PM1210-R68J Bourns Inc., PM1210-R68J Datasheet
PM1210-R68J
Specifications of PM1210-R68J
Related parts for PM1210-R68J
PM1210-R68J Summary of contents
Page 1
Bourns Magnetics - J.W. Miller Products ® Product Selection Catalog ...
Page 2
...
Page 3
... PM0603H ............................................................. 4.6 PM0603T ............................................................... 4.7 PM0805 ................................................................. 4.8 PM0805G .............................................................. 4.9 PM0805H ............................................................ 4.10 PM1008 ............................................................... 4.11 PM1008M............................................................ 4.12 PM1008S ............................................................. 4.13 PM1210 ............................................................... 4.14 PM1210G ........................................................... 4.15 PM1210H ............................................................ 4.16 PM1812 ............................................................... 4.17 PM1812G ............................................................ 4.18 PM1812H ............................................................ 4.19 PM20S .................................................................. 4.20 Power Inductors (Shielded) PM104SH .............................................................. 5.1 PM105SB ............................................................... 5.2 PM124SH .............................................................. 5.3 PM12565S ............................................................. 5.4 PM125S ...
Page 4
... PM0603 178 PM0603G, PM0603H 178 PM0603T 178 PM0805 178 PM00805G, PM0805H 178 PM1008 178 PM1008M 178 PM1008S 178 PM1210, PM1210H 178 PM1210G 178 PM1812, PM1812H 178 PM1812G 178 PM20S 178 Power Inductors (Shielded) PM1038S 330 PM104SH 328 PM105SB 328 PM124SH ...
Page 5
Series Dim. Number A Common Mode Chokes PM3700 330 Common Mode Chip Induc- tors PM0805CM 178 PM1206CM 178 Inductors / Transformers PM3602 330 PM3604 330 Power Inductors (Unshielded) PM104 330 PM105 328 PM1355 330 PM1608 178 PM32 330 PM3308 330 ...
Page 6
Color Code Marking (MIL STD) Applicable to series: 9130, 9210, 9220, 9230, 9250, 9310, 8250 with military identifi er 8230 without military identifi er Color Black Brown Red Orange Yellow Green Blue Violet Gray White Silver Gold Example for L ...
Page 7
Color Code Marking (EIA STD) Applicable to series: 5300, 77F, 78F, 79F 1st & 2nd Signifi cant Color Figure Silver Gold Black 0 Brown 1 Red 2 Orange 3 Yellow 4 Green 5 Blue 6 Violet 7 Gray 8 White ...
Page 8
If you don’t see what you’re looking for… In addition to the extensive listing of inductors and transformers shown in this catalog, we also manufacture custom magnetic Send us your drawing or a sample of what you need and we ...
Page 9
... Varnished The following guide is designed to help you fi nd all Fixed Inductors and Chokes that are listed in the Bourns® Magnetics - J.W. Miller Product Selection Catalog. First Column: Rated current, milliampere (mA 0.001 A (ampere) Second Column: Inductance, microhenry (μH) 1 μH = 1000 nH (nanohenry) 1 μH = 0.001 mH (millihenry) Third Column: DC Resistance, ohms (Ω ...
Page 10
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 5 15 0.8 SMCH 5 18 0.9 SMCH 5 22 1.1 SMCH 5 27 1.15 SMCH 5 33 1.25 SMCH 8 120,000 100,000 82,000 71 R ...
Page 11
... CC 79F121K- 8230- 9230-88 74.2 R RL895-393K 23 CC 78F821J 78 V 70F683AI 134 V 70F332AF 12 CC 79F101K-RC 128 V 70F182AI 328 V 70F151AF 10 SMCH PM1210-820J 28 M 9130- 78F681J 7.2 R RL181S-392J- 3500-752K 120 V 70F272AF 11 CC 79F820K-RC 69.6 V 70F563AI 115 V 70F252AF 25 M 9130-78 113 V 70F152AI 46 CC 8230-86 ...
Page 12
... RL181S-222J-RC 13.9 SMPS PM1608S-472M 15 M 9130- 8230- 9230-80 26 SMCH PM1812-471J 62 CC 8250-682K 37.2 V 70F153AI 50 CC 5300-46 7.2 CC 79F680K-RC 6.4 SMCH PM1210-390J 19 SMCH PM1008M-820K-RC 15 SMCH PM1210-151J 25 CC 8230- 9230-78 9.5 CC 78F331J 22.8 SMCH PM1812H-681K 4.5 R RL181S-182J-RC 20.8 HD 5800-822 82 V 6308 127 V 6310 79 ...
Page 13
... PM1355-103K 88 82 PM0402T-18NG-RC 88 560 79F270K-RC 88 620 PM1210-270J 88 8200 PM1210G-270K-RC 89 6800 PM1008M-470K-RC 89 6800 PM620-03 89 10,000 PM1812-391J 90 0.012 9250-684 90 0.015 9250A-684 90 39 70F754AI 90 68 9250-824 90 150 9250A-824 90 330 70F824AI 90 470 RL622-152K-RC ...
Page 14
... MS 9250A-394 10.5 CC 77F821J 7.1 M 9210-90 13.2 V 70F274AI 13.2 V 70F304AI 8.7 M 9220-02 6.75 M 9210-88 1.3 SMCH PM0402T-8N2-RC 3.7 SMCH PM1210G-220K-RC 4 SMCH PM1210-220J 7.1 SMCH PM1008M-330K-RC 4.5 M 9130-60 8 SMCH PM1812-101J 8 SMCH PM1812-121J 8.2 M 9220-00 6.4 MS 9250-334 6.4 MS 9250A-334 10 V 3500-122K 14.7 R RL875S-472K 18.7 ...
Page 15
... V 70F184AI 4.3 M 9210-74 21 SMP PM1355-392K 2.9 CC 78F680J 6.4 CC 77F331J 7.68 V 70F104AI 12.1 CC 8250-102K 0.9 SMCH PM0402T-5N6-RC 2.5 SMCH PM1210G-120K-RC 2.8 SMCH PM1210-120J 4.4 SMCH PM1008M-150K-RC 3.1 CC 79F180K-RC 1.2 CC 78F220J 3.3 M 9130-52 5 SMCH PM1812-470J 3.5 SMP PM32-121M 4.1 MS 9250-154 4.1 MS 9250A-154 6 ...
