The Triad Magnetics team constantly seeks new ways to improve on transformer technology. One such improved technology is our Triad Split Pack™ transformers.
Split Pack™ transformers are a versatile tool for an array of PC board applications. Unlike standard PC board transformers configured with secondary-on-top-of-primary designs, the Split Pack™ is a split bobbin side-by-side transformer, a small innovation that leads to large benefits.
Their split bobbin winding and low capacitive coupling eliminates the need for electrostatic shielding, a costly PC component. Their independent secondaries allow for use in series, parallel, or separate circuits. Primary-to-secondary high potential (hipot) dielectric strength is 4200 volts AC (VAC), nearly twice the industry standard — secondary-to-secondary dielectric strength is also increased.
These represent only a small sampling of the benefits of Triad Split Pack™ transformers. For more information — including about enhanced safety features, performance capabilities, and more — watch the video at right or contact us today.
Item # |
Number of Pins |
Electrical Rating |
Secondary Voltage in Series |
Secondary Voltage in Parallel |
Nominal Secondary Voltage |
---|---|---|---|---|---|
FS20-300-C2 | N/A 8 | N/A 6.0 V·A | N/A 20.0 V CT at 0.3 A | N/A 10.0 V at 0.6 A | N/A 10 V20 V |
FS24-250-C2 | N/A 8 | N/A 6.0 V·A | N/A 24.0 V CT at 0.25 A | N/A 12.0 V at 0.5 A | N/A 12 V24 V |
FS28-200-C2 | N/A 8 | N/A 6.0 V·A | N/A 28.0 V CT at 0.2 A | N/A 14.0 V at 0.4 A | N/A 14 V28 V |
FS36-170-C2 | N/A 8 | N/A 6.0 V·A | N/A 36.0 V CT at 0.17 A | N/A 18.0 V at 0.34 A | N/A 18 V36 V |
FS48-125-C2 | N/A 8 | N/A 6.0 V·A | N/A 48.0 V CT at 0.125 A | N/A 24.0 V at 0.25 A | N/A 24 V48 V |
FS56-110-C2 | N/A 8 | N/A 6.0 V·A | N/A 56.0 V CT at 0.11 A | N/A 28.0 V at 0.22 A | N/A 28 V56 V |
FS10-1200-C2 | N/A 8 | N/A 12.0 V·A | N/A 10.0 V CT at 1.2 A | N/A 5.0 V at 2.4 A | N/A 5 V10 V |
FS12-1000-C2 | N/A 8 | N/A 12.0 V·A | N/A 12.6 V CT at 1.0 A | N/A 6.3 V at 2.0 A | N/A 6.3 V12.6 V |
FS16-800-C2 | N/A 8 | N/A 12.0 V·A | N/A 16.0 V CT at 0.8 A | N/A 8.0 V at 1.6 A | N/A 8 V16 V |
FS20-600-C2 | N/A 8 | N/A 12.0 V·A | N/A 20.0 V CT at 0.6 A | N/A 10.0 V at 1.2 A | N/A 10 V20 V |
FS24-500-C2 | N/A 8 | N/A 12.0 V·A | N/A 24.0 V CT at 0.5 A | N/A 12.0 V at 1.0 A | N/A 12 V24 V |
FS28-420-C2 | N/A 8 | N/A 12.0 V·A | N/A 28.0 V CT at 0.42 A | N/A 14.0 V at 0.84 A | N/A 14 V28 V |
FS36-350-C2 | N/A 8 | N/A 12.0 V·A | N/A 36.0 V CT at 0.35 A | N/A 18.0 V at 0.7 A | N/A 18 V36 V |
FS48-250-C2 | N/A 8 | N/A 12.0 V·A | N/A 48.0 V CT at 0.25 A | N/A 24.0 V at 0.5 A | N/A 24 V48 V |
FS56-220-C2 | N/A 8 | N/A 12.0 V·A | N/A 56.0 V CT at 0.22 A | N/A 28.0 V at 0.44 A | N/A 28 V56 V |
FS10-2000-C2 | N/A 8 | N/A 20.0 V·A | N/A 10.0 V CT at 2.0 A | N/A 5.0 V at 4.0 A | N/A 5 V10 V |
FS12-1600-C2 | N/A 8 | N/A 20.0 V·A | N/A 12.6 V CT at 1.6 A | N/A 6.3 V at 3.2 A | N/A 6.3 V12.6 V |
FS16-1250-C2 | N/A 8 | N/A 20.0 V·A | N/A 16.0 V CT at 1.25 A | N/A 8.0 V at 2.5 A | N/A 8 V16 V |
FS20-1000-C2 | N/A 8 | N/A 20.0 V·A | N/A 20.0 V CT at 1.0 A | N/A 10.0 V at 2.0 A | N/A 10 V20 V |
FS24-800-C2 | N/A 8 | N/A 20.0 V·A | N/A 24.0 V CT at 0.8 A | N/A 12.0 V at 1.6 A | N/A 12 V24 V |
FS28-700-C2 | N/A 8 | N/A 20.0 V·A | N/A 28.0 V CT at 0.7 A | N/A 14.0 V at 1.4 A | N/A 14 V28 V |
FS36-550-C2 | N/A 8 | N/A 20.0 V·A | N/A 36.0 V CT at 0.55 A | N/A 18.0 V at 1.1 A | N/A 18 V36 V |
FS48-400-C2 | N/A 8 | N/A 20.0 V·A | N/A 48.0 V CT at 0.4 A | N/A 24.0 V at 0.8 A | N/A 24 V48 V |
FS56-350-C2 | N/A 8 | N/A 20.0 V·A | N/A 56.0 V CT at 0.35 A | N/A 28.0 V at 0.7 A | N/A 28 V56 V |
FS10-3600-C2 | N/A 8 | N/A 36.0 V·A | N/A 10.0 V CT at 3.6 A | N/A 5.0 V at 7.2 A | N/A 5 V10 V |