Products

Magnetic shielding using magnetic epoxy resin results in lower costs as compared to traditional ferrite shielded inductors
Unit of Measure
Items
PSF8040 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductors

10 Microhenry (µH) Inductance (±20%) PSF8040 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductor

PSF8040 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductors

15 Microhenry (µH) Inductance (±20%) PSF8040 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductor

PSF8040 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductors

22 Microhenry (µH) Inductance (±20%) PSF8040 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductor

PSF8040 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductors

33 Microhenry (µH) Inductance (±20%) PSF8040 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductor

PSF8040 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductors

47 Microhenry (µH) Inductance (±20%) PSF8040 Series Magnetic Epoxy Shielded Surface Mount Technology (SMT) Power Fixed Inductor
Maximum Saturation Current (Isat) (Adc) N/A 3.20 A N/A 2.60 A N/A 2.20 A N/A 1.80 A N/A 1.50 A
Length N/A 8.7 mm
Width N/A 8.6 mm
Height N/A 4.0 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
Inductance N/A 10 µH N/A 15 µH N/A 22 µH N/A 33 µH N/A 47 µH
Maximum Direct Current Resistance (DCR) N/A 38 mOhm N/A 58 mOhm N/A 75 mOhm N/A 110 mOhm N/A 160 mOhm