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| All Inductors press releases |
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February 09,
2007
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Four New IHLP Low-Profile, High-Current Inductors Feature Low Profiles of 1.2 mm and 2.0 mm With Maximum Frequency Ranges of 1.0 MHz and 5.0 MHz
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December 20,
2006
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Vishay Expands IHLP Family of Low-Profile, High-Current Inductors With New Devices Featuring Maximum Frequency Ranges of 1.0 MHz and 5.0 MHz
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June 30,
2006
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Vishay Expands IHLP Family of Low-Profile, High-Current Inductors With New Devices Featuring Very Low 3.0-mm Height Profile
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January 19,
2005
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Vishay Adds to IHLP Family of High-Current, Surface-Mount Inductors: New Devices Feature Saturation Currents up to 40 A, Typical DCR Values Down to 3.0 mΩ, and Low 1.8-mm Height Profile
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December 22,
2004
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Vishay Extends High-Current Inductor Offering: New Devices Feature 3.0-mm Profile, DCR Values Down to 1.5 Milliohms, High Dielectric Withstanding Voltage
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Sept. 10,
2004
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New Vishay IHLP Inductors Feature 6.5 mm Height Profile, Saturation Currents Up to 120 A, and Inductance Values of 5.6 µH, 6.8 µH, 8.2 µH, and 10 µH
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April 09,
2004
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Vishay Extends IHLP Family of Current-Sensing Power Inductors With First Devices to Offer 5% DCR Tolerance
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May 23,
2003
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Vishay Extends IHLP Family of Low-Profile, Surface-Mount Inductors
With New Devices Rated for Saturation Currents up to 120 A
and Typical DCR Values as Low as 0.47 mΩ
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April 11,
2003
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Vishay Extends IHLP Family of Surface-Mount Inductors With Devices
Featuring Saturation Currents up to 50 A, Typical DCR Values
Down to 1.5 mΩ, and a Very Low 2.4-mm Height Profile
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March 07,
2003
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Vishay Extends Low-Profile Inductor Family Aimed At High-Frequency DC-to-DC Converters:
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November 08,
2002
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Vishay Adds to High-Current Inductor Series: New Devices Provide Extended Range of Inductance Values (from 0.10 µH to 10 µH), Are Rated for Saturation Currents up to 84 A, and Have Typical DCR Values as Low as 0.8 mΩ
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October 05,
2001
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New Low-Profile, High-Current Inductors Enhance Space and Power Savings in DC/DC Converter Applications
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January 17,
2000
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New Inductors/Transformers From Vishay Feature Noise-Minimizing Toroidal Design
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