Panasonic, ETQP4M, 1206 Shielded Surface Mount Inductor with a Metal Composite Core, 470 nH ±20 % 31.1 A Idc

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Subtotal 10 units (supplied on a continuous strip)*

PHP899.70

(exc. VAT)

PHP1,007.70

(inc. VAT)

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Units
Per Unit
10 - 49PHP89.97
50 - 99PHP80.97
100 - 199PHP72.88
200 +PHP65.59

*price indicative

Packaging Options:
RS Stock No.:
253-8458P
Mfr. Part No.:
ETQP4MR47KLC
Manufacturer:
Panasonic
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Brand

Panasonic

Product Type

Surface Mount Inductor

Inductance

470nH

Maximum DC Current

31.1A

Package/Case

1206

Packaging

Tape & Reel

Length

10.9mm

Automotive Standard

AEC-Q200

Shielding

Yes

Maximum DC Resistance

1.68mΩ

Minimum Operating Temperature

-40°C

Pin Count

2

Inductance Tolerance

±20 %

Series

ETQP4M

Maximum Operating Temperature

150°C

Core Material

Metal Composite

Standards/Approvals

RoHS

Termination Style

Surface Mount

Height

4mm

Depth

4mm

Moulded

Yes

Inductor Construction

Wirewound

The Panasonic power inductors for automotive application is used for high heat resistance and high reliability using metal composite core (MC). Contribute to down-sizing of ECU power circuit by small case size with higher current capability. Low loss characteristic realizes high efficiency of power circuit of ECU and contribute to simplify thermal design process. Metal composite monolithic structure realizes high reliability ECU design which is applied under severe environmental condition. It can be used as boost-converter and buck converter applications.

High heat resistance operation up to 155 ℃ including self-heating

Low profile and SMD type

High bias current with excellent inductance stability using ferrous alloy magnetic material

Temperature stability with excellent inductance stability over broad temperature range

Low audible (buzz) noise with a gapless structure achieved with metal composite core

High efficiency with low DC resistance of winding and low eddy-current loss of the core

Shielded construction

AEC-Q200 compliant and RoHS compliant

Noise filter for various drive circuitry requiring high temperature operation and peak current handling capability

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