.042/1.07
0.028/0.71
0.042/1.07
0.035/0.89
0.025/0.64
0.030/0.76
0.038/0.97
0.035/0.89
0.038/0.97
CHARACTERISTICS
Description: Radial leaded power Inductor.
Applications: Used in switching regulators, power amplifiers,
power supplies, SCR and Triac controls, speaker crossover
networks, RFI suppression and filters.
Inductance Tolerance: ±10%, ±15%
Operating Temperature: -55°C to +125°C
Rated Current: Based on the inductance change within 10% of
initial value.
Testing: Inductance is tested on an HP4284A at 15.75KHz.
Sleeving: Poly-Olefin shrink tube.
Packaging: Bulk.
Marking: Parts are marked with inductance code.
Miscellaneous: RoHS Compliant.
Additional Information: Additional electrical & physical
information available upon request.
Samples available. See website for ordering information.
www.ctparts.com
A
B
D
C
Manufacturer of Passive Components
800-684-5322 Inside US
949-453-1811 Outside US
Copyright © 2012 by CT Magnetics, DBA Central Technologies. All rights reserved.
CT Magnetics reserves the right to make improvements or change specifications without notice
5.6~7.1mm
(Lead Lenght)
REV 06.01.12