PA0431LNL

THT POWER INDUCTORS Toroid - Bare Coil Series Low cost solutions for VRM, Game Console and Consumer applications Current Range: up to 48A Inductance Range: 5µH to 12µH Frequency Range: up to 1MHz Custom configurations are possible Electrical Specifications @ 25°C — Operating Temperature -40°C to +130°C Reference Data Part Number Inductance @ Irated (µH TYP) Irated (A) 2 Design Calculation Data DCR (mΩ MAX) Inductance @0ADC (µH ±20%) Build H1 K1 K2 K3 K4 K5 PG0122 0.48 30.5 2.0 0.60 Material 18 T60-18 3x18GA,4T 1.3 134 8.2E-03 1.2 2.3 47 PG0123 0.49 48.0 0.85 0.86 Material 18 T60-18 3x17GA,5T 1.7 107 8.2E-03 1.2 2.3 47 PA0690 0.50 22.5 1.5 0.88 Material 52 T44-52 1x16GA,5T 2.4 202 3.1E-03 1.3 2.1 80 PA0235L 0.67 22.5 2.6 0.86 Material 8/90 T50-8/90 1x17GA,7T 2.8 128 6.4E-03 1.1 2.4 64 PA0689 0.80 21.5 2.0 1.70 Material 52 T44-52 1x16GA,7T 3.3 144 3.1E-03 1.3 2.1 80 PA0430L 0.86 37.5 1.6 1.96 Material 52 T68-52 2x16GA,7T 2.1 80 8.8E-03 1.3 2.1 42 P1967L 0.93 23.8 3.8 1.44 Material 52 T68-52 1x16GA,6T 1.8 93 8.8E-03 1.3 2.1 42 PG0116 1.02 14.9 4.2 1.70 Material 52 T44-52 1x18GA,7T 3.3 144 3.1E-03 1.3 2.1 80 PA0489L 1.05 19.0 2.7 2.24 Material 52 T44-52 1x16GA,8T 3.8 126 3.1E-03 1.3 2.1 80 PG0112 1.10 13.8 7.0 2.50 Material 52 T50-52 3x22GA,9T 3.6 99 4.2E-03 1.3 2.1 64 P1715L 1.81 14.3 5.0 3.50 Material 52 T44-52 1x17GA,10T 4.7 101 3.1E-03 1.3 2.1 80 PA0431L 3.22 20.5 5.5 7.80 Material 52 T68-52 1x16GA,14T 4.2 40 8.8E-03 1.3 2.1 42 PA0432L 5.00 20.5 7.5 12.10 Material 52 T80-52 1x16GA,17T 4.2 25 1.4E-02 1.3 2.1 32 US 858 674 8100 • UK 44 1483 401 700 • France 33 3 84 35 04 04 • Singapore 65 6287 8998 • Taiwan 886 2 2698 0228 • Hong Kong 852 2788 6588 • http://www.pulseeng.com PC500.D (3/04) 56 THT POWER INDUCTORS Toroid - Bare Coil Series Notes from Tables Estimated Temperature Rise: 1. The temperature of the component (ambient plus temperature rise) must be within the stated operating temperature range. 2. The rated current is the current that will cause the temperature of the part to increase by 40°C with 3.6 volt * µsec across the component and 100LFM of forced air cooling. Trise = AirFlowFactor * K5 * (Coreloss(W) + Copperloss(W).833 (C) Where AirFlowFactor = 1 (no air flow), 0.53 (100LFM), 0.39 (200LFM), 0.35 (300LFM), 0.30 (400LFM) 3. To determine the inductance of a component at a different operating current, use the graph below for the appropriate material type. CopperLoss = Irms2 * DCR_Typical (mΩ) / 1000 DCR_Typical (mΩ) = .85 * DCR_Max(from table) 4. In high volt-µsec applications additional heating may occur due to core losses in the inductor which may necessitate derating the current in order to limit the temperature rise of the component. In order to determine the approximate total losses (or temperature rise) of the component in particular applications, the following formulas can be used. CoreLoss = K2 * (Freq_kHz)K3 * (∆B/2000)K4 ∆B = K1 * Volt-µsec Mechanical Dimensions (in/mm) A B C D E F PG0122 .807 20,50 .374 9,50 .748 19,00 .126 3,20 .098 2,50 .354 9,00 PG0123 .807 20,50 .413 10,50 .748 19,00 .126 3,20 .106 2,68 .354 9,00 PA0690 .625 15,90 .345 8,80 .545 13,80 .129 3,30 .052 1,30 .300 7,60 PA0235L N/A .400 10,20 .660 16,80 .150 3,80 .050 1,30 .300 7,60 PA0689 .625 15,90 .345 8,80 .545 13,80 .129 3,30 .052 1,30 .300 7,60 PA0430L .874 22,20 .374 9,50 N/A .250 6,40 N/A .245 6,20 P1967L .906 23,00 .492 12,50 .906 23,00 .130 3,30 .055 1,40 .300 7,60 PG0116 .571 14,50 .276 7,00 .571 14,50 .126 3,20 .041 1,05 .276 7,00 PA0489L .604 15,30 .323 8,20 .556 14,10 .157 4,00 .048 1,20 .250 6,40 PG0112 .630 16,00 .374 9,50 .630 16,00 .126 3,20 .063 1,60 .295 7,50 P1715L .610 15,50 .325 8,30 N/A .130 3,30 .045 1,10 .300 7,60 PA0431L .874 22,20 .374 9,50 N/A .250 6,40 .054 1,40 .240 6,10 PA0432L .980 24,90 .440 11,20 .980 24,90 .250 6,40 .054 1,40 .310 7,90 B MAX A MAX C MAX D NOM E MAX F NOM Schematic 1 Dimensions: Inches mm 2 Percent of Intial Inductance Part No. Inductance vs Magnetizing Force 120 100 Material -8/90 (35µ) 80 Material -18 (55µ) 60 40 Material -52 (75µ) 20 0 0 10 20 30 40 50 60 70 80 90 100 110 120 H-DC (Oe) = H1 * Current (A) US 858 674 8100 • UK 44 1483 401 700 • France 33 3 84 35 04 04 • Singapore 65 6287 8998 • Taiwan 886 2 2698 0228 • Hong Kong 852 2788 6588 • http://www.pulseeng.com 57 PC500.D (3/04)