Page 16
... PM0402-47NJ 155 18 PM0402-56NJ 155 220 PM0603T-56NG-RC 156 68 PM0603T-68NG-RC 156 91 PM0805G-R56J 156 2700 PM0805G-R68J 158 82 PM0805G-R82J 158 1500 PM1210G-100K-RC 158 1800 PM1210-100J 158 2200 79F120K-RC 158 18,000 PM1008M-120K-RC 160 0.0047 78F150J 160 8.2 9130-48 160 8.2 74F155AP 160 10 PM20S-220K 160 33 PM1812-390J 160 33 ...
Page 17
... M 9210-56 3.84 V 70F565AI 2.1 SMCH PM1008M-3R9K-RC 1.9 CC 79F5R6K-RC 1.8 SMCH PM1210G-6R8K-RC 2 SMCH PM1210-6R8J 3.7 CC 8230-44 3.7 M 9230-44 1.69 SMCH PM1210H-150K 3.2 SMCH PM1812-220J 3.2 SMCH PM1812G-220K-RC 2.5 M 9210-54 3.6 CC 8230-58 3.6 M 9230-58 2 SMP PM32-680M 2.44 MS 9250-823 2.44 MS 9250A-823 4 SMCH PM1812H-101K 2 ...
Page 18
... PM0805G-R39J 200 3900 PM0805-R39K 200 6800 PM0805G-R47J 200 10,000 PM1008M-2R2K-RC 200 12,000 79F3R9K-RC 200 15,000 PM20S-5R6K 204 1500 PM1210G-5R6K-RC 205 6.8 PM1210-5R6J 205 15 9250-123 205 15 9250A-123 205 39 74F125AP 205 39 PM1812-150J 205 390 PM1812G-150K-RC 208 33 PM32-470M 210 1.8 PM32-560M 210 3 ...
Page 19
... SMCH PM0805G-R22J 0.5 SMCH PM0805G-R27J 0.55 SMCH PM0805G-R33J 1 CC 79F1R5K-RC 0.32 CC 78F3R9J 1 M 9130-34 1.2 SMCH PM20S-3R9K 1.3 SMCH PM1210-3R9J 1.3 SMCH PM1210G-3R9K-RC 1.32 MS 9250-822 1.32 MS 9250A-822 1.6 SMCH PM1812-100J 1.6 SMCH PM1812G-100K- 74F105AP 1.92 V 70F155AI 1 SMP PM32-330M 3 M 9310-52 1.2 ...
Page 20
... PM1812-6R8J 1.2 SMCH PM1812G-6R8K-RC 1.44 V 70F916AI 4.7 SMP PM1355-821K 0.74 CC 79FR82M-RC 2.8 SMCH PM1008-2R2K 1 SMCH PM20S-2R7K 1.1 SMCH PM1210-2R7J 1.1 SMCH PM1210G-2R7K-RC 3.2 SMCH PM1008-2R7K 3.4 SMCH PM1008-3R3K 0.96 MS 9250-223 0.96 MS 9250A-223 1.62 CC 77F820J 1.02 SMPS PM428S-101 1.5 V 3500-101K 1.31 SMP PM73-271K 2 ...
Page 21
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 300 0.0015 0.1 SMCH 300 0.0015 0.1 SMCH 300 0.0015 0.13 SMCH 300 0.0018 0.1 SMCH 300 0.0018 0.1 SMCH 300 0.0018 0.14 SMCH 300 0.0018 0.2 SMCH 300 0.0022 0.1 SMCH ...
Page 22
... RL875S-471K 1.96 SMP PM75-471K 1.96 CC 8250-820K 0.51 CC 79FR39M-RC 0.68 SMCH PM1008M-R47M- 8230- 9230-20 0.85 SMCH PM20S-1R8K 0.9 SMCH PM1210-1R8J 0.9 SMCH PM1210G-1R8K- 8230- 9230-34 1.8 V 74F566AP 0.35 SMP PM32-100M 0.4 SMP PM32-120M 0.441 SMPS PM42S-270 0.7 SMP PM52-390M 1.12 CC 77F390J 3.5 V 74F475AI 0 ...
Page 23
... PM0805-R22K 0.6 SMCH PM1008M-R33M-RC 1.33 SMCH PM1008-R56K 1.47 SMCH PM1008-R68K 1.61 SMCH PM1008-R82K 0.6 SMCH PM20S-1R0K 0.7 SMCH PM1210-1R0J 0.7 SMCH PM1210G-1R0K-RC 0.33 SMCH PM1210H-3R3M 1 V 74F476AP 0.25 SMP PM32-6R8M 0.3 SMP PM32-8R2M 0.8 SMCH PM1812H-180K 0.6 SMP PM52-330M 2.6 V 74F395AI 1 ...
Page 24
... PM1210G-R15K-RC 0.25 SMCH PM1210-R15J 0.08 CC 78FR18M 0.28 SMCH PM1210G-R18K-RC 0.28 SMCH PM1210-R18J 0.32 SMCH PM1210G-R22K-RC 0.32 SMCH PM1210-R22J 0.36 SMCH PM1210G-R27K-RC 0.36 SMCH PM1210-R27J 0.4 SMCH PM1210G-R33K-RC 0.4 SMCH PM1210-R33J 1.05 SMCH PM1008-R33K 0.45 SMCH PM1210G-R39K-RC 0.45 SMCH PM1210-R39J 0.5 SMCH PM1210G-R47K-RC 0 ...
Page 25
... MS Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid Selector Guide Part Current Inductance Number (mA) (μH) PM1210-R68J 480 3.3 PM20S-R82M 480 12 PM1210G-R82K-RC 480 18 PM1210-R82J 480 47 PM1812-1R0J 480 120 PM1812G-1R0K-RC 480 ...
Page 26
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 500 18 0.45 SMP 500 22 0.5 SMP 500 500 33 1.6 SMCH 500 39 0.384 SMPS 500 47 0.23 SMPS 500 47 0.51 SMPS 500 47 0.64 SMP ...
Page 27
... PM125S-331M 600 10 RL110S-471K 600 12 6100-122K-RC 600 33 PM1812-R39K 600 33 PM1812G-R39K-RC 600 39 PM1008-R15K 600 82 PM20S-R18M 600 100 PM1210H-1R5M 600 150 PM600-05 600 250 PM428S-270 600 270 PM528S-560 600 270 5300-24 600 272 PM54-820K 600 330 RL822-101K-RC 600 330 PM3602-100 600 820 ...
