ELLCTV331M Panasonic, ELLCTV331M Datasheet

CHOKE, 330UH, 660mA, 20%

ELLCTV331M

Manufacturer Part Number
ELLCTV331M
Description
CHOKE, 330UH, 660mA, 20%
Manufacturer
Panasonic
Series
Vr
Datasheet

Specifications of ELLCTV331M

Dc Resistance Max
500mohm
Dc Current Rating
660mA
Inductor Type
Choke
Self Resonant Frequency
100kHz
Inductor Case Style
SMD
No. Of Pins
2
Inductance Tolerance
± 20%
Body Diameter
12mm
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
SMD Choke Coils
Series:
Type:
Design and specifi cations are each subject to change without notice. Ask factory for the current technical specifi cations before purchase and/or use.
Should a safety concern arise regarding this product, please be sure to contact us immediately.
Date code
Features
Magnetically shielded structure
Low DC resistance and large current capability
Available on tape and reel for automatic insertion
Recommended Applications
DC-DC converter circuitry for computer peripherals
and cellular phones.
Chopper circuit decoupling chokes for DC-DC
converter circuitry
Standard Packing Quantity
500 pcs./Reel
Explanation of Part Numbers
Dimensions in mm (not to scale)
Marking
ELL
V
ELLCTV
Choke Coil (Magnetically shielded )
E
12.0±0.5
3 3 0
1
Product Code
L
2
L
3
Outer size
C
4
Height
T
T
5
4.5 max.
Structure
V
6
Recommended Land Pattern in mm (not to scale)
2
7
V
Inductance
Series
2
8
4R7 4.7 µH
101 100 µH
0
9
Type ELLCTV
Tolerance
M
10
Design No.
11
M
N
Choke Coils
±30 %
±20 %
Jan. 2008

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ELLCTV331M Summary of contents

Page 1

SMD Choke Coils V Series: ELLCTV Type: ■ Features ● Magnetically shielded structure ● Low DC resistance and large current capability ● Available on tape and reel for automatic insertion ■ Recommended Applications ● DC-DC converter circuitry for computer peripherals ...

Page 2

... ELLCTV820M 82.0 ELLCTV101M 100.0 ELLCTV121M 120.0 ELLCTV151M 150.0 ELLCTV181M 180.0 ELLCTV221M 220.0 ELLCTV271M 270.0 ELLCTV331M 330.0 ELLCTV391M 390.0 ELLCTV471M 470.0 ELLCTV561M 560.0 ELLCTV681M 680.0 ELLCTV821M 820.0 ELLCTV102M 1000.0 ✽ Current: This indicates the value of current when the inductance nominal value or when the case temperature has risen 45 °C (at 20 °C) ■ ...

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