7203 Bourns Inc., 7203 Datasheet
7203
Specifications of 7203
Available stocks
Related parts for 7203
7203 Summary of contents
Page 1
Bourns Magnetics - J.W. Miller Products ® Product Selection Catalog ...
Page 2
...
Page 3
... PM3340 ................................................................. 9.9 PM43 .................................................................... 9.10 PM5022 ............................................................... 9.11 PM5022H ............................................................ 9.12 PM52 .................................................................... 9.13 PM54 .................................................................... 9.14 PM73 .................................................................... 9.15 PM75 .................................................................... 9.16 PM7518 ............................................................... 9.17 High Current Toroid Inductors PM2110 ............................................................... 10.1 PM2120 ............................................................... 10.2 CCFL Inverter Transformers PM61300 ............................................................. 11.1 Multi 6 Pack Inductors & Transformers PM600/PM610/PM620 .................................... 12.1 Through-Hole Ferrite Beads FB ...
Page 4
Series Dim. Number A Chip Beads and Arrays PMA 178 PMC0402 178 PMC0603, PMH0603 178 PMC0805, PMH0805 178 PMC1206, PMH1206 178 PMC1806, PMH1806 178 PMC1812, PMH1812 178 PM2001 178 PM2002 178 PM2003 178 Chip Inductors PM0402 178 PM0402C 178 PM0402T ...
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
... Bourns part number Example: 4 μH, surface mount type First, select rated current, 4200 (mA) or higher, at the fi rst column Second, select inductance the second column Third, select DC resistance (if specifi ed) at the third column Fourth, select type of construction, SMP or SMPS at the fourth column Fifth, select P/N, PM5022-100M and PM124SH-100M match the descriptions Sixth, fi ...
Page 10
... R 20 56,000 135 R 20 68,000 150 R Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.2 Selector Guide Part Current Inductance Number (mA) (μH) PM0805G-150M 20 82,000 PM0805G-180M 20 100,000 PM0805G-220M 21 18,000 PM0805G-270M 21 18,000 PM0805G-330M 21 ...
Page 11
... SMP 40 390 820 65 CC 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) RL187-223J-RC 40 820 RL622-273K-RC 40 2700 RL187-273J-RC 40 2700 RL622-333K-RC 40 3300 RL187-333J-RC 40 3300 ...
Page 12
... V 52 220 8200 86.6 CC Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.4 Selector Guide Part Current Inductance Number (mA) (μH) 8250-153K 52 10,000 PM0603G-R047J 52 27,000 PM0603G-R068J 53 470 PM0603G-R082J 53 3300 PM0603G-R10J 53 12,000 PM0603G-R12J ...
Page 13
... MS 80 820 820 22 1500 6.1 R 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) 8250-562K 80 1800 RL895-183K 80 2200 79F560K-RC 80 2700 8250-472K 80 3300 RL895-153K 80 3300 PM0402T-22NG-RC 80 ...
Page 14
... R 100 2200 19 CC Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.6 Selector Guide Part Current Inductance Number (mA) (μH) 9250A-564 100 2700 RL181S-102J-RC 100 3300 5300-42 100 3900 6000-333K 100 ...
Page 15
... HD 125 33,000 25.7 HD 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) 8250-182K 126 470 77F681J 128 110 9210-84 130 0.0068 70F224AI 130 ...
Page 16
... V 150 1000 3.4 SMPS Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.8 Selector Guide Part Current Inductance Number (mA) (μH) PM42S-181 150 1000 PM52-331M 150 1000 PM52-391M 150 1000 3500-821K 150 ...
Page 17
... CC 175 4.7 2.3 SMCH 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) 4650 175 6.8 4651 175 6.8 RL822-102K-RC 175 6.8 5300-37 175 ...
Page 18
... R 200 150 3 R Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.10 Selector Guide Part Current Inductance Number (mA) (μH) PM1812G-180K-RC 200 180 8230-52 200 180 9230-52 200 220 9250-563 200 ...
Page 19
... SMPS 240 470 3.4 CC 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) RL855-152K 240 600 RL895-182K 240 820 3000-332 240 820 70F255AI 240 ...