Page 28
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 635 0.27 0.26 SMCH 635 0.27 0.26 SMCH 637 5.6 0.492 V 640 0.011 0.12 SMCH 640 0.012 0.12 SMCH 640 0.022 0.15 SMCH 640 0.39 0.3 CC 640 0.39 0.3 M ...
Page 29
... CC 5300-21 0.2 R RL822-560K-RC 0.29 SMPS PM74SB-560L 0.59 R RL855-121K 0.345 CM 3000-271 1.09 R 6100-681K-RC 0.2 SMCH PM1812G-R12K-RC 0.2 SMCH PM1812-R12K 0.16 SMCH PM1210H-1R0M 0.48 SMPS PM125S-181M 0.14 MS 9250-182 0.14 MS 9250A-182 0.13 MS 9250-331 0.13 MS 9250A-331 0.2 CC 8230-08 0.2 M 9230-08 0.95 SMCH PM1008S-100M 0.25 ...
Page 30
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 800 47 0.472 SMPS 800 132 0.31 SMT 800 220 0.4 SMPS 800 220 0.61 SMP 800 220 0.7 SMPS 800 470 0.636 HD 800 560 0.696 HD 800 820 0.655 HD ...
Page 31
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 900 470 0.77 R 900 8000 0.44 CM 910 15 0.158 V 910 33 0.24 CC 910 39 0.18 SMPS 910 68 0.223 SMP 910 100 0.28 R 912 3.3 0.24 V ...
Page 32
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 1000 2000 1.67 TB 1000 3000 0.1 CM 1000 3900 1.67 HD 1000 4700 1.86 HD 1000 5000 0.125 CM 1000 8000 3.34 T 1000 8000 3.34 TB 1000 20,000 0.25 SMC ...
Page 33
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 1200 12 0.076 SMPS 1200 15 0.09 SMPS 1200 15 0.15 CC 1200 15 0.23 SMP 1200 20 0.092 SMT 1200 22 0.128 SMPS 1200 27 0.109 SMPS 1200 33 0.13 SMP ...
Page 34
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 1330 33 0.222 SMP 1350 0.1 0.08 M 1350 15 0.099 SMPS 1350 40 0.11 SMT 1360 0.001 0.045 SMCH 1360 68 0.21 R 1370 39 0.14 SMP 1380 56 0.15 SMPS ...
Page 35
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 1560 1.5 0.096 CC 1560 27 0.082 R 1570 3.3 0.049 SMPS 1570 12 0.07 SMPS 1580 2.7 0.079 SMP 1580 18 0.08 SMPS 1600 2.7 0.043 SMPS 1600 3.3 0.055 SMPS ...
Page 36
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 1800 3.9 0.06 CC 1800 4.7 0.043 SMPS 1800 6.2 0.045 SMPS 1800 15 0.09 SMP 1800 22 0.09 R 1800 33 0.1 SMPS 1800 47 0.075 SMPS 1800 47 0.1 R ...
Page 37
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 2100 6.8 0.035 R 2100 7.3 0.054 SMPS 2100 15 0.05 R 2100 15 0.09 R 2100 33 0.057 SMPS 2100 33 0.057 R 2100 33 0.1 SMP 2100 39 0.13 SMPS ...
Page 38
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 2500 35 0.035 T 2500 35 0.035 TB 2500 47 0.083 R 2500 47 0.1 SMPS 2500 50 0.06 T 2500 50 0.06 TB 2500 68 0.047 HD 2500 100 0.08 T ...
Page 39
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 2910 5.6 0.046 SMP 3000 0.1 0.026 CC 3000 1 0.04 SMPS 3000 1 0.05 SMCH 3000 1.5 0.014 V 3000 3 0.024 SMPS 3000 4.7 0.043 SMP 3000 8 0.024 SMT ...
Page 40
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 3710 1 0.013 R 3750 27 0.047 R 3750 225 0.088 TB 3750 900 0.175 T 3750 900 0.175 TB 3800 2.2 0.032 SMPS 3800 10 0.035 SMPS 3800 22 0.038 SMPS ...
Page 41
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 4600 180 0.082 T 4600 250 0.083 HD 4600 330 0.079 T 4700 15 0.029 T 4700 68 0.03 T 4700 180 0.057 T 4700 390 0.13 T 4750 37.5 0.023 TB ...
Page 42
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 6100 2.2 0.012 SMP 6100 2.5 0.01 SMPS 6100 33 0.031 T 6100 56 0.046 T 6100 100 0.035 SMT 6200 2 0.014 SMPS 6200 3.3 0.016 SMP 6200 56 0.024 SMT ...
Page 43
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 8600 33 0.19 SMPS 8800 82 0.037 T 8900 27 0.022 T 8900 56 0.02 T 8900 5000 0.022 CM 8900 5000 0.022 CM 9000 1 0.003 HD 9000 1.2 0.003 HD ...
Page 44
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 11400 2.2 0.004 HD 11400 2.7 0.005 HD 11400 3.3 0.005 HD 11400 3.9 0.005 HD 11400 4.7 0.005 HD 11400 5.6 0.006 HD 11400 6.8 0.007 HD 11400 8.2 0.007 HD ...
Page 45
Current Inductance Resistance Coil (mA) (μH) (ohms) Type 16000 1200 0.006 CM 16000 1200 0.006 CM 16100 3.3 0.005 T 16100 5.6 0.007 T 16400 22 0.007 T 16500 2.2 0.003 T 16600 4.7 0.005 SMT 16900 4.7 0.006 T ...
Page 46
... PM0805G CV201210 PM0805H CE201210 PM1008 CW252016 PM1008M CM252016 PM1210 CM322522 PM1210G CF322513 PM1812 CM453232 PM1812G CF453215 PM1812H CC453232* PM20S CC322522* * Closest alternative - these models are available on requests as projects only. Please consult a Bourns application engineer for the solution that best suits your needs. ...
Page 47
Multilayer Ferrite Chip Bead Arrays Special Features • Four ferrite beads in single package • Magnetically shielded circuits avoid coupling • Multilayer construction for high reliability • Solder coated terminals for wave and refl ow solder • Available in Type ...
Page 48
Special Features • High impedance • Reduce high frequency noise interference • Multilayer construction for high reliability • Solder coated terminals for wave and refl ow solder • Operating temperature: -55 to +125 °C Notes * Current to cause 20 ...
