Product Release -
30th October 2009 |
Ultra High Current Power Inductors with low DCR 10.2x12.3mm, height dependent on spec. RoHS Compliant |
Frequency Control specialist, TFC, has expanded its range of power inductors, with a low DCR and high current low profile package. The high current is achievable in this compact power inductor as it wastes no air space due to the special construction compound. This consists of the internal wound coil being packed tightly with magnetic iron powder, and a shielded case which helps the inductor to produce a much lower audible noise. Measuring just 10.2 x 12.3mm, the DPI1210 series has an inductance range of 0.22~4.7µH and a rated current of 15~56Amps. It is ideally suited to desktop and server applications, DC/DC converters in distributed power systems and VGA graphics cards. The inductor is of low profile in height (approximately 10mm depending on spec.) and has good DC current characteristics at high temperatures with frequencies ranging up to 5MHz. TFC marketing manager, Craig Wells, said "The DPI1210 series of high current power inductors is a new addition to go alongside our range of SMD and leaded power inductors. As with many of our custom wound / frequency control products, samples are available on request in only 2~4 weeks." |
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Editor's Notes Total Frequency Control Limited (TFC) is a specialist supplier and manufacturer of Quartz Crystals, Precision Oscillators and Custom Wound Components. Established in 1988, TFC has recently upgraded its quality approval standard to ISO9001:2008 to go alongside environmental standard ISO14001:2004. TFC offers UK manufacturing facilities through their subsidiary company, RFX Ltd, who design and produce high frequency precision oscillators using AT cut and SC cut quartz crystals. In addition, TFC offer custom wound coils and inductors, produced in the UK or overseas depending on the customer's requirement. To download a high resolution image for this release, please go to the “News” area at www.tfc.co.uk. Alternatively, you can request an image by contacting: Craig Wells |
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