Electrical 25 C Operating Temperature -40 C to 130 C 5. (3-4) 370mW MAX

Transcription

1 Power Range: Up to 0W Height: 1.7mm Max Footprint: 17.7mm x 14.0mm Max Topology: Forward and Flyback Electrical 5 C Operating Temperature -40 C to 10 C 5 Pri. Inductance (-4) 1.7µH ±10% Lk. Inductance (-4) with (10,9,8,7) shorted 7.5µH MAX (-4) 440mW MAX PA11NL DCR (8,7-10,9) mw MAX (-1) 88mW MAX K1 Factor 15. Pri. Inductance (-4) 1.7µH ±10% Lk. Inductance (-4) with (10,9,8,7) shorted 7.5µH MAX (-4) 40mW MAX PA117NL DCR (8,7-10,9) 1mW MAX (-1) 94mW MAX K1 Factor 15. Pri. Inductance (-4) 1.7µH ±10% Lk. Inductance (-4) with (10,9,8,7) shorted 7.5µH MAX (-4) 40mW MAX PA118NL DCR (8,7-10,9) 55mW MAX (-1) 94mW MAX K1 Factor 15. Pri. Inductance (-4) 88µH ±10% Lk. Inductance (-4) with (10,9,8,7,) shorted 7.5µH MAX (-4) 70mW MAX PA110NL DCR ( 8,7-10,9) mw MAX ( -1) 145mW MAX (-8,7) 0mW MAX K1 Factor 118. Pri. Inductance (-4) 480µH ±10% Lk. Inductance (-4) with (10,8,7,) shorted 10µH MAX (-4) 570mW MAX PA118NL DCR (8-10) 15mW MAX (-7) 40mW MAX (-1) 5mW MAX K1 Factor 518. Pri. Inductance (-4) 77.4µH ±10% Lk. Inductance (-4) with (10,9,8,7) shorted 0.8µH MAX (-4) 0mW MAX PA10NL DCR (8,7-10,9) 18mW MAX (-1) 50mW MAX K1 Factor V / 4.1A 5V /.7A 1V / 1.1A 5V / 0.1A 1.V / 4W V / 4.09A 5V / 5W 5V / 1.5W 1 P75.C (1/09)

2 Electrical 5 C Operating Temperature -40 C to 10 C 5 Pri. Inductance (4-1) 155.5µH ±10% Lk. Inductance (4-1) with (10,9,8,7) shorted 5µH MAX (4-1) 0mW MAX PA17NL DCR (7,8-9,10) 11mW MAX (5-) 50mW MAX K1 Factor 15.1 Pri. Inductance (-4) 77.4µH ±10% Lk. Inductance (-4) with (10,9,8,7) shorted 0.8µH MAX (-4) 100mW MAX PA19NL DCR (8,7-10,9).5mW MAX (-1) 70mW MAX K1 Factor Pri. Inductance (-4) 77.4µH ±10% Lk. Inductance (-4) with (10,9,8,7) shorted 0.8µH MAX (-4) 100mW MAX PA17NL DCR (8,7-10,9) 75mW MAX (-1) 70mW MAX K1 Factor Pri. Inductance (-4) 1.4µH ±10% Lk. Inductance (-4) with (10,9,8,7) shorted 0.7µH MAX (-4) 8mW MAX PA109NL DCR (8,7-10,9) 10mW MAX (-1) 00mW MAX K1 Factor Pri. Inductance (,4-,1) 104.µH ±0% Lk. Inductance (,4-,1) with (10,9,8,7) shorted 0.5µH MAX (,4-,1) 0mW MAX PA17NL DCR (7-9) 55mW MAX (8-10) 405mW MAX K1 Factor 57.0 Pri. Inductance (,4) 40µH ±10% Lk. Inductance (,4) with (10,9,8,7) shorted µh MAX (,4) 95mW MAX PA140NL DCR (8,7-10,9) 8mW MAX (-1) mw MAX Hi-Pot Pri-Sec 150Vrms K1 Factor 105. Pri. Inductance (,4) 8.9µH ±10% Lk. Inductance (,4) with (10,9,8,7) shorted 1µH MAX (,4) 58mW MAX PA158NL DCR (8,7-10,9) 7mW MAX (-1) 55mW MAX K1 Factor V-50V 9V-1V V / 11W.V / 4A 1V / 1.5W.V / 4.A 4.1 FORWARD TRANSFORMER 4V-57V V / 0.5A 4V / 0.5A 1V / 1.1A 15V / 7W P75.C (1/09)

