TSP-EFD15 SERIES
POE Transformer
  • Flyback transformers for 6 W and 13 W PoE applications.
  • Designed to operate with 36 ~ 72 V input at 250 kHz.
  • One minute isolation (hipot): 1500 Vrms, from primary and aux to secondary,500 Vrms
    between all other windings.
  • Operating temperature range: -40°C~+125°C, self-temperature rise included.
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Product specifications

Pri.:Sec.:Aux
Pri.:Sec.:Aux
TSP-EFD15S01 75 67.5 8 195 5 195 1 : 0.07 : 0.36 1.3 36 ~ 72 1.8 , 3.3 6 1500 Flyback 802.3af Class 0-3
TSP-EFD15S02 55 49.5 4.6 95 5 150 1 : 0.08 : 0.36 1.2 36 ~ 72 2.5 , 2.4 6 1500 Flyback 802.3af Class 0-3
TSP-EFD15S03 65 58.5 3.9 138 7 180 1 : 0.11: 0.36 1.2 36 ~ 72 3.3 , 1.8 6 1500 Flyback 802.3af Class 0-3
TSP-EFD15S04 60 54 2.3 130 9 165 1 : 0.15 : 0.35 1.1 36 ~ 72 5.0 , 1.2 6 1500 Flyback 802.3af Class 0-3
TSP-EFD15S05 55 49.5 0.7 95 17 150 1 : 0.35 : 0.35 1.1 36 ~ 72 12 , 0.5 6 1500 Flyback 802.3af Class 0-3
TSP-EFD15S06 45 40.5 7.9 195 5 195 1 : 0.07 : 0.36 2.3 36 ~ 72 1.8 , 7.2 13 1500 Flyback 802.3af Class 0-3
TSP-EFD15S07 35 31.5 4.2 95 5 150 1 : 0.08 : 0.33 2.2 36 ~ 72 2.5 , 5.2 13 1500 Flyback 802.3af Class 0-3
TSP-EFD15S08 40 36 3.4 138 7 180 1 : 0.11 : 0.36 2.2 36 ~ 72 3.3 , 3.9 13 1500 Flyback 802.3af Class 0-3
TSP-EFD15S09 40 36 1.9 130 9 165 1 : 0.15 : 0.35 2.1 36 ~ 72 5.0 , 2.6 13 1500 Flyback 802.3af Class 0-3
TSP-EFD15S10 35 31.5 0.6 95 17 150 1 : 0.35 : 0.35 2 36 ~ 72 12 , 1.1 13 1500 Flyback 802.3af Class 0-3
TSP-EFD15S11 37 33.3 0.4 85 25 150 1 : 0.57 : 0.35 2 36 ~ 72 19.5 , 0.67 13 1500 Flyback 802.3af Class 0-3
TSP-EFD15S12 37 33.3 0.4 86 49 150 1 : 0.67 : 0.33 2 36 ~ 72 24 , 0.54 13 1500 Flyback 802.3af Class 0-3

Notes:

1. All electrical specifications are referenced to 25°C ± 5°C ambient.
2. The inductance is for the primary, measured at 250 kHz, 0.3 Vrms, 0 ADC.
3. The peak primary current drawn at minimum input voltage.
4. The leakage inductance is for the primary windings with the secondary windings shorted.
5. The DCR for the primary and for the secondary are with the windings connected in parallel.
6. The turns ratios are with the primary the secondary windings connected in parallel.
7. Output is with the secondary windings connected in parallel. Output of the bais winding is 12 V, 20 mA.

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