Page 49
Multilayer High-Current Ferrite Chip Beads Special Features • High current capacity • Reduce high frequency noise interference • Multilayer construction for high reliability • Solder coated terminals for wave and refl ow solder • Operating temperature: -55 to +125 °C ...
Page 50
High Current Ferrite Chip Beads Special Features • High current capacity • Low DC resistance • Multiple sizes available • Low cost • Operating temperature: -55 to +125 °C • Tape & reel packaged Typical Applications ...
Page 51
Special Features • Monolithic construction provides high reliability • High Q characteristic • High frequency application • Ceramic material construction provides very stable electrical characteristics • Operating temperature -25 to +105 °C • Tape & reel packaged 10,000/reel Typical Applications ...
Page 52
Special Features • Ceramic core, wirewound for superior reliability • High self resonant frequency • Very stable electrical characteristic • Flat top surface for automated pick & place • Operating temperature -40 to +125 °C • Tape & reel packaged ...
Page 53
Tight Tolerance High Frequency Chip Inductors Special Features • Photolithographic design • Tight inductance tolerance • High self resonant frequency • Excellent Q • Stable characteristics • Operating temperature: -55 to +125 °C • Tape & reel packaged 10,000/reel Typical ...
Page 54
Special Features • Ceramic core, wirewound for superior reliability • High self-resonant frequency • Very stable electrical characteristics • Flat top surface for automated pick & place • Operating temperature -40 to +125 °C • Tape & reel packaged 3000/reel ...
Page 55
Multilayer Chip Inductors, General Applications Special Features • Monolithic construction provides high reliability • High Q characteristic • High frequency application • Ferrite material construction provides magnetic shielding to reduce radiation • Operating temperature -25 to +105 °C • Tape ...
Page 56
Multilayer Chip Inductors, High Frequency Applications Special Features • Monolithic construction provides high reliability • High Q characteristic • High frequency application • Ferrite material construction provides magnetic shielding to reduce radiation • Operating temperature -25 to +105 °C • ...
Page 57
PM0603T Tight Tolerance High Frequency Chip Inductors Special Features • Photolithographic design • Tight inductance tolerance • High self resonant frequency • Excellent Q • Stable characteristics • Operating temperature: -55 to +125 °C • Tape & reel packaged 5000/reel ...
Page 58
Special Features • Ceramic core, wirewound for superior reliability • High self resonant frequency • Very stable electrical characteristic • Flat top surface for automated pick & place • Operating temperature -55 to +125 °C • Tape & reel packaged ...
Page 59
Multilayer Chip Inductors, General Applications Special Features • Monolithic construction provides high reliability • High Q characteristic • High frequency application • Ferrite material construction provides magnetic shielding to reduce radiation • Operating temperature -25 to +105 °C • Tape ...
Page 60
Multilayer Chip Inductors, High Frequency Applications Special Features • Monolithic construction provides high reliability • High Q characteristic • High frequency application • Ferrite material construction provides magnetic shielding to reduce radiation • Operating temperature -25 to +105 °C • ...
Page 61
Special Features • Ceramic core • Wirewound for superior reliability • High self-resonant frequency • Very stable electrical characteristic on ceramic core • Flat top surface for automated pick & place • Operating temperature -55 to +125 °C • Tape ...
Page 62
Special Features • Molded construction for high reliability and superior environmental protection • High resistance to solder heat, moisture • Ferrite bobbin core • Operating temperature -25 to +85 °C • Tape & reel packaged 2000/reel Typical Applications • Desktop, ...
Page 63
Special Features • Magnetic shielded for low radiation • Miniature size • High heat resistance, ideal for refl ow soldering • High reliability • Operating temperature -40 to +85 °C • Tape & reel packaged 750/reel Typical Applications • PC ...
Page 64
... PM1210-R10J 0.10 PM1210-R12J 0.12 PM1210-R15J 0.15 PM1210-R18J 0.18 PM1210-R22J 0.22 PM1210-R27J 0.27 PM1210-R33J 0.33 PM1210-R39J 0.39 PM1210-R47J 0.47 PM1210-R56J 0.56 PM1210-R68J 0.68 PM1210-R82J 0.82 2.2 PM1210-1R0J 1.0 PM1210-1R2J 1.2 PM1210-1R5J 1.5 1.0 Min. PM1210-1R8J 1.8 PM1210-2R2J 2.2 PM1210-2R7J 2.7 PM1210-3R3J 3.3 PM1210-3R9J 3 ...
Page 65
... PM1210G-120K-RC 12 PM1210G-150K-RC 15 PM1210G-180K-RC 18 PM1210G-220K-RC 22 PM1210G-270K-RC 27 PM1210G-330K-RC 33 Only available as RoHS compliant. 2.2 2.3 4.4 Pad Layout Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com PM1210G Series Test SRF DCR Q Freq. (KHz) (Ω) Idc Bourns Min (MHz) Min Max (mA) Equivalent 30 25.2 500 0.22 ...
Page 66
... For RoHS compliant version, add “-RC” to part number. 3.2 -/+0.4 0 Parallel Connection Pad Layout Dimensions: mm Tolerance: -/+0.2 Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com PM1210H Series Test SRF DCR Q Freq. (MHz) (Ω) I, DC* Min. (MHz) Max. Max. (mA ...
Page 67
Special Features • Molded construction for high reliability and superior environmental protection • High resistance to solder heat and moisture • Operating temperature -55 to +105 °C • Tape & reel packaged 500/reel Notes * Current to cause 20 °C ...
Page 68
Special Features • Monolithic construction provides high reliability • High Q characteristic • High frequency application • Ferrite material construction provides magnetic shielding to reduce radiation • Low profi le • Operating temperature -25 to +125 °C • Tape & ...
Page 69
Special Features • High current • Molded construction for high reliability and superior environmental protection • High resistance to solder heat, moisture • Ferrite bobbin core • Operating temperature -20 to +100 °C • Tape & reel packaged 500/reel Typical ...
Page 70
Special Features • High Q • Magnetic shielded for low radiation • Molded construction for high reliability • Superior environmental protection • Large terminal surface for strong PCB bonding • Standard EIA 1210 chip size • Operating temperature -55 to ...
Page 71
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetic shielded • Low DCR • Ferrite bobbin core • Low profi le, compact size • Operating temperature -40 to +100 °C • Tape & reel packaged 1000/reel Typical ...
Page 72
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding ...
Page 73
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size, low profi le • Operating temperature -30 to ...
