PA1103NL

PA1836NL PULSE | Alldatasheet

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USA 858 674 8100 •• Germany 49 7032 7806 0 •• Singapore 65 6287 8998 •• Shanghai 86 21 32181071 •• China 86 755 33966678 •• Taiwan 886 3 4643715 www.pulseeng.com 1 PRELIMINARY P666.A (3/08) HIGH FREQUENCY WIRE WOUND TRANSFORMERS EFD20 Platforms - SMT Power Range: Up to 95W Height: 11.4mm Max Footprint: 29.2mm x 21.8mm Max Topology: Forward and Flyback Electrical Specifications @ 25°C — Operating Temperature -40°C to 130°C 5 Pri. Inductance (1,2-3,4) 307µH ±25% Lk. Inductance (1,2-3,4) with (5,6,9,10) shorted 0.35µH MAX (1,2-3,4) 65m Ω MAX PA0273NL DCR (7,8,9-10,11,12) 27m Ω MAX (5-6) 240m Ω MAX Hi-Pot Pri-Sec 1500Vdc K1 Factor 20.2 Pri. Inductance (1,2-3,4) 110µH ±10% Lk. Inductance (1,2-3,4) with (12,11,10,9,8,7) shorted 2µH MAX (4-5) 85m Ω MAX PA0751NL DCR (12,11,10-9,8,7) 12m Ω MAX (1-3) 300m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 1364.8 Pri. Inductance (3,4-5,6) 114µH ±10% Lk. Inductance (3,4-5,6) with (12,11,10,9,8,7) shorted 0.5µH MAX (3,4-5,6) 20m Ω MAX PA0763NL DCR (12,11-10-,9) 12m Ω MAX (7-8) 32m Ω MAX (1-2) 150m Ω MAX Hi-Pot Pri-Sec 700Vrms K1 Factor 32.3 Pri. Inductance (1,2-3,4) 89.2µH ±18% Lk. Inductance (1,2-3,4) with (12,11,10,9,8,7) shorted 1.5µH MAX (1,2-3,4) 50m Ω MAX PA0769NL DCR (12-11) 3.8m Ω MAX (5-6) 110m Ω MAX Hi-Pot Pri-Sec 1500Vdc K1 Factor 21.5 Pri. Inductance (3-4) 137µH ±32% Lk. Inductance (3-4) with (11,10,9,8) shorted 1.0µH MAX (3-4) 35m Ω MAX PA1066NL DCR (1-2) 199m Ω MAX (5-6) 100m Ω MAX Hi-Pot Pri-Sec 500Vrms K1 Factor 29.3 Pri. Inductance (1-3) 55µH ±12% Lk. Inductance (1-3) with (4,5,11,10,9,8) shorted 2µH MAX (1-3) 55m Ω MAX PA1103NL DCR (11,10-9,8) 6m Ω MAX (4-5) 110m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 1108.9 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82

USA 858 674 8100 •• Germany 49 7032 7806 0 •• Singapore 65 6287 8998 •• Shanghai 86 21 32181071 •• China 86 755 33966678 •• Taiwan 886 3 4643715 www.pulseeng.com 2 PRELIMINARY P666.A (3/08) HIGH FREQUENCY WIRE WOUND TRANSFORMERS EFD20 Platforms - SMT Electrical Specifications @ 25°C — Operating Temperature -40°C to 130°C 5 Pri. Inductance (2,3-4,5) 10µH ±10% Lk. Inductance (2,3-4,5) with (11,8) shorted 0.3µH MAX PA1366NL DCR (2,3-4,5) 15.75m Ω MAX (11-8) 560m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 322.6 Pri. Inductance (2-5) 40.9µH ±32% Lk. Inductance (2-5) with (12,11,10,9,8,7) shorted 1.0µH MAX (2-5) 40m Ω MAX PA1442NL DCR (12-11) 4m Ω MAX (10-9) 27m Ω MAX (8-7) 19m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 824.6 Pri. Inductance (1,2-3,4) 38.3µH ±7% Lk. Inductance (1,2-3,4) with (12,11,10,9,8,7) shorted 1.0µH MAX (1-3) 72m Ω MAX PA1477NL DCR (2-4) 85m Ω MAX (5-6) 230m Ω MAX Hi-Pot Pri-Sec 1800Vrms K1 Factor 772.2 Pri. Inductance (1,2-3,4) 11.5µH ±10% Lk. Inductance (1,2-3,4) with (12,11,10,9,8,7) shorted 0.5µH MAX (1,2-3,4) 28m Ω MAX (8-7) 12m Ω MAX PA1558NL DCR (12-11) 5m Ω MAX (10-9) 62m Ω MAX (5-6) 190m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 463.7 Pri. Inductance (3,4-5,6) 66.1µH ±10% Lk. Inductance (3,4-5,6) with (12,11,10,9,8,7) shorted 1.0µH MAX (3,4-5,6) 82m Ω MAX PA1559NL DCR (12,11-10,9) 12m Ω MAX (8-7) 97m Ω MAX (1-2) 178m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 1015.4 Pri. Inductance (1-3) 7.75µH ±10% Lk. Inductance (1-3) with (12-7) shorted 0.5µH MAX PA1672NL DCR (1-3) 14m Ω MAX (12-7) 154m Ω MAX Hi-Pot Pri-Sec 600Vrms K1 Factor 416.7 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82

