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Terms
  • Magnetic shielding using magnetic epoxy resin results in lower costs as compared to traditional ferrite shielded inductors
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Unit of Measure
Items
PSF109 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductors

100 Microhenry (µH) Inductance (±20%) PSF109 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductor

PSF109 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductors

120 Microhenry (µH) Inductance (±20%) PSF109 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductor

PSF109 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductors

150 Microhenry (µH) Inductance (±20%) PSF109 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductor

PSF109 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductors

180 Microhenry (µH) Inductance (±20%) PSF109 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductor

PSF109 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductors

220 Microhenry (µH) Inductance (±20%) PSF109 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductor
Inductance (±20%) N/A 100 µH N/A 120 µH N/A 150 µH N/A 180 µH N/A 220 µH
Maximum Saturation Current (Isat) (Adc) N/A 1.54 A N/A 1.14 A N/A 1.02 A N/A 0.94 A N/A 0.86 A
Maximum Direct Current Resistance (DCR) N/A 0.190 Ohm N/A 0.20 Ohm N/A 0.22 Ohm N/A 0.25 Ohm N/A 0.27 Ohm
Length N/A 10.5 mm
Width N/A 10.3 mm
Height N/A 10.0 mm
Industry Standards / Certifications N/A RoHS Compliant
Standard Operating Temperature Range N/A -40 to +120 ºC
Available Design N/A custom
Note N/A
  1. Inductance measured at 100 kHz, 0.1 Vrms
  2. Isat: ΔL drops 30% maximum from its initial value
Product performance is limited to specified parameters. Data is subject to change without prior notice.

Dimensions
Unless otherwise specified, all tolerances are:
inch: .XX : ±0.015 .XXX : ±0.004
mm: X.X : ±0.38 X.XX : ±0.10