High Frequency RF Wirewound Chip Inductors Johanson Dielectrics L-14W6N2JV4E Tape and Reel Packaging

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Product Description

Product Overview

Johanson Technology's RF Wirewound Chip Inductors are designed for high-frequency applications, featuring a monolithic ceramic or ferrite core wound with wire for optimal performance. These compact inductors are ideal for high-volume RF applications due to their tape and reel packaging. They offer excellent high-frequency characteristics and are suitable for a wide range of wireless communication and data transmission systems.

Product Attributes

Brand: Johanson Technology
Core Types: Ceramic, Ferrite
Termination: Ni / Au (Ceramic Core), 100% Tin (Ferrite Core)
Packaging: Tape and Reel, Bulk (Loose Pieces)

Technical Specifications

EIA Size (Code)	Inductance Range	Q Factor (Typ.)	SRF (Typ.)	Temperature Range	Mechanical Dimensions (Inches / mm)
0402 (L-07)	1.0 - 120 nH	55 (at 900 MHz)	>11 GHz (1.0 nH)	-40C to +125C	L: .039 .004" (1.00 .10) W: .022 .004" (0.55 .10) T: .020 .004" (0.50 .10) S: .008 .004" (0.20 .10)
0603 (L-14)	2.0 - 470 nH	60 (at 900 MHz)	>13 GHz (2.0 nH)	-40C to +125C	L: .063 .008" (1.60 .20) W: .041 .008" (1.05 .20) T: .041 .008" (1.05 .20) S: .014 .004" (0.35 .10)
0805 (L-15)	2.2 - 10,000 nH	60 (at 500 MHz)	>11 GHz (2.2 nH)	-40C to +125C* (-40C to +85C for ferrite core)	L: .079 .008" (2.00 .20) W: .049 .008" (1.25 .20) T: .047 .008" (1.20 .20) S: .016 .004" (0.40 .10)

Applications

CELL/PCS Modules
Wireless LAN
Broadband Components
RFID
RF Transceivers
Cordless Phones
Cable Modems
Computer Peripherals
Bluetooth
ADSL

Packaging Options

EIA Size	Tape Type	Reel Size	Quantity
0402	Paper	7	10,000
0603	Embossed	7	3,000
0805	Embossed	7	2,000
All Sizes	Bulk (Loose Pieces)

Product Range Summary (Examples)

Part Number (Standard Tol.)	Inductance	Available Tolerances	Q (min.) @ Test Freq.	SRF (min.)	DC Resistance (max.)	Rated Current (max.)
L-07W1N0SV4T	1.0 nH	0.2 nH, 0.3 nH	13 @ 250MHz	6.0 GHz	0.045	1360 mA
L-07W4N3JV4T	4.3 nH	0.2 nH, 5%, 10%	18 @ 250MHz	6.0 GHz	0.091	700 mA
L-14W1N6SV4E	1.6 nH	0.2 nH, 0.3 nH	14 @ 250MHz	7.0 GHz	0.080	700 mA
L-14W10NJV4E	10.0 nH	2%, 5%, 10%	31 @ 250MHz	4.0 GHz	0.130	700 mA
L-15W2N2SV4E	2.2 nH	0.2 nH, 0.3 nH	50 @ 250MHz	>6000 MHz	0.06	800 mA
L-15W100NJV4E	100 nH	2%, 5%, 10%	57 @ 250MHz	1200 MHz	0.43	500 mA
L-15F10RJV4E	1000 nH	5%, 10%	35 @ 8 MHz	200 MHz	2.13	180 mA