CLASS 2/3 TRANSFORMER FS16-150-C2 Description: The FS16-150-C2 is a series/parallel primary and dual secondary, split bobbin design which operates with either a parallel input of 115V or a series input of 230V. The secondaries are 8V @ 0.15A each. They can be used independently (up to 300V difference between them) or in series for double the voltage or in parallel for double the current. The split bobbin design eliminates the need for costly electrostatic shielding. Electrical Specifications (@25C) 1. Maximum Power: 2.5VA 2. Primary: Series: 230V; Parallel: 115V 3. Secondaries: 8.0V @ 0.15A each 4. Voltage Regulation: 25% TYP @ full load to no load 5. Temperature Rise: 25C TYP 6. Hipot tested 100% at 4200 VRMS pri to sec 7. Hipot tested 100% at 2160 VRMS sec to sec 8. Inherently Limited. No fusing required. W Construction: Three flange bobbin construction with primaries and secondaries wound side by side for low capacitive coupling. UL Class F Insulation System (155°C). E Agency File: UL: File E65390, UL 5085-1 & 3 (1585), Class 2 not wet / Class 3 wet Transformer cUL: File E65390, UL 5085-1 & 3 (1585) For Canadian Use (CSA 22.2, No.66.3-06) TUV Certificate No.: R72120839, EN61558, Safety Isolating xfmr, general use L H Dimensions: H W 1.187 1.125 Weight: 0.25 lbs Units in inches. L 1.375 A 0.250 B 0.250 C 1.200 D 0.041 E 0.020 1 3 2 4 F 0.234 D F Schematic: A PARALLEL SERIES 1 1 A 5 5 1 8 8V @ 0.15A 115V 50/60Hz 2 2 2 6 3 3 3 7 4 4 230V 50/60Hz B 8V @ 0.15A 4 C 8 RoHS Compliance: As of manufacturing date February 2005, all standard products meet the requirements of 2011/65/EU, known as the RoHS initiative. Note: Order and shipping documentation may have a “-B” suffix; this indicates Bulk packaging but does not show on the actual part number marked on the transformer. * Upon printing, this document is considered “uncontrolled”. Please contact Triad Magnetics’ website for the most current version. www.TriadMagnetics.com Phone: (951) 277-0757 Fax: (951) 277-2757 460 Harley Knox Blvd. Perris, CA 92571 1 4 0.06" DIAMETER HOLE Board Layout Publish Date: January 31, 2014