Page 74
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetically shielded • Low DCR • Ferrite bobbin core • Low profi le, compact size • High heat resistance, ideal for refl ow soldering • High reliability • Test ...
Page 75
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding ...
Page 76
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding ...
Page 77
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding ...
Page 78
Shielded, SMT Power Inductors Special Features • High energy storage capacity • Magnetically shielded • Low DCR • Ferrite bobbin core • Low profi le, miniature size • High heat resistance, ideal for refl ow soldering • High reliability • ...
Page 79
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetically shielded • Low DCR • Ferrite bobbin core • Compact size • High heat resistance, ideal for refl ow soldering • High reliability • Test frequency 100 KHz ...
Page 80
Shielded, SMT Power Inductors Special Features • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Low profi le, compact size • Large terminal surface for good PCB bonding • ...
Page 81
Shielded, SMT Power Inductors Special Features • Ultra low profi le • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB ...
Page 82
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetically shielded • Low DCR • Ferrite bobbin core • Compact size • High heat resistance, ideal for refl ow soldering • High reliability • Test frequency 100 KHz ...
Page 83
Shielded, SMT Power Inductors Special Features • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Low profi le, compact size • Large terminal surface for good PCB bonding • ...
Page 84
Shielded, SMT Power Inductors Special Features • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Low profi le, compact size • Large terminal surface for good PCB bonding • ...
Page 85
Shielded, SMT Power Inductors Special Features • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Low profi le, compact size • Large terminal surface for good PCB bonding • ...
Page 86
Shielded, SMT Power Inductors Special Features • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Low profi le, compact size • Large terminal surface for good PCB bonding • ...
Page 87
Special Features • High current capacity • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding • Easy access for ...
Page 88
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetically shielded • Low DCR • Ferrite bobbin core • Low profi le, compact size • High heat resistance, ideal for refl ow soldering • High reliability • Test ...
Page 89
Shielded, SMT High Current Power Inductors Special Features • Magnetically shielded for low radiation • High saturation current • Low DC resistance • Low profi le • High temperature application environment • Operating frequency MHz • Operating ...
Page 90
Shielded, SMT Power Inductors Special Features • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Low profi le, compact size • Operating temperature -40 to +100 °C • Tape ...
Page 91
Shielded, SMT Power Inductors Special Features • High current capacity • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding ...
Page 92
Shielded, SMT Power Inductors Special Features • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss for high frequency power applications • Low profi le, compact size • Operating temperature -40 to +100 °C • Tape ...
Page 93
Special Features • Reduces conductive EMI emission • Wide frequency range 10K to 100 MHz • High current capacity • Compact size • Coil encapsulated in high-strength plastic case • Suitable for wave & refl ow solder • Dielectric withstanding ...
Page 94
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 95
Common Mode Chip Inductors Special Features • High common mode impedance • Excellent noise suppression performance • Small size, low profi le • Rated voltage: 50 VDC • Withstanding voltage: 125 VDC • Insulation resistance: 10M Ω min. • Operating ...
Page 96
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 97
SMT Power Inductors & Transformers Special Features • Multiple applications: parallel, series, dualdiff . mode inductor & 1:1 ratio transformer • Toroid core design for low radiation • Low core loss • High frequency response when used as transformer • ...
Page 98
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 99
Special Features • High current capacity • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for excellent PCB bonding • Operating temperature -30 to +100 °C • Tape & ...
Page 100
Special Features • High current capacity • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding • Operating temperature -30 to +100 °C • Tape & ...
Page 101
Special Features • Molded construction for high reliability and superior environmental protection • High resistance to solder heat, moisture • High current capacity • Low DCR • Ferrite core • Operating temperature -55 to +125 °C • Test frequency 1 ...
Page 102
Special Features • High energy storage capacity • Low DCR • Ferrite bobbin core • Low profi le, miniature size • High heat resistance, ideal for refl ow soldering • High reliability • Test frequency 100 KHz • Operating temperature ...
Page 103
Special Features • High current capacity • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for excellent PCB bonding • Operating temperature -30 to +100 °C • Tape & ...
Page 104
Special Features • High current capacity • High reliability • Low DCR • Ferrite bobbin core • Low profi le, compact size • High heat resistance, ideal for refl ow soldering • Test frequency 100 KHz • Operating temperature -55 ...
Page 105
Special Features • High current capacity • High reliability • Low DCR • Ferrite bobbin core • Compact size • High heat resistance, ideal for refl ow soldering • Test frequency 100 KHz • Operating temperature -55 to +105 °C ...
Page 106
Special Features • Very high current capacity • High reliability • Low DCR • Ferrite bobbin core • Compact size • Test frequency 100 KHz • Operating temperature -40 to +85 °C • Tape & reel packaged 500/reel Typical Applications ...
Page 107
Special Features • High current capacity • High reliability • Low DCR • Ferrite bobbin core • High heat resistance, ideal for refl ow soldering • Test frequency 100 KHz • Operating temperature -55 to +105 °C • Tape & ...
Page 108
Special Features • High current capacity • Ferrite bobbin core • Low core loss for high frequency power applications • Low profi le • Compact size • Large terminal surface for good PCB bonding • Operating temperature -40 to +100 ...
Page 109
Special Features • Very high current capacity • High reliability • Low DCR • Ferrite bobbin core • Compact size • High heat resistance, ideal for refl ow soldering • Test frequency 100 KHz • Operating temperature -55 to +105 ...
Page 110
Special Features • Very high current capacity • High reliability • Low DCR • Ferrite bobbin core • Compact size • Test frequency 100 KHz • Operating temperature -40 to +85 °C • Saturation current to cause 10 % inductance ...
Page 111
Special Features • High current capacity • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for excellent PCB bonding • Operating temperature -30 to +100 °C • Tape & ...
Page 112
Special Features • High current capacity • Ferrite bobbin core • Low core loss for high frequency power application • Compact size • Large terminal surface for good PCB bonding • Operating temperature -30 to +100 °C • Tape & ...
Page 113
Special Features • High current capacity • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for excellent PCB bonding • Operating temperature -30 to +100 °C • Tape & ...
Page 114
Special Features • High current capacity • Ferrite bobbin core • Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding • Operating temperature -30 to +100 °C • Tape & ...
Page 115
Special Features • Low DCR • Ferrite toroid core for low radiation • Low loss • High operating frequency • Ultra-low profi le and compact size • Test frequency 100 KHz • Operating temperature: -40 to +125 °C • IC ...
