Datatronics™ Inductor, High Frequency Wirewound DR354-4 Series

Description
Features SMD Chip Inductor, Low Profile. Suitable for High Frequency Application. Inductance Range from 10nH to 4.7uH. Operating Temp. -40C to +130C. Size: 3.56mm x 2.92mm x 2.29mm.
Datasheet
Description
Features SMD Chip Inductor, Low Profile. Suitable for High Frequency Application. Inductance Range from 10nH to 4.7uH. Operating Temp. -40C to +130C. Size: 3.56mm x 2.92mm x 2.29mm.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Inductor, High Frequency Wirewound - DR354-4 Series - Datatronics™
Menifee, CA, USA
Inductor, High Frequency Wirewound
DR354-4 Series
Inductor, High Frequency Wirewound DR354-4 Series
Features SMD Chip Inductor, Low Profile. Suitable for High Frequency Application. Inductance Range from 10nH to 4.7uH. Operating Temp. -40C to +130C. Size: 3.56mm x 2.92mm x 2.29mm.

Features

  • SMD Chip Inductor, Low Profile.
  • Suitable for High Frequency Application.
  • Inductance Range from 10nH to 4.7uH.
  • Operating Temp. -40C to +130C.
  • Size: 3.56mm x 2.92mm x 2.29mm.
Supplier's Site Datasheet

Technical Specifications

  Datatronics™
Product Category Inductors, Coils, and Chokes
Product Number DR354-4 Series
Product Name Inductor, High Frequency Wirewound
Operating Temperature -40 to 125 C (-40 to 257 F)
Mounting Option Surface Mount Technology
Technology Wirewound
Application High Frequency
Configuration Fixed
Unlock Full Specs
to access all available technical data

Similar Products

Leaded Inductors - 1678221 - RS Components, Ltd.
RS Components, Ltd.
Specs
Core Material Ferrite; Ferrite
Inductance Range 470 microH
Lead Style Axial; Axial
View Details
Common Mode Chokes - 486-DKFP-D22D-034K-ND - DigiKey
Specs
Operating Temperature -40 to 125 C (-40 to 257 F)
Mounting Option Through Hole
Application Common Mode Choke; RF Choke
View Details
Fixed Inductors - KQT0402TTD47NH - 984258-KQT0402TTD47NH - Win Source Electronics
Specs
Mounting Option Surface Mount Technology
Configuration Fixed
Inductance Range 0.0470 microH
View Details