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CTCDRH3D16F-680N中文资料

CTCDRH3D16F-680N中文资料

Power Inductors - Shielded

https://www.wendangku.net/doc/1917777682.html,

Manufacturer of Inductors, Chokes, Coils, Beads, Transformers & Toroids

800-684-5322Inside US 949-453-1811Outside US

Copyright ? 2005 by CT Magnetics, DBA Central Technologies. All rights reserved. CT Magnetics reserves the right to make improvements or change specifications without notice

CENTRAL

T e c h n o l o g i e s

11.03.05

SPECIFICATIONS

Parts are available in ±30% tolerance only.

CTCDRH3D16F Please specify “F”for RoHS Compliant

Inductance L Test DCR *Rated DC Part @ 0.25Vrms,0Adc

Freq.Max.Current Number

(μH ±30%)

(kHz)(?)(A)

CTCDRH3D16_-1R5N 1.5100.052 1.55CTCDRH3D16_-2R2N 2.2100.072 1.20CTCDRH3D16_-3R3N 3.3100.085 1.10CTCDRH3D16_-4R7N 4.7100.1050.90CTCDRH3D16_-6R8N 6.8100.1700.73CTCDRH3D16_-100N 10100.2100.55CTCDRH3D16_-150N 15100.2950.45CTCDRH3D16_-220N 22100.4300.40CTCDRH3D16_-330N 33100.6750.32CTCDRH3D16_-470N 47100.9400.22CTCDRH3D16_-680N 68100 1.280.20CTCDRH3D16_-820N 82100 1.550.17CTCDRH3D16_-101N

100

100

1.75

0.15

CTCDRH3D16 Series

From 1.5 μH to 100 μH

Not shown at actual size.

CHARACTERISTICS

Description:SMD (shielded) power inductor

Applications:Power supplies for VTR, OA equipment, LCD televisions, PC notebooks, portable communication equipment,DC/DC converters, etc.

Operating Temperature:-30°C to +100°C Inductance Tolerance:±30%

Testing:T ested on a HP4285A at 100kHz Packaging:T ape & Reel

Marking:Parts are marked with inductance code Miscellaneous:RoHS Compliant available

Additional Information:Additional electrical & physical information available upon request

Samples available.See website for ordering information.

PAD LAYOUT

Unit:mm

2.4

1.

4

1.5

1.

4

A XXX

B

Marking:

Inductance Code

C

D

E

F

Size A

B

C D

E

F

Max.Max.Max.mm 4.1 4.1 1.8 1.15 5.2 2.95inches

0.16

0.16

0.07

0.05

0.20

0.12

PHYSICAL DIMENSIONS

RoHS

Compliant Available

*The rated current indicates the current when the inductance decreases to 65% over its nominal value or D.C.current when the temperature rising ?T=40°C lower, whichever is lower.

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