Page 116
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 117
SMT High Current Toroid Inductors Special Features • DC/DC converter, EMI fi lter applications • Low radiation • Low core loss • High current capacity • Ideal for refl ow soldering • Low cost • Operating temperature -55 to +105 ...
Page 118
SMT High Current Toroid Inductors Special Features • DC/DC converter, EMI fi lter applications • Low radiation • Low core loss • High current capacity • Ideal for refl ow soldering • Low cost • Operating temperature -55 to +105 ...
Page 119
SMT, CCFL Inverter Transformers Special Features • Power rating: 6 watts • Operating frequency: 60 KHz ±25 % • Operating ambient temperature +75 °C • Storage temperature: -40 to +105 °C • Dielectric withstanding voltage: 1500 Vrms • ...
Page 120
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 121
Multi - 6 Pack, Inductors and Transformers Special Features • Six windings off er many inductor or transformer confi gurations • High magnetic coupling • Non-gapped and gapped core construction • Low core loss at high frequency applications • Low ...
Page 122
Multi - 6 Pack, Inductors and Transformers Mark Pin # 12 0.25 9.2 11.0 12.2 Mark Pin #1 1 15.0 6 0.35 12.0 14.6 16.0 Mark Pin #1 1 17.0 6 0.40 15.0 18.1 21.4 12.2 ...
Page 123
Multi - 6 Pack, Inductors and Transformers Typical Confi gurations Inductor: Basic Diagram Figure 1 Inductance: L Inductance Current: I Current: Figure 4 Inductance Current Transformer: Basic Diagram Figure 1 Turns ...
Page 124
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 125
Special Features • Excellent EMI suppression capability at high frequency • Very low cost • Higher impedance can be achieved with 2 or more beads in series • Wider frequency range can be achieved with 2 beads of diff erent ...
Page 126
Impedance vs. Frequency - Ferrite Beads 1000 100 FB73-422 FB73-287 FB73-226 FB73-110 Frequency (MHz) 1000 100 FB43-422 10 FB43-287 FB43-226 FB43-110 1 0 Frequency (MHz) 13.2 100 10 FB73-085 1 100 1000 1 ...
Page 127
Special Features • High impedance • Excellent EMI suppression capability at wide frequency range • Low cost • Diff erential & common mode confi guration Dimensions: Inches Wide-Band Chokes Part No. of Number turns FB20009-3B 1 1/2 FB20019-4B 1 1/2 ...
Page 128
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 129
... High current capacity • Ferrite bobbin core • Low core loss at frequency • High reliability, effi ciency • Winding covered with shrink tubing • Fixed lead spacing • Operating temperature -55 to +105 °C Notes * Current to cause 5 % max. inductance drop 9.0 Max ...
Page 130
... High current capacity • Ferrite bobbin core • Low core loss • High reliability, high effi ciency • Fixed lead spacing • Winding covered with shrink tubing • Operating temperature -40 to +105 °C Typical Applications • Switch mode power supplies • ...
Page 131
... Special Features • High current capacity • Ferrite bobbin core • Low core loss at frequency • High reliability, effi ciency • Fixed lead spacing • Operating temperature -30 to +100 °C Notes * Current to cause max inductance drop °C temperature rise 10.0 -/+0.5 10 ...
Page 132
... Shielded, Radial Lead RF Chokes Special Features • Ferrite shield for low radiation • High Q • High reliability, high effi ciency • Fixed lead spacing • Operating temperature -55 to +105 °C Typical Applications • Switch mode power supplies • DC/DC converters • Desktop, notebook computers, servers • ...
Page 133
... Special Features • High Q • High reliability, high effi ciency • Fixed lead spacing • Winding covered with shrink tubing • Operating temperature -55 to +105 °C Typical Applications • Switch mode power supplies • DC/DC converters • Desktop, notebook computers, servers • ...
Page 134
... Radial Lead RF Chokes Special Features • High Q • High reliability, high effi ciency • Fixed lead spacing • Winding covered with shrink tubing • Operating temperature -55 to +105 °C Typical Applications • Switch mode power supplies • DC/DC converters • Desktop, notebook computers, servers • ...
Page 135
... High current capacity • Ferrite bobbin core • Low core loss • High reliability, high effi ciency • Fixed lead spacing • Winding covered with shrink tubing • Operating temperature -55 to +105 °C Typical Applications • Switch mode power supplies • ...
Page 136
... High current capacity • Ferrite bobbin core • Low core loss • High reliability, high effi ciency • Fixed lead spacing • Winding covered with shrink tubing • Operating temperature -55 to +105 °C Typical Applications • Switch mode power supplies • ...
Page 137
... High current capacity • Ferrite bobbin core • Low core loss • High reliability, high effi ciency • Fixed lead spacing • Winding covered with shrink tubing • Operating temperature -55 to +105 °C Typical Applications • Switch mode power supplies • ...
Page 138
... High current capacity • Ferrite bobbin core • Low core loss at frequency • High reliability, effi ciency • Small packaged size • Fixed lead spacing • Operating temperature -30 to +100 °C Notes * Current to cause max inductance drop °C temperature rise 7 ...
Page 139
... High current capacity • Ferrite bobbin core • Low core loss at frequency • High reliability, effi ciency • Small packaged size • Fixed lead spacing • Operating temperature -30 to +100 °C Notes * Current to cause max inductance drop °C temperature rise 10 ...
Page 140
... High current capacity • Ferrite bobbin core • Low core loss at frequency • High reliability, effi ciency • Small packaged size • Fixed lead spacing • Operating temperature -30 to +100 °C Notes * Current to cause max inductance drop °C temperature rise 7 ...
Page 141
... Special Features • Magnetic shielded for low radiation • Ferrite bobbin core • Low core loss at frequency • High reliability, effi ciency • Fixed lead spacing • Operating temperature -30 to +100 °C Notes * Current to cause max inductance drop °C temperature rise 7 ...
Page 142
... Special Features • High current capacity • Ferrite bobbin core • Low core loss at frequency • High reliability, effi ciency • Fixed lead spacing • Operating temperature -30 to +100 °C Notes * Current to cause max inductance drop °C temperature rise 7.8 -/+0.5 9 ...
Page 143
Special Features • High Q • Ferrite core • Flat body construction to occupy small PCB area • Low cost • Varnish coated • Operating temperature: -55 to +105 °C Notes * Saturation current to cause 5 % max. inductance ...
