PCB Mount Transformer Specs

Picture5Description

This series of PC Mount Toroidal Power Transformers is optimally designed for triple output power applications. 

Coupled with user supplied rectifiers, filter capacitors, and series voltage regulators, they provide 5VDC and either ±12 or ±15VDC.

The units are fully encapsulated and sealed with pinned bases for circuit board mount and flow soldering. This provides quick assembly with a very clean appearance. Each case has five mounting holes for sturdy and flexible mechanical assembly.

Multi-tapped inputs allow system compatibility with any international line voltage. Cores are toroidal grain oriented silicon steel, the most efficient magnetic element. This yields maximum electrical efficiency, low temperature rise, dead quiet operation and an extremely low external magnetic field. Applications include instrumentation and digital equipment.

PCB Mount Specs

Build Specs

Approvals The series is recognized by Underwriters Laboratories to UL506, UL1411, and CSA22.2 #66-1988. File # E156800.
Inputs Dual 0-100-120VAC windings to be series or parallel connected for 100, 120, 220, or 240VAC operation at 50 or 60Hz. See
Insulation Primary to secondary: Polyester tape. Class B (130° C.), four layers minimum. Meets high potential voltage test requirement of >4 kV for 1 minute.
Temperature Rise Maximum 40° C. At maximum rated load, continuous.
Application The voltage rating for the rectifiers, capacitors and regulators must be greater than the values shown in the Secondary Application Schematic. Also the rectifiers and regulators must be selected for the actual DC currents in the application, refer to Ratings Table.
Case The case material is black Polyamide 6, UL certified 94HB, class B.

Power (Total VA) Part Number Outputs P.C. Connection Layout (from component side)

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Quantity
 Part No
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 20 5063-X0 5 VDC ±15 or ±12 VDC  PCBMechanical20VA
Rated DC Current 0.98 A 2 x 0.19 A
Off Load AC 11.76 VAC 2 x 21.72 VAC
Loaded AC 9.34 VAC 2 x 17.95 VAC
Maximum AC Current 1.19 A 2 x 0.21 A
Efficiency 78% at 32° C temperature rise
Power (Total VA) Part Number Outputs P.C. Connection Layout (from component side)
 40 5064-X0 5 VDC ±15 or ±12 VDC PCBMechanical40VA
Rated DC Current 1.85 A 2 x 0.38 A
Off Load AC 11.59 VAC 2 x 21.40 VAC
Loaded AC 9.38 VAC 2 x 17.90 VAC
Maximum AC Current 2.30 A 2 x 0.42 A
Efficiency 80% at 43° C temperature rise
Power (Total VA) Part Number Outputs P.C. Connection Layout (from component side)
 60 5067-X0 5 VDC ±15 or ±12 VDC PCBMechanical40VA
Rated DC Current 2.56 A 2 x 0.65 A
Off Load AC 11.41 VAC 2 x 20.05 VAC
Loaded AC 9.45 VAC 2 x 17.80 VAC
Maximum AC Current 3.22 A 2 x 0.70 A
Efficiency 83% at 45° C temperature rise
Power (Total VA) Part Number Outputs P.C. Connection Layout (from component side)
 120 5065-X0 5 VDC ±15 or ±12 VDC PCBMechanical120VA
Rated DC Current 5.12 A 2 x 1.30 A
Off Load AC 10.91 VAC 2 x 19.71 VAC
Loaded AC 9.51 VAC 2 x 17.70 VAC
Maximum AC Current 6.44 A 2 x 1.40 A
Efficiency 87% at 46° C temperature rise
Power (Total VA) Part Number Outputs P.C. Connection Layout (from component side)
5066-X0 5 VDC ±15 or ±12 VDC  PCBMechanical150VA
Rated DC Current 6.28 A 2 x 1.73 A
Off Load AC 10.59 VAC 2 x 19.59 VAC
Loaded AC 9.51 VAC 2 x 17.70 VAC
Maximum AC Current 8.58 A 2 x 1.87 A
Efficiency 88% at 50° C temperature rise

Schematic Diagrams

PCBMountInputSchematic2

Secondary Output Configurations


PCBMountSchematic1

Primary Wiring Schematic

Mechanical

PCBMountMechanical

PCB Mount Series Mechanical Diagrams

Power Weight Nominal Dimensions (mm)
VA kg A B C D E F G H I J K L
20 0.55 80.0 63.1 43.3 17.3 50 50 3.4 7 5.1 4.1 5×5 70
40 0.90 90.2 73.2 43.4 17.3 60 60 3.4 7 5.1 4.1 7×5 80
60 1.15 100.0 83.5 43.4 17.3 70 70 3.4 7 5.1 4.1 9×5 90
120 1.75 110.2 93.3 50.5 17.3 80 80 3.4 10 6.1 4.1 11×5 100
160 2.10 120.3 103.3 55.5 17.3 90 90 3.4 10 6.1 4.1 13×5 110
Dim. Tol. (±) 0.3 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.1 0.2 0.2

 

Application Notes

  • Minimum 8VDC into 5V regulator at ripple valley with 90% nominal input at full rated DC current output.
  • Minimum 18VDC into 12 or 15V regulators at ripple valley with 90% nominal input at full rated DC current output.
  • Maximum 12.75VDC into 5V regulator with 110% nominal input at no-load output.
  • Maximum 26.20VDC into 12 or 15V regulators with 110% nominal input at no-load output.
  • Test conditions: 32000uF 40V on 5V output; 6800uF 40V on each 15V output;1.1V diode drop loaded, 0.6 unloaded.
  • Tested at 25° C ambient temperature.