Peaking Coils - Radial

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Manufacturer of Passive and Discrete Semiconductor Components

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949-453-1811 Outside US

Copyright © 2007 by CT Magnetics, DBA Central Technologies. All rights reserved.

CT Magnetics reserves the right to make improvements or change specifications without notice

CENTRAL

02.26.07

SPECIFICATIONS

Parts numbers indicate available inductance tolerance.

K = ±10%, M = ±20%

Test

DCR

Rated

Part

Inductance

Freq.

Max.

DC

Number

(µH)

(_Hz)

(

Ω

Ω)

(A)

CTCH106F-100M

10

2.52M

0.040

3.60

CTCH106F-120M

12

2.52M

0.044

3.30

CTCH106F-150M

15

2.52M

0.058

2.90

CTCH106F-180M

18

2.52M

0.064

2.70

CTCH106F-220M

22

2.52M

0.088

2.40

CTCH106F-270M

27

2.52M

0.100

2.20

CTCH106F-330K

33

2.52M

0.110

2.00

CTCH106F-390K

39

2.52M

0.140

1.80

CTCH106F-470K

47

2.52M

0.160

1.70

CTCH106F-560K

56

2.52M

0.190

1.50

CTCH106F-680K

68

2.52M

0.220

1.40

CTCH106F-820K

82

2.52M

0.290

1.30

CTCH106F-101K

100

1.00k

0.320

1.30

CTCH106F-121K

120

1.00k

0.380

1.20

CTCH106F-151K

150

1.00k

0.500

1.00

CTCH106F-181K

180

1.00k

0.560

0.84

CTCH106F-221K

220

1.00k

0.780

0.76

CTCH106F-271K

270

1.00k

0.920

0.69

CTCH106F-331K

330

1.00k

1.100

0.62

CTCH106F-391K

390

1.00k

1.300

0.57

CTCH106F-471K

470

1.00k

1.500

0.52

CTCH106F-561K

560

1.00k

1.900

0.48

CTCH106F-681K

680

1.00k

2.200

0.43

CTCH106F-821K

820

1.00k

2.600

0.40

CTCH106F-102K

1000

1.00k

3.200

0.36

CTCH106F Series

From 10 µH to 1,000 µH

Not shown at actual size.

CHARACTERISTICS

Description: Radial leaded fixed inductor

Applications: High reliability, efficiency and saturation. Ideal for

use as a power choke coil in switching power supply, TV sets,

video appliances, and industrial equipment as well as use as a

peaking coil in filtering applications

Inductance Tolerance: ±10%, ±20%

Testing: Tested on a HP4285A or HP4284A at specified

frequency

Packaging: Bulk packaging

Rated Current: The rated D.C. current indicates the value of

current when the inductance is 10% lower than its initial value at

D.C. superposition or D.C. current when at

Δt=40°C whichever is

lower. (Ta=20°C)

Additional Information: Additional electrical & physical

information available upon request

øE

A

B

D

F

øC

2

3

1

4

Bottom View

Size

A

B

C

D

E

F

mm

6.0±0.5

3.5±1.0

0.7+0.1,-0.05

4.0±0.3

10.0±0.5

5.0±0.3

0.14±0.04 0.027+0.004,-0.002 0.16±0.012

0.40±0.02

0.20±0.012

PHYSICAL DIMENSIONS

RoHS

Compliant