Page 144
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 145
Special Features • High current, high self resonant frequency • Low DCR • Ferrite bobbin core • Epoxy coated to protect winding from harsh environments • Low cost • Color bands identifi cation (Indicates Inductance Value) • Dielectric strength 500 ...
Page 146
Special Features • High current, Q & self resonant frequency • Low DCR • Ferrite bobbin core • Epoxy coated to protect winding from harsh environments • Low cost • Color bands identifi cation (Per EIA Standard) • Dielectric strength ...
Page 147
Special Features • High Q & self resonant frequency • Low DCR • Ferrite bobbin core • Epoxy coated to protect winding form harsh environments • Low cost • Color bands identifi cation (Per EIA Standard) • Dielectric strength 500 ...
Page 148
Special Features • Subminiature size • High Q • High self resonant frequency • Ferrite bobbin core • Epoxy coating • Low cost • Color bands identifi cation (Per EIA STD) • Dielectric strength 500 Vrms • Operating temperature: -55 ...
Page 149
Special Features • High Q & self resonant frequency • Low DCR • Epoxy coated to protect winding from harsh environments • Low cost • Color bands identifi cation • Dielectric strength 500 Vrms • Operating temperature –55 to +105 ...
Page 150
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 151
Special Features • Ferrite magnetic shielded for low radiation • High Q, high reliability • Epoxy end-fi protect coil from extreme environments • Consistent body diameter • Dielectric strength 500 Vrms • Operating temperature: -55 to +105 °C ...
Page 152
Special Features • Ferrite magnetic shielded for low radiation • High Q, high reliability • Epoxy end-fi protect coil from extreme environments • Consistent body diameter • Dielectric strength 500 Vrms • Operating temperature: -55 to +105 °C ...
Page 153
Special Features • High Q, high reliability • Iron or ferrite core • Injection molded to protect coil from extreme environments • Flame retardant coating • Consistent body dimension • Color band or numerical marking identifi cation • Dielectric strength ...
Page 154
Special Features • High Q, high reliability • Miniature size • Injection molded to protect coil from extreme environments • Flame retardant coating • Consistent body dimension • Color band or numerical marking identifi cation • Dielectric strength 1000 Vrms ...
Page 155
Special Features • Ferrite magnetic shielded for low radiation • High Q, high reliability • Injection molded to protect coil from extreme environments • Flame retardant coating • Consistent body dimension • Color band or numerical marking identifi cation • ...
Page 156
Special Features • Ferrite magnetic shielded for low radiation • High Q, high reliability • Injection molded to protect coil from extreme environments • Flame retardant coating • Consistent body dimension • Color band or numerical marking identifi cation • ...
Page 157
Special Features • Magnetic shielded for low radiation • High Q, high reliability • Injection molded to protect coil from extreme environments • Flame retardant coating • Consistent body dimension • Color band identifi cation • Dielectric strength 1000 Vrms ...
Page 158
Special Features • Magnetic shielded for low radiation • High Q, high reliability • Injection molded to protect coil from extreme environments • Flame retardant coating • Consistent body dimension • Color band identifi cation • Dielectric strength 1000 Vrms ...
Page 159
Special Features • High Q, high reliability • Iron or ferrite core • Injection molded to protect coil from extreme environments • Flame retardant coating • Consistent body dimension • Color band or numerical marking identifi cation • Dielectric strength ...
Page 160
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 161
Special Features • High Q, high self-resonant frequency • High voltage application on phenolic components • Single layer or 3-pi universal wound • Low cost • Varnish coated • Operating temperature: phenolic -55 to +125 °C iron & ferrite -55 ...
Page 162
Special Features • High Q, high self-resonant frequency • High voltage application • 3-pi universal wound • Low cost • Varnish coated • Ferrite core • Operating temperature -55 to +105 °C Notes * Current to cause 35 °C max. ...
Page 163
Special Features • High Q, high self-resonant frequency • High voltage application on phenolic and ferrite components • Universal wound • Low cost • Varnish coated • Operating temperature: phenolic -55 to +125 °C; iron, ferrite -55 to +105 °C ...
Page 164
Special Features • High Q, high self-resonant frequency • High voltage application on phenolic and ferrite components • Universal wound • Low cost • Varnish coated • Operating temperature: phenolic -55 to +125 °C; iron, ferrite -55 to +105 °C ...
Page 165
Special Features • High Q, high self-resonant frequency • High voltage application • Universal wound • Ferrite core • Low cost • Varnish coated • Operating temperature -55 to +105 °C Notes * Current to cause 35 °C max. temperature ...
Page 166
Special Features • High Q, high self-resonant frequency • High voltage application on phenolic components • Single layer wound • Low cost • Varnish coated • Color dot identifi cation • Operating temperature: phenolic -55 to +125 °C; iron -55 ...
Page 167
Special Features • Low cost, low DCR • High current capacity • Varnish coated • Operating temperature -55 to +105 °C • Ideal for use as EMI fi lter, output choke, smoothing coil Notes * Current to cause 10 % ...
Page 168
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 169
... Low DCR • Epoxy coated ferrite bobbin core • VW-1 rated shrink tubing to cover winding • Self-leaded • Fixed lead spacing • Center hole for mechanical mounting • Dielectric withstanding voltage: 2500 Vrms terminal to shrink tube cover; 1000 Vrms terminal to core • ...
Page 170
... Low DCR • Epoxy coated ferrite bobbin core • VW-1 rated shrink tubing to cover winding • Self-leaded • Fixed lead spacing • Center hole for mechanical mounting • Dielectric withstanding voltage: 2500 Vrms terminal to shrink tube cover; 1000 Vrms terminal to core • ...
Page 171
... Low DCR • Epoxy coated ferrite bobbin core • VW-1 rated shrink tubing to cover winding • Self-leaded • Fixed lead spacing • Center hole for mechanical mounting • Dielectric withstanding voltage: 2500 Vrms terminal to shrink tube cover; 1000 Vrms terminal to core • ...
Page 172
... Low DCR • Epoxy coated ferrite bobbin core • VW-1 rated shrink tubing to cover winding • Self-leaded • Fixed lead spacing • Center hole for mechanical mounting • Dielectric withstanding voltage: 2500 Vrms terminal to shrink tube cover; 1000 Vrms terminal to core • ...
