Schaffner's New IEC Inlet Filter Series FN9233 Offers Greater Attenuation
EDISON, N.J. January 2008 – Schaffner EMC, a leading provider of EMI/RFI components and solutions for power quality, has introduced its FN9233 IEC inlet filter series offering greater attenuation of 6 dB as compared to the FN9222 series.
Offering high symmetrical and asymmetrical attenuation performance, the FN9233 filter was developed for devices and switching power supply units that require a high level of interference suppression such as in electrical, test and measurement, office automation and datacom equipment applications.
Based on inductors with high saturation resistance and excellent thermal behavior, the FN9233 series offers exceptional conducted attenuation performance. In addition, an optional earth line choke enhances the filter’s performance with its ability to filter interference and reduce interference signals on the ground wire.
The new filter series offers a choice of output connections and features various mounting options that enable maximum flexibility for assembly and installation. This series includes snap-in versions (S and S1 type) and standard or wide mounting flanges are available. The FN9233 is designed for a maximum continuous operating voltage of 250 VAC, 50/60 Hz, and frequency range of DC to 400 Hz. The filter features a current rating of 1 to 15 A at a 40°C and complies with the RoHS directive. In addition, the series is offered in a low leakage current version or a hot inlet version.
Pricing for the FN9233 series starts at $5.80 in single quantities with bulk discounts available.
The FN9233 filter is available from Schaffner's wide distribution network or from its local U.S. warehouse. Consult your local distributor or contact your factory for additional pricing information.
For more information, please contact Amelia Carrasquillo
Schaffner EMC Inc.
52 Mayfield Avenue
Edison, NJ 08837
Tel: (732) 225-9533 ext.253
Fax: (732) 225-4789
E-mail: usasales@schaffner.com
Web: www.schaffnerusa.com
For a pdf copy of this release, please click SCH-A-7917.pdf.
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