3 Electrical 5 C Operating Temperature -40 C to 10 C 5 Pri. Inductance (,4) 0.4µH ±0% Lk. Inductance (,4) with (10,9,8,7) shorted 1.5µH MAX (,4) mw MAX PA157NL DCR (8,7-10,9).5mW MAX (-1) 58mW MAX K1 Factor 4.7 Pri. Inductance (,4) 0.4µH ±0% Lk. Inductance (,4) with (10,9,8,7) shorted 1.5µH MAX (,4) mw MAX PA1577NL DCR (7-9)=(8-10) 54mW MAX (-1) 55mW MAX K1 Factor 4.7 Pri. Inductance (,4) 4µH ±10% Lk. Inductance (,4) with (10,9,8,7) shorted 1.5µH MAX (,4) 75mW MAX PA18NL DCR (8,7-10,9) 10mW MAX (-1) 10mW MAX K1 Factor 14 Pri. Inductance (,4) 57.µH ±10% Lk. Inductance (,4) with (10,9,8,7) shorted.5µh MAX (,4) 110mW MAX PA198NL DCR (8,7-10,9) mw MAX (-1) 88mW MAX K1 Factor 10.8 Pri. Inductance (-4) 108µH ±7% Lk. Inductance (-4) with (10,9,8,7,) shorted 5µH MAX (-4) 0mW MAX PA1718NL DCR (8,7-10,9) 15mW MAX (-1) 15mW MAX (-8,7) 0mW MAX K1 Factor 184. Pri. Inductance (,4).7µH ±7% Lk. Inductance (,4) with (10,9,8,7) shorted 0.5µH MAX (,4) 5mW MAX PA179NL DCR (8,7-10,9).5mW MAX (-1) 115mW MAX K1 Factor 81.8 Pri. Inductance (1,4) 115.5µH ±7% Lk. Inductance (1,4) with (10,9,8,7) shorted 0.5µH MAX (1,4) 0mW MAX PA181NL DCR (7,8-9,10) 11mW MAX (5-) 40mW MAX K1 Factor 145. V-8V 00kHz 10V / 50mA 8V-8V 00kHz 10V / 50mA V / 1A FORWARD TRANSFORMER V-0V 18V-7V V-75V V-0V V / 1.5A 1V / 1.5A 5V /.4A.V / 1W 8,7 Sec. Aux 5V / 1W 10,9 5V /.4A.V / 11W P75.C (1/09)

4 Electrical 5 C Operating Temperature -40 C to 10 C 5 Pri. Inductance (5-4) 14µH ±10% Lk. Inductance (5-4) with (10,9,8,7) shorted µh MAX (5-4) 9mW MAX PA070NL DCR (7,8-9,10) 8.5mW MAX PA08NL (-1) 0mW MAX K1 Factor 8. Pri. Inductance (-) 14µH ±10% Lk. Inductance (-) with (10,9,8,7) shorted µh MAX DCR (-) 9mW MAX (5-4) 4mW MAX (9-10) 17mW MAX (7-8) 100mW MAX K1 Factor 8. Pri. Inductance (1-) 17.4µH ±8% Lk. Inductance (1-) with (10,9,7,,5,4) shorted 0.75µH MAX (1-) 100mW MAX PA194NL DCR (9,10-,7) 15.5mW MAX PA04NL (4-5) 590mW MAX K1 Factor 4.4 Pri. Inductance (,-4,5) 5µH ±8% Lk. Inductance (,-4,5) with (10,9,8,7) shorted 0.5µH MAX DCR (,-4,5) 0mW MAX (8,7-10,9) 10.mW MAX K1 Factor 0.5 Pri. Inductance (5-4) 15µH ±10% Lk. Inductance (5-4) with (10,9,8,7) shorted 4µH MAX (5-4) 80mW MAX PA1NL DCR (7,8-9,10) 5.mW MAX (-1) 7mW MAX K1 Factor 45.9 Pri. Inductance (-4) 10µH ±10% Lk. Inductance (-4) with (10,9,8,7) shorted 1µH MAX (-4) mw MAX PA71NL DCR (8,7-10,9).7mW MAX (-1) 54mW MAX K1 Factor 51.8 V-0V 10V / 0 ma 8 8 5V /.4A 5V / 9.5W 10V / 0.0A 1V / 1.5W 10V / 0.0A 1 5V / 15W * please note this part has an alternate pin-out per note 5. 10V-14V 1..V /.A V-0V 10V / 0mA 7V-57V 10.7.V / 1W 5V / 1W P75.C (1/09)

5 Electrical 5 C Operating Temperature -40 C to 10 C 5 Pri. Inductance (5-4) 50µH ±10% Lk. Inductance (5-4) with (10,9,8,7) shorted 4µH MAX (5-4) 140mW MAX PA97NL DCR (7,8-9,10).5mW MAX (-1) 7mW MAX K1 Factor Pri. Inductance (1-) 85µH ±10% Lk. Inductance (1-) with (10,9,8,7,,5,4) shorted 0.75µH MAX (1-) 5mW MAX PA00NL DCR (9,10-,7) 9mW MAX (4-5) 815mW MAX K1 Factor Pri. Inductance (1-) 100µH ±10% Lk. Inductance (1-) with (10,9,7,,5,4) shorted 0.875µH MAX (1-) 10mW MAX PA8NL DCR (,7-9,10) 9mW MAX (4-5) 580mW MAX K1 Factor 18. Pri. Inductance (-1) 85µH ±8% Lk. Inductance (-1) with (10,9,7,,5,4) shorted 0.75µH MAX (-1) 5mW MAX PA7NL DCR (9,10-,7) 5.5mW MAX (4-5) 815mW MAX K1 Factor Pri. Inductance (5-) 7µH ±10% Lk. Inductance (5-) with (,7,9,10) shorted 0.75µH MAX (5-) 89mW MAX PA9NL DCR (,7-9,10).mW MAX (-1) 84mW MAX K1 Factor Pri. Inductance (1-) 50µH ±8% Lk. Inductance (1-) with (10,9,7,,5,4) shorted 0.5µH MAX (1-) 75mW MAX PA417NL DCR (,7-9,10).5mW MAX (4-5) 88mW MAX K1 Factor 5. 10V / 0mA 10V / 0.0A V / 4.7A.V / 10W FLYBACK TRANSFORMER * please note this part has an alternate pin-out per note 5. 1V / 10mA 4.14 V-57V.7 10V / 0.0A 7V-57V 1V / 0.0V V-7V 00kHz 1V / 10mA V / 4.8A 1 5V / 10W 1 5V / 5A 5V / 1A 5 P75.C (1/09)