Page 173
... Special Features • Very high current capacity • Low DCR • Ferrite core • VW-1 rated shrink tubing to cover winding • Fixed lead spacing • Operating temperature: -55 to +105 °C Notes * Current to cause 5 % max. inductance drop or 35 °C max. temperature rise ...
Page 174
... Special Features • Very high current capacity • Low DCR • Ferrite bobbin core • VW-1 rated shrink tubing to cover winding • Fixed lead spacing • Operating temperature -55 to +105 °C Notes * Current to cause 5 % max. inductance drop or 35 °C max. temperature rise ...
Page 175
Special Features • High current capacity • Low DCR • Ferrite bobbin core • VW-1 rated shrink tubing to cover winding • Dash No. marking for identifi cation • Dielectric strength 2500 Vrms • Operating temperature -55 to +105 °C ...
Page 176
Special Features • High current capacity • Low DCR • Ferrite bobbin core • VW-1 rated shrink tubing to cover winding • Dash No. marking for identifi cation • Dielectric strength 2500 Vrms • Operating temperature -55 to +105 °C ...
Page 177
High Current Toroid Inductors Special Features • Low radiation • Low core loss • High operation frequency • High current capacity • Low core saturation • Horizontal or vertical mount • Operating temperature: -55 to +105 °C Typical Applications • ...
Page 178
High Temperature, High Current Toroid Inductors Special Features • High temperature rating-up to +200 °C • Low magnetic radiation • High current capacity • Horizontal or vertical mount available • Low cost • Operating temperature: -55 to +200 °C Typical ...
Page 179
Low Core Loss, High Current Toroid Inductors Special Features • Low core loss • Low magnetic radiation • High current capacity • Horizontal or vertical mount available • Operating temperature: -55 to +125 °C Typical Applications • Switch mode power ...
Page 180
High Current Toroid Inductors Special Features • DC/DC converter, EMI fi lter applications • Low radiation • Low core loss • High current capacity • Horizontal or vertical mount • Low cost • Operating temperature -55 to +105 °C Notes ...
Page 181
High Temperature, High Current Toroid Inductors Special Features • High temperature rating-up to +200 °C • Low magnetic radiation • High current capacity • Horizontal or vertical mount available • Low cost • Operating temperature: -55 to +200 °C Typical ...
Page 182
Low Core Loss, High Current Toroid Inductors Special Features • Low core loss • Low magnetic radiation • High current capacity • Horizontal or vertical mount available • Operating temperature: -55 to +125 °C Typical Applications • Switch mode power ...
Page 183
High Current Toroid Inductors Special Features • DC/DC converter, EMI fi lter applications • Low radiation • Low core loss • High current capacity • Horizontal or vertical mount • Low cost • Operating temperature -55 to +105 °C Notes ...
Page 184
High Temperature, High Current Toroid Inductors Special Features • High temperature rating -up to +200 °C • Low magnetic radiation • High current capacity • Horizontal or vertical mount available • Low cost • Operating temperature: -55 to +200 °C ...
Page 185
Low Core Loss, High Current Toroid Inductors Special Features • Low core loss • Low magnetic radiation • High current capacity • Horizontal or vertical mount available • Operating temperature: -55 to +125 °C Typical Applications • Switch mode power ...
Page 186
High Current Toroid Inductors Special Features • DC/DC converter, EMI fi lter applications • Low radiation • Low core loss • High current capacity • Horizontal or vertical mount • Low cost • Operating temperature -55 to +105 °C Notes ...
Page 187
High Current Toroid Inductors Features • Low radiation • High current capacity • High inductance • Increase inductance with AC excitation current to compensate reduced inductance with DC bias • Low cost • Operating temperature: -55 to 105 °C A ...
Page 188
... High Current Toroid Inductors (with header) Special Features • Low radiation • High current capacity • High inductance • Mounted on VW-1 rated header • Fixed pins for easy PCB insertion • Operating temperature: -55 to +105 ° 6701-6705 & 6726-6731 Dimensions: Inches 23.12 L (μ ...
Page 189
... Special Features • Dual winding • Low radiation • High current capacity • High inductance • Dielectric strength 1000 Vrms • Mounted on VW-1 rated header • Fixed pins for easy PCB insertion • Operating temperature -55 to +105 °C B 0.15 0. 7001-7005 Dimensions: Inches Dual-Line Toroid Inductors L (μ ...
Page 190
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 191
... Special Features • Precision molded in plastic • Stable electrical characteristics • High Q • Low cost • Fixed lead spacing • Operating temperature -55 to +105 °C 0.157 -/+0.039 -/+0.012 0.276 -/+0.012 Dimensions: Inches Adjustable RF Inductors Part L (μH) Number Min. 4901-S 0.037 4902-S ...
Page 192
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 193
Special Features • Reduce conductive EMI emission • High current capacity • High impedance at low frequency • Dielectric strength 3750 Vrms • Coil wound on VW-1 rated plastic cased ferrite core • Operating temperature -55 to +105 °C Common ...
Page 194
Common Mode Inductors/EMI Filters Special Features • Reduces conductive EMI emission • High inductance, compact size • High attenuation at low frequency • Dielectric strength 3750 Vrms • Coil wound on VW-1 rated plastic bobbin • Core mounted horizontal or ...
Page 195
Common Mode Inductors/EMI Filters Special Features • Reduces conductive EMI emission • High inductance, compact size • High attenuation at low frequency • Rated voltage: 250 VAC • Dielectric strength: 3750 Vrms • VW-1 rated plastic bobbin • Operating temperature: ...
Page 196
... High current capacity • Dielectric strength: 1500 Vrms • Coil mount on VW-1 rated plastic header • Fixed pin spacing allow easy PCB insertion • Operating temperature: -55 to +105 °C Notes * Rated current to cause approx. 35 °C temperature rise ...
Page 197
... Special Features • High accuracy • Coil encapsulated in plastic case • Fixed lead spacing 5.1 Dimensions: mm Current Sensors I Part Range Number (A) 7201 7202 7203 For RoHS compliant version, add “-RC” to part number. 11.0 19.0 Max. 20.1 0.020 12.7 Tel. (877) 426-8767 • Fax (951) 781-5006 www ...
Page 198
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 199
... Excellent EMI suppression capability • Excellent signal coupling • Dielectric strength 500 Vrms • Compact size • Fixed pin spacing for easy PCB insertion • Operating temperature -55 to +105 °C Typical Applications • Signal line EMI fi ltering • Network switching boards • ...
Page 200
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...