USA 858 674 8100 •• Germany 49 7032 7806 0 •• Singapore 65 6287 8998 •• Shanghai 86 21 32181071 •• China 86 755 33966678 •• Taiwan 886 3 4643715 www.pulseeng.com 3 PRELIMINARY P666.A (3/08) HIGH FREQUENCY WIRE WOUND TRANSFORMERS EFD20 Platforms - SMT Electrical Specifications @ 25°C — Operating Temperature -40°C to 130°C 5 Pri. Inductance (3,4-5,6) 73µH ±30% Lk. Inductance (3,4-5,6) with (12,11,10,9,8,7) shorted 1.0µH MAX PA1692NL DCR (12,11,10-9,8,7) 5m Ω MAX (1-2) 115m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 40.3 Pri. Inductance (1,2-3,4) 28.5µH ±5% Lk. Inductance (1,2-3,4) with (12,11,10,9,8,7) shorted 1µH MAX PA1735NL DCR (12,11,10-9,8,7) 3.5m Ω MAX (5-6) 230m Ω MAX Hi-Pot Pri-Sec 1800Vrms K1 Factor 574.6 Pri. Inductance (1,2-3,4) 20.5µH ±5% Lk. Inductance (1,2-3,4) with (12,11,10,9,8,7) shorted 1µH MAX PA1736NL DCR (12,11,10-9,8,7) 8.5m Ω MAX (5-6) 230m Ω MAX Hi-Pot Pri-Sec 1800Vrms K1 Factor 413.3 Pri. Inductance (1,2-3,4) 4.5µH ±5% Lk. Inductance (1,2-3,4) with (12,11,10,9,8,7) shorted 0.25µH MAX (1,2-3,4) 9.5m Ω MAX PA1835NL DCR (12,11,10-9,8,7) 3m Ω MAX (5-6) 130m Ω MAX Hi-Pot Pri-Sec 1800Vrms K1 Factor 241.9 Pri. Inductance (1,2-3,4) 4.5µH ±5% Lk. Inductance (1,2-3,4) with (12,11,10,9,8,7) shorted 0.2µH MAX (1,2-3,4) 9.5m Ω MAX PA1836NL DCR (12,11,10-9,8,7) 5m Ω MAX (5-6) 130m Ω MAX Hi-Pot Pri-Sec 1800Vrms K1 Factor 241.9 Pri. Inductance (1,2-3,4) 4.5µH ±5% Lk. Inductance (1,2-3,4) with (12,11,10,9,8,7) shorted 0.2µH MAX (1,2-3,4) 9.5m Ω MAX PA1837NL DCR (12,11,10-9,8,7) 23m Ω MAX (5-6) 130m Ω MAX Hi-Pot Pri-Sec 1800Vrms K1 Factor 241.9 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82

