P OWER TRANSFORMER PC Mount: Single Primary F-139P Electrical Specifications (@25C) 1. Maximum Power: 1.5 VA 2. Primary: 115V 50/60 Hz 3. Secondary: Series: 12.6V CT @ 0.120 Amps Parallel: 6.3V CT @ 0.240 Amps Description: The F-139P is part of a wide selection of plug-in types that meet the needs of PC boards and solid state power supply design. This transformer can satisfy power as well as control and instrumentation applications. Construction: Wound on a single channel nylon bobbin. Materials are UL recognized, Class B (130º C) rated. B Safety: These products are 100% hipot tested with an insulation of 1500V between primary and secondary windings. A Dimensions: 1 3 4 Units: In inches A B C D E 1.187 1.390 1.562 0.312 1.00 Pin length: 0.187 in. Pin size: 0.20 x .041 in. Weight: 3.5 oz C Schematic: 3 1 4 5 2 6 D Primary: Secondary: 1 to 2 Series - 3 to 6, Jumper 4 to 5 Parallel - 3 to 5, Jumper 3 to 5 and 4 to 6 D 2 6 5 E RoHS Compliance: As of manufacturing date February 2005, all standard products meet the requirements of 2002/95/EC, known as the RoHS initiative. 1 3 4 PC Mount :: D e s c r i p t i o n Figure A Triad power transformers are offered in a wide selection of plug-in types to meet the needs of PC board and solid state power supply designs. These transformers can satisfy power as well as control and instrumentation applications. The transformers are available in single or dual primary and dual center tapped secondary configurations. Figure B :: S p e c i f i c a t i o n s Figure C Primary: 115 V, 50/60 Hz Figure D :: S i n g l e P r i m a r y , D u a l S e c o n d a r i e s Section Secondary Type No. Figure A F-131P F-139P F-132P F-150P F-138P F-133P F-160P F-137P F-134P F-135P F-136P B F-141XP F-149XP F-142XP F-161XP F-148XP F-143XP F-162XP F-147XP F-144XP F-145XP F-146XP C F-151XP F-159XP F-152XP F-163XP F-158XP F-153XP F-164XP F-157XP F-154XP F-155XP F-156XP CT = Center Tap VA B A A Series Parallel H W D Dimensions L A B MW Wt. Oz. /16 1 • 3.5 /32 13/32 2 7.5 /32 15/16 23/8 10.5 11/2 8.0V CT @ 0.188A 12.6V CT @ 0.12A 15.0V CT @ 0.100A 17.0V CT @ 0.085A 25.2V CT @ 0.06A 30.0V CT @ 0.050A 34.0V CT @ 0.045A 40.0V CT @ 0.038A 54.0V CT @ 0.028A 76.0V CT @ 0.020A 116.0V CT @ 0.013A 4.0V @ 0.376A 6.3V @ 0.24A 7.5V @ 0.200A 8.5V @ 0.170A 12.6V @ 0.12A 15.0V @ 0.100A 17.0V @ 0.090A 20.0V @ 0.076A 27.0V @ 0.056A 38.0V @ 0.040A 58.0V @ 0.026A 13/16 • 15/32 125/64 5 41/2 8.0V CT @ 0.562A 12.6V CT @ 0.35A 15.0V CT @ 0.300A 17.0V CT @ 0.264A 25.2V CT @ 0.178A 30.0V CT @ 0.150A 34.0V CT @ 0.132A 40.0V CT @ 0.112A 54.0V CT @ 0.084A 76.0V CT @ 0.060A 116.0V CT @ 0.033A 4.0V @ 1.124A 6.3V @ 0.70A 7.5V @ 0.600A 8.5V @ 0.528A 12.6V @ 0.356A 15.0V @ 0.300A 17.0V @ 0.264A 20.0V @ 0.224A 27.0V @ 0.168A 38.0V @ 0.120A 58.0V @ 0.066A 17/16 23/8 11/4 145/64 13 71/2 8.0V CT @ 0.940A 12.6V CT @ 0.60A 15.0V CT @ 0.500A 17.0V CT @ 0.441A 25.2V CT @ 0.30A 30.0V CT @ 0.250A 34.0V CT @ 0.220A 40.0V CT @ 0.188A 54.0V CT @ 0.140A 76.0V CT @ 0.100A 116.0V CT @ 0.085A 4.0V @ 1.88A 6.3V @ 1.2A 7.5V @ 1.000A 8.5V @ 0.882A 12.6V @ 0.60A 15.0V @ 0.500A 17.0V @ 0.440A 20.0V @ 0.376A 27.0V @ 0.280A 38.0V @ 0.200A 58.0V @ 0.130A 15/8 213/16 115/32 161/64 13 Mounting hole size: Figure A = 3/16" :: 1 15 V o l t s , 5 0 / 6 0 H z P r i m a r y / T r i p l e O u t p u t S e c o n d a r i e s f o r ±1 5 V D C a n d +5 V D C Type No. Section Figure VA Secondary No. 1 Secondary No. 2 H W D Dimensions L A B MW Wt. Oz. /64 1 • 3.5 /4 1 /32 2 7.5 /4 1 /16 2 /8 10.5 D F-165P F-167P C 11/2 24.0V CT @ 0.025A 32.0V CT @ 0.020A 9.0VCT @ 0.100A 15.0V CT @ 0.060A 13/16 125/64 15/32 125/64 13 E F-168XP D 1 4 /2 32.0V CT @ 0.050A 15.0V CT @ 0.195A 1 /16 2 /8 1 /4 45 1 /64 1 F F-166XP F-169XP D 7 /2 24.0V CT @ 0.125A 32.0V CT @ 0.100A 9.0V CT @ 0.500A 15.0V CT @ 0.287A 1 /8 2 /16 1 /32 1 /64 1 CT = Center Tap 1 Mounting hole size: Figure A = 3/16" 7 5 3 13 1 15 61 3 5 3 5 1 | Power Transformers P o w e r Tr a n s f o r m e r s 5 2 | Power Transformers :: O u t l i n e D i m e n s i o n s Te c h n i c a l N o t e s 1. Hi-pot tested at 1,500 VRMS. Figure A Figure B Figure C Figure D