Gowanda Electronics

Your Complete Source for RF and Power Inductors

ISO 9001 ISO 131485 AS 9100 Commercial Medical Military/Aerospace

Ruggedized Products

Power — Surface Mount

SMP3308LP Series — Wirewound, Open Construction, Low Profile

Product Information | Series Data | Notes

Product Information
Series Data

For helpful information regarding the data in the following table please refer to the Notes section below the table.

To request a sample, please indicate your choice in the columns to the right in the table.
To check distributor stock, please click on a specific part number in the table.

Part NumberInductance µHToleranceDCR (Max) ohmsSaturation Current DC mACurrent Rating DC mACore MaterialMarkingLengthWidthHeightOD Request Sample
Lead RoHS
SMP3308LP-101M1±20%0.02390003900Ferrite1µH0.530.420.1
SMP3308LP-151M1.5±20%0.03270003300Ferrite1.5µH0.530.420.1
SMP3308LP-221M2.2±20%0.04160002900Ferrite2.2µH0.530.420.1
SMP3308LP-331M3.3±20%0.04750002700Ferrite3.3µH0.530.420.1
SMP3308LP-471M4.7±20%0.05643002500Ferrite4.7µH0.530.420.1
SMP3308LP-681M6.8±20%0.07238002200Ferrite6.8µH0.530.420.1
SMP3308LP-102M10±20%0.09230002000Ferrite10µH0.530.420.1
SMP3308LP-152M15±20%0.11425001700Ferrite15µH0.530.420.1
SMP3308LP-222M22±20%0.14820001500Ferrite22µH0.530.420.1
SMP3308LP-332M33±20%0.20617001300Ferrite33µH0.530.420.1
SMP3308LP-472M47±20%0.3214001000Ferrite47µH0.530.420.1
SMP3308LP-682M68±20%0.461200870Ferrite68µH0.530.420.1
SMP3308LP-103M100±20%0.641940740Ferrite100µH0.530.420.1
SMP3308LP-153M150±20%1.05770580Ferrite150µH0.530.420.1
SMP3308LP-223M220±20%1.62640460Ferrite220µH0.530.420.1
SMP3308LP-333M330±20%2.28530390Ferrite330µH0.530.420.1
SMP3308LP-473M470±20%2.76430350Ferrite470µH0.530.420.1
SMP3308LP-683M680±20%4.36360280Ferrite680µH0.530.420.1
SMP3308LP-104M1000±20%6.62300230Ferrite1000µH0.530.420.1
SMP3308LP-224M2200±20%12.5185170Ferrite2200µH0.530.420.1
SMP3308LP-334M3300±20%19.3155130Ferrite3300µH0.530.420.1
SMP3308LP-474M4700±20%32140100Ferrite4700µH0.530.420.1
SMP3308LP-564M5600±20%3812596Ferrite5600µH0.530.420.1

Notes

Operating temperature -55°C to +125°C

Saturation current is the approximate value that will reduce the initial inductance by 10%

Current rating is based on a 40°C temperature rise at an ambient temperature of 85°C

back to the top