NIS04D1N5TRF Search Results

NIS04D1N5TRF Price and Stock

Filter by Manufacturer


NIC Components Corp NIS04D1N5TRF Multilayer Inductor, 1.5 nH, 70 Milliohm, ï¿½ 0.3nH, 6 GHz, 400 mA, 0402 [1005 Metric] (Alt: NIS04D1N5TRF)
Distributors	Part	Package	Stock	Lead Time	Min Order Qty	Price	Buy
Avnet Abacus	NIS04D1N5TRF			143 Weeks	10,000	1 - 10 - 100 - 1000 - 10000 -	Buy Now

NIS04D1N5TRF Datasheets (1)

Part	ECAD Model	Manufacturer	Description	Curated	Datasheet Type	PDF
NIS04D1N5TRF		NIC Components	Chip Inductor		Original	PDF

NIS04D1N5TRF Datasheets Context Search

Catalog Datasheet	MFG & Type	PDF	Document Tags
NIS06D1N5TRF Abstract: NIS04D1N0TRF NIS04D1N2TRF NIS04D1N5TRF NIS04D1N8TRF NIS04D2N2TRF NIS04D2N7TRF NIS06D2N7TRF NIS06J10NTRF Text: 0402/0603 Chip Inductors NIS Series FEATURES • • • • • • LASER CUT SPIRAL COIL OVER ALUMINA CORE SUPER MINIATURE EIA 0402 & 0603 SIZE IN RESIN ENCLOSED BODY HIGH Q AND SRF FOR HIGH FREQUENCY APPLICATIONS TIGHT TOLERANCES D ± 0.3nH, G ± 2% or J ± 5%	Original	PDF	220nH NIS04 NIS06 NIS06D1N5TRF NIS04D1N0TRF NIS04D1N2TRF NIS04D1N5TRF NIS04D1N8TRF NIS04D2N2TRF NIS04D2N7TRF NIS06D2N7TRF NIS06J10NTRF
Untitled Abstract: No abstract text available Text: 0402/0603 Chip Inductors NIS Series FEATURES • • • • • • LASER CUT SPIRAL COIL OVER ALUMINA CORE SUPER MINIATURE EIA 0402 & 0603 SIZE IN RESIN ENCLOSED BODY HIGH Q AND SRF FOR HIGH FREQUENCY APPLICATIONS TIGHT TOLERANCES D ± 0.3nH, G ± 2% or J ± 5%	Original	PDF	220nH
Untitled Abstract: No abstract text available Text: 0402/0603 Chip Inductors NIS Series FEATURES • • • • • • LASER CUT SPIRAL COIL OVER ALUMINA CORE SUPER MINIATURE EIA 0402 & 0603 SIZE IN RESIN ENCLOSED BODY HIGH Q AND SRF FOR HIGH FREQUENCY APPLICATIONS TIGHT TOLERANCES D ± 0.3nH, G ± 2% or J ± 5%	Original	PDF	220nH NIS04 NIS06
Untitled Abstract: No abstract text available Text: 0402/0603 Chip Inductors NIS Series FEATURES • • • • • • LASER CUT SPIRAL COIL OVER ALUMINA CORE SUPER MINIATURE EIA 0402 & 0603 SIZE IN RESIN ENCLOSED BODY HIGH Q AND SRF FOR HIGH FREQUENCY APPLICATIONS TIGHT TOLERANCES D ± 0.3nH, G ± 2% or J ± 5%	Original	PDF	220nH NIS04 NIS06