P7609 Family POWER INDUCTOR PRODUCT DATA SHEET

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Lester Merritt
5 years ago
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1 PRODUCT DATA SHEET POWER INDUCTOR P7609 Family Features Current to 3.8A Low DCR (to 30mΩ) Low profile (to 2.2mm) Surface Mount Flat top for pick & place Electroplated terminals Applications DC-DC Converters Notebook and handheld equipment LCD TV sets Consumer products DESCRIPTION The P7609 family comprises medium current, unshielded power inductors available in eight low profile sizes ( mm). The range covers three decades of values from 1µH to 820µH, and provides very cost-effective and compact solutions for medium power applications. In this family the electrodes are directly plated onto the ferrite. Such terminations provide excellent solderability, terminal strength and heat resistance. The parts are suitable for conventional placement and reflow (Pb-free versions available on request). P P P P P P P P ETALDOC 841/1 Page 1 of 11 October 2003

2 SPECIFICATIONS Electrical 032 size P R0M 1.0±20% P R4M 1.4±20% P R8M 1.8±20% P R2M 2.2±20% P R7M 2.7±20% P R3M 3.3±20% P R9M 3.9±20% P R7M 4.7±20% P R6M 5.6±20% P R8M 6.8±20% P R2M 8.2±20% P M 10±20% P M 12±20% P M 15±20% P M 18±20% P M 22±20% P M 27±20% P M 33±20% P M 39±20% P M 47±20% P M 56±20% P M 68±20% P M 82±20% P M 100±20% P M 120±20% P M 150±20% P M 180±20% P M 220±20% P M 270±20% P M 330±20% P M 390±20% P M 470±20% Inductance measured at 1V, 8MHz (<10µH), 2.5MHz (10-82µH), 1kHz (100µH-1mH). ETALDOC 841/1 Page 2 of 11 October 2003

3 043 size P R0M 1.0±20% P R4M 1.4±20% P R8M 1.8±20% P R2M 2.2±20% P R7M 2.7±20% P R3M 3.3±20% P R9M 3.9±20% P R7M 4.7±20% P R6M 5.6±20% P R8M 6.8±20% P R2M 8.2±20% P M 10±20% P M 12±20% P M 15±20% P M 18±20% P M 22±20% P M 27±20% P K 33±10% P K 39±10% P K 47±10% P K 56±10% P K 68±10% Inductance measured at 1V, 8MHz (<10µH), 2.5MHz (10-82µH). ETALDOC 841/1 Page 3 of 11 October 2003

4 052 size P R0M 1.0±20% P R4M 1.4±20% P R8M 1.8±20% P R2M 2.2±20% P R7M 2.7±20% P R3M 3.3±20% P R9M 3.9±20% P R7M 4.7±20% P R6M 5.6±20% P R8M 6.8±20% P R2M 8.2±20% P M 10±20% P M 12±20% P M 15±20% P M 18±20% P M 22±20% P M 27±20% P M 33±20% P M 39±20% P M 47±20% P M 56±20% P M 68±20% P M 82±20% P M 100±20% P M 120±20% P M 150±20% P M 180±20% P M 220±20% P M 270±20% P M 330±20% P M 390±20% P M 470±20% P M 560±20% Inductance measured at 1V, 8MHz (<10µH), 2.5MHz (10-82µH), 1kHz (100µH-1mH). ETALDOC 841/1 Page 4 of 11 October 2003

5 054 size P M 10±20% P M 12±20% P M 15±20% P M 18±20% P M 22±20% P M 27±20% P K 33±10% P K 39±10% P K 47±10% P K 56±10% P K 68±10% P K 82±10% P K 100±10% P K 120±10% P K 150±10% P K 180±10% P K 220±10% Inductance measured at 1V, 2.5MHz (10-82µH), 1kHz (100µH-1mH). ETALDOC 841/1 Page 5 of 11 October 2003