USA 858 674 8100 •• Germany 49 7032 7806 0 •• Singapore 65 6287 8998 •• Shanghai 86 21 32181071 •• China 86 755 33966678 •• Taiwan 886 3 4643715 www.pulseeng.com 4 PRELIMINARY P666.A (3/08) HIGH FREQUENCY WIRE WOUND TRANSFORMERS EFD20 Platforms - SMT Electrical Specifications @ 25°C — Operating Temperature -40°C to 130°C 5 Pri. Inductance (1-3) 34.0µH ±5% Lk. Inductance (1-3) with (11,10-9,8) shorted 2µH MAX (1-3) 180m Ω MAX PA1877NL DCR (11,10-9,8) 25m Ω MAX (5-6) 400m Ω MAX Hi-Pot Pri-Sec 2000Vrms K1 Factor 522.3 Pri. Inductance (1-3) 44.4µH ±5% Lk. Inductance (1-3) with (11,10-9,7) shorted 1µH MAX (1-3) 130m Ω MAX PA2046NL DCR (11,10-9,7) 12m Ω MAX (5-6) 240m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 716.1 Pri. Inductance (1-3) 7.2µH ±5% Lk. Inductance (1-3) with (11,10-9,7) shorted 0.3µH MAX (1-3) 52m Ω MAX PA2047NL DCR (11,10-9,7) 12m Ω MAX (5-6) 240m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 290.3 Pri. Inductance (1,2-5,6) 292.0µH ±32% Lk. Inductance (1,2-5,6) with (12,11,10,9,8,7) shorted 1.3µH MAX PA2053NL DCR (7,8-9,10) 12m Ω MAX (11-12) 43m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 20.2 Pri. Inductance (1,2-3,4) 48.4µH ±15% Lk. Inductance (1,2-3,4) with (12,11,10,9,8,7) shorted 2µH MAX (1,2-3,4) 80m Ω MAX (8-7) 30m Ω MAX PA2122NL DCR (12-11) 4m Ω MAX (10-9) 30m Ω MAX (5-6) 135m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 21.5 Pri. Inductance (1-4) 57.6µH ±12% Lk. Inductance (1-4) with (all windings) shorted 0.5µH MAX (1-4) 65m Ω MAX (3-2) 155m Ω MAX PA2291NL DCR (6-5) 145m Ω MAX (7,8-9,10) 4m Ω MAX (11-12) 55m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 26.9 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT76/MT89/MT66/MT65/MT67/MT75/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82

USA 858 674 8100 •• Germany 49 7032 7806 0 •• Singapore 65 6287 8998 •• Shanghai 86 21 32181071 •• China 86 755 33966678 •• Taiwan 886 3 4643715 www.pulseeng.com 5 PRELIMINARY P666.A (3/08) Electrical Specifications @ 25°C — Operating Temperature -40°C to 130°C 5 Pri. Inductance (1,2-3,4) 100µH ±12% Lk. Inductance (1,2-3,4) with (5,6,9,10) shorted 0.45µH MAX (1,2-3,4) 72m Ω MAX PA2398NL DCR (7,8,9-10,11,12) 15m Ω MAX (5-6) 680m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 16.1 Pri. Inductance (1-6) with (3-4) shorted 491µH ±35% Lk. Inductance (1-6) with (all windings) shorted 1µH MAX (1-3) 36.1m Ω MAX (4-6) 45.6m Ω MAX PB2041NL DCR (8-7) 86.4m Ω MAX (11-9) 86.4m Ω MAX (12-10) 47.8m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 16.1 Pri. Inductance (5,4-3,2) 112.0µH MIN Lk. Inductance (5,4-3,2) with (all windings) shorted 1µH MAX (5-3) 55m Ω MAX (4-2) 67.7m Ω MAX PB2089NL DCR (10,11-8,9) 5.5m Ω MAX (12-7) 123m Ω MAX (6-1) 923m Ω MAX Hi-Pot Pri-Sec 1500Vrms K1 Factor 24.8 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT80/MT82/MT73/MT77/MT65/MT82/MT89 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT70/MT79/MT82/MT87/MT65/MT82/MT68/MT32/MT84/MT82/MT65/MT78/MT83/MT70/MT79/MT82/MT77/MT69/MT82 /MT80/MT82/MT73/MT77/MT65/MT82/MT89 /MT82/MT69/MT83/MT69/MT84