6 Electrical 5 C Operating Temperature -40 C to 10 C 5 Pri. Inductance (1-) 49.µH ±8% Lk. Inductance (1-) with (10,9,7,,5,4) shorted 0.5µH MAX (1-) 8mW MAX PA41NL DCR (,7-9,10).5mW MAX (4-5) 970mW MAX K1 Factor 8.5 Pri. Inductance (1-4) with (-) shorted 80µH ±10% PA47NL DCR Lk. Inductance (1-4) with (-) and (9-10) shorted TBDµH MAX (1-) 47mW MAX (-4) 58mW MAX (-7) 155mW MAX (8-10) 1mW MAX K1 Factor Pri. Inductance (1-) 100µH ±10% Lk. Inductance (1-) with (10,9,7,,5,4) shorted TBDµH MAX (1-) 99mW MAX PA45NL DCR (,7-9,10).mW MAX (4-5) 00mW MAX K1 Factor 1.4 Pri. Inductance (5-) 7µH ±10% Lk. Inductance (5-) with (,7,9,10) shorted 0.75µH MAX (5-) 89mW MAX PA4NL DCR (,7-9,10) 4.mW MAX (-1) 9mW MAX K1 Factor Pri. Inductance (5-) 7µH ±10% Lk. Inductance (5-) with (,7,9,10) shorted 0.75µH MAX (5-) 89mW MAX PA47NL DCR (,7-9,10) 8mW MAX (-1) 9mW MAX K1 Factor V-0V 5kHz. 5.1V / 5A 1V / 10mA.4 9-V- / -0V.V / A V-7V 1V / 10mA.75 5V / 4.8A 4 7V-57V.7.V / 7.5A 1V / 0.0A 4 7V-57V 1 1V /.1A 1V / 0.0A P75.C (1/09)

7 Notes 1. The temperature of the component (ambient plus temperature rise) must be within the stated operating temperature range.. 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 numbers please consult the IC Cross Reference on the Pulse website.. For flyback topology applications, it is necessary to ensure that the transformer will not saturate in the application. The peak flux density (Bpk) should remain below 700Gauss. 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) = E-14 * (Freq_kHz) 1. * (DB_Gauss). where DB can be calculated as: For Flyback Topology: DB = K1_Factor * D(A) For Forward Topology: DB = K1_Factor * Volt-µsec Mechanical 5. The standard pin-numbering for this package is indicated in the below mechanical drawing showing pin 1 on the lower right corner and the numbers proceeding clockwise to pin 10 on the upper right corner. However, for those parts that are indicated as having an alternate pinout, pin 1 is in the lower left corner and the numbers proceed counterclockwise to pin 10 in the upper left corner.. Optional Tape & Reel packaging can be ordered by adding a T suffix to the part number (i.e. PA11NL becomes PA11NLT). Pulse complies with industry standard tape and reel specification EIA481. The tape and reel for this product has a width (W=mm), pitch (Po=4mm) and depth (Ko=1.mm). 7. The NL suffix indicates an RoHS-compliant part number. Non-NL suffixed 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 contact Pulse for availability. For More Information: Pulse Worldwide Headquarters 10 World Trade Dr. San Diego, CA 918 U.S.A. TEL: FAX: Pulse European Headquarters Einsteinstrasse 1 D-7108 Herrenberg Germany TEL: FAX: Pulse China Headquarters B40, Shenzhen Academy of Aerospace Technology Bldg. 10th Kejinan Rd. High-Tech Zone Nanshan District Shenzen, PR China TEL: FAX: Pulse North China Room 150 XinYin Building No. 888 YiShan Rd. Shanghai 00 China TEL: FAX: Pulse South Asia 150 Kampong Ampat #07-01/0 KA Centre Singapore 84 TEL: FAX: Pulse North Asia No. Kao Ching Rd. Yang Mei Chen Taoyuan Hsien Taiwan, R. O. C. 7 TEL: FAX: 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, 008. Pulse Engineering, Inc. All rights reserved. 7 P75.C (1/09)