6 073 size P M 10±20% P M 12±20% P M 15±20% P M 18±20% P M 22±20% P M 27±20% P M 33±20% P M 39±20% P M 47±20% P K 56±10% P K 68±10% P K 82±10% P K 100±10% P K 120±10% P K 150±10% P K 180±10% P K 220±10% P K 270±10% P K 330±10% Inductance measured at 1V, 2.5MHz (10-82µH), 1kHz (100µH-1mH). ETALDOC 841/1 Page 6 of 11 October 2003

7 075 size P M 10±20% P M 12±20% P M 15±20% P M 18±20% P M 22±20% P M 27±20% P M 33±20% P M 39±20% P K 47±10% P K 56±10% P K 68±10% P K 82±10% P K 100±10% P K 120±10% P K 150±10% P K 180±10% P K 220±10% P K 270±10% P K 330±10% P K 390±10% P K 470±10% Inductance measured at 1V, 2.5MHz (10-82µH), 1kHz (100µH-1mH). ETALDOC 841/1 Page 7 of 11 October 2003

8 104 size P M 10±20% P M 12±20% P M 15±20% P M 18±20% P M 22±20% P M 27±20% P M 33±20% P M 39±20% P M 47±20% P K 56±10% P K 68±10% P K 82±10% P K 100±10% P K 120±10% P K 150±10% P K 180±10% P K 220±10% P K 270±10% P K 330±10% P K 390±10% P K 470±10% P K 560±10% Inductance measured at 1V, 2.5MHz (10-82µH), 1kHz (100µH-1mH). ETALDOC 841/1 Page 8 of 11 October 2003

9 105 size P M 10±20% P M 12±20% P M 15±20% P M 18±20% P M 22±20% P M 27±20% P M 33±20% P M 39±20% P K 47±10% P K 56±10% P K 68±10% P K 82±10% P K 100±10% P K 120±10% P K 150±10% P K 180±10% P K 220±10% P K 270±10% P K 330±10% P K 390±10% P K 470±10% P K 560±10% P K 680±10% P K 820±10% Inductance measured at 1V, 2.5MHz (10-82µH), 1kHz (100µH-1mH). ETALDOC 841/1 Page 9 of 11 October 2003

10 CONSTRUCTION P dimensions Fig P dimensions Fig P dimensions Fig P dimensions Fig P dimensions Fig P dimensions Fig ± ± ± Dimensions shown are in millimetres. Terminals are electroplated Sn/Pb over nickel (Ni) barrier over silver (Ag) base. Pb-free electrodes available on request. Recommended reflow solder profile: 2 minutes ºC, 10 seconds 230ºC; time above 200ºC 30 seconds maximum. ETALDOC 841/1 Page 10 of 11 October 2003

11 P dimensions Fig P dimensions Fig ± ± ± ± Dimensions shown are in millimetres. Terminals are electroplated Sn/Pb over nickel (Ni) barrier over silver (Ag) base. Pb-free electrodes available on request. Recommended reflow solder profile: 2 minutes ºC, 10 seconds 230ºC; time above 200ºC 30 seconds maximum ORDERING CODE ABSOLUTE MAXIMUM RATINGS P T Tape and Reel Storage temperature -25ºC to +85ºC Tolerance: K = (±10%) M = (±20%) See tabulated values for correct tolerance Operating temperature Soldering temperature profile peak -20ºC to +80ºC 260ºC 10s Inductance code Size : (032, 043, 052, 054, 073, 075, 104, 105) Type code T R A N S F O R M I N G T H E F U T U R E ISO 9001 FM Profec Technologies Ltd., 10 Betts Avenue, Martlesham Heath, Ipswich, IP5 3RH, England Telephone: +44 (0) Fax: +44 (0) Website: info@profec.co.uk, sales@profec.com ETALDOC 841/1 Page 11 of 11 October 2003

P7604 Family SHIELDED POWER INDUCTOR PRODUCT DATA SHEET

P7604 Family SHIELDED POWER INDUCTOR PRODUCT DATA SHEET PRODUCT DATA SHEET SHIELDED POWER INDUCTOR P7604 Family Features Magnetic Shielding High Current (to 5A) Low DCR (to 20mΩ) Low profile (3-7mm) Surface Mount Flat top for pick & place Pb-free Applications