/MT49/MT50/MT45/MT80/MT73/MT78 /MT83/MT77/MT84 /MT83/MT85/MT71/MT71/MT69/MT83/MT84/MT69/MT68/MT32/MT80/MT65/MT68/MT32/MT76/MT65/MT89/MT79/MT85/MT84 /MT46/MT57/MT51/MT48 /MT50/MT51/MT44/MT54/MT50 /MT49/MT50/MT88/MT32/MT46/MT48/MT54/MT48 /MT49/MT44/MT53/MT50 /MT32/MT46/MT53/MT57/MT48 /MT49/MT52/MT44/MT57/MT57 /MT32/MT46/MT49/MT49/MT56 /MT32/MT51/MT44/MT48/MT48 /MT49/MT54 /MT49/MT50 /MT55 /MT49/MT46/MT49/MT57/MT48 /MT51/MT48/MT44/MT50/MT51 /MT49/MT50/MT88/MT32/MT46/MT48/MT56/MT48 /MT50/MT44/MT48/MT51 /MT32/MT46/MT48/MT49/MT48/MT32/MT177/MT32/MT46/MT48/MT48/MT50 /MT32/MT48/MT44/MT50/MT53/MT32/MT177/MT32/MT48/MT44/MT48/MT53 /MT32/MT46/MT52/MT53/MT48/MT32/MT77/MT65/MT88/MT49/MT49/MT44/MT52/MT51 /MT46/MT48/MT48/MT54/MT32/MT47/MT48/MT44/MT49/MT53 /MT49/MT50/MT32/MT83/MT85/MT82/MT70/MT65/MT67/MT69/MT83 /MT80/MT97/MT114/MT116/MT32/MT78/MT117/MT109/MT98/MT101/MT114 /MT68/MT97/MT116/MT101/MT32/MT67/MT111/MT100/MT101 /MT67/MT111/MT117/MT110/MT116/MT114/MT121/MT32/MT111/MT102/MT32/MT79/MT114/MT105/MT103/MT105/MT110 /MT49/MT46/MT49/MT53/MT48 /MT50/MT57/MT44/MT50/MT49 /MT77/MT65/MT88 /MT49/MT50/MT88/MT32/MT46/MT48/MT50/MT56 /MT48/MT44/MT55/MT49 /MT32/MT46/MT53/MT57/MT48 /MT49/MT52/MT44/MT57/MT57 /MT32/MT46/MT49/MT49/MT56 /MT32/MT51/MT44/MT48/MT48 /MT49/MT54 /MT49/MT50 /MT55 /MT46/MT56/MT54/MT48 /MT50/MT49/MT44/MT56/MT52/MT77/MT65/MT88 1. The temperature of the component (ambient plus temperature rise) must be within the stated operating temperature range. 2. The above transformers and inductors have been tested and approved by Pulse's power IC partners and are sited in the appropriate datasheet or evaluation board documentation at these companies. To determine which IC and IC partners are matched with the above Pulse part num- bers please consult the IC Cross Reference on the Pulse website. 3. For flyback topology applications, it is necessary to ensure that the trans- former will not saturate in the application. The peak flux density (Bpk) should remain below 2700Gauss. To calculate the peak flux density use the following formula: Bpk (Gauss) = K1_Factor * Ipk(A) 4. In high volt-µsec applications, it is important to calculate the core loss of the transformer. Approximate transformer core loss can be calculated as: CoreLoss (W) = 1.32E-13 * (Freq_kHz) 1.63 * (ΔB_Gauss)2.63 where ΔB can be calculated as: For Flyback Topology: ΔB = K1_Factor * Δ(A) For Forward Topology: ΔB = K1_Factor * Volt-µsec 5. Optional Tape & Reel packaging can be ordered by adding a " T" suffix to the part number (i.e. PA0273NL becomes PA0273NL T). Pulse complies with industry standard tape and reel specification EIA481. The tape and reel for this product has a width (W=44mm), pitch (Po=32mm) and depth (Ko=11.78mm). 6. The " NL" suffix indicates an RoHS-compliant part number. Non-NL suf- fixed parts are not necessarily RoHS compliant, but are electrically and mechanically equivalent to NL versions. If a part number does not have the "NL" suffix, but an RoHS compliant version is required, please con- tact Pulse for availability. Notes www.pulseeng.com 6 PRELIMINARY P666.A (3/08) This is a “Preliminary” product data sheet. Products mentioned on this data sheet are in development and in the process of being qualified. These products are not fully released nor are they in production. Features, specifications and performance of products offered are subject to change without notice. Other brand and product names mentioned herein may be products and/or registered trademarks of their respective owners. For current information on this product, please contact the Pulse office nearest you and ask for the “Power Applications Engineer.” © Copyright, 2008. Pulse Engineering, Inc. All rights reserved. For More Information: Pulse Worldwide Headquarters 12220 World Trade Dr. San Diego, CA 92128 U.S.A. www.pulseeng.com TEL: 858 674 8100 FAX: 858 674 8262 Pulse South Asia

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