Page 20
... R 270 1200 2.1 R Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.12 Selector Guide Part Current Inductance Number (mA) (μH) 73F274AF 270 1500 73F334AF 270 3900 RL822-471K-RC 270 5600 PM73SH-561M 270 ...
Page 21
... SMCH 300 0.027 0.45 SMCH 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) PM0603H-1N5 300 0.027 PM0805H-1N5 300 0.033 PM0402-1N5 300 0.033 PM0603H-1N8 300 0 ...
Page 22
... SMCH 330 82 1.2 V Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.14 Selector Guide Part Current Inductance Number (mA) (μH) PM3316-103M 330 220 77F680J 330 250 PM1355-681K 330 270 79FR68M-RC 330 ...
Page 23
... M 390 0.0012 0.1 SMCH 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) PM74SB-221K 390 1.2 PM3602-68 390 1.2 PM74SH-391M 390 1.2 PM75-391K 390 1 ...
Page 24
... R 430 820 1.3 R Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.16 Selector Guide Part Current Inductance Number (mA) (μH) 5800-331 430 820 PM75-331K 430 1500 5800-391 435 2.2 RL895-561K 436 ...
Page 25
... SMCH 480 3.3 0.35 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 ...
Page 26
... CC 530 0.01 0.26 SMCH Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.18 Selector Guide Part Current Inductance Number (mA) (μH) PM52-180M 530 0.039 PM52-220M 530 8.2 74F225AI 530 39 PM1008S-330M 530 ...
Page 27
... CC 600 1.5 0.5 M 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) 70F756AI 600 3.3 PM518S-390 600 3.3 RL875-221K 600 6.8 RL895-271K 600 6 ...
Page 28
... SMP 670 68 0.41 SMPS Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.20 Selector Guide Part Current Inductance Number (mA) (μH) PM1812G-R27K-RC 670 82 PM1812-R27K 670 120 70F566AI 670 150 PM0402C-11NJ 670 ...
Page 29
... SMPS 760 22 0.32 SMPS 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) PM125S-221M 760 47 PM104SH-221 760 56 7518-RC 760 56 8250-4R7K 760 120 PM7032S-470M ...
Page 30
... SMCH 850 5.5 0.67 V Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.22 Selector Guide Part Current Inductance Number (mA) (μH) PM3316S-470M 850 6.8 PM3604-33 850 15 PM125SH-221M 850 18 PM3316-221M 850 18 ...
Page 31
... SMP 990 56 0.19 R 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) 6100-471K-RC 990 150 7410-RC 996 68 3500-150K 1000 0.01 5300-19 1000 0.012 ...
Page 32
... SMPS 1100 15 0.103 SMPS Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.24 Selector Guide Part Current Inductance Number (mA) (μH) 7025 1100 18 7104 1100 33 1130-392K 1100 33 1130-472K 1100 33 7105 ...
Page 33
... HD 1280 6.8 0.026 HD 1280 8.2 0.028 HD 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) PM528S-120 1280 10 PM7032S-150M 1280 12 5300-15 1280 15 PM1608-150M 1280 18 PM3602-5 1280 ...
Page 34
... R 1490 33 0.086 R Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.26 Selector Guide Part Current Inductance Number (mA) (μH) PM1355-330K 1500 1 9130-94 1500 1 PM73SH-150M 1500 1.4 PM3604-10 1500 1.4 PM0402C-1N0 1500 1 ...
Page 35
... SMP 1610 150 0.24 R 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) 8250-1R5K 1625 0.27 RL824-270K-RC 1650 10 PM428S-3R3 1650 20 PM74SB-120M 1650 39 PM43-2R7M ...
Page 36
... SMCH 2000 3.3 0.08 SMP Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.28 Selector Guide Part Current Inductance Number (mA) (μH) 5300-08 2000 8.3 PM7032S-4R7M 2000 10 PM528S-6R2 2000 10 PM75-150K 2000 ...
Page 37
... SMP 2300 7.4 0.031 SMPS 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) RL822-6R8K-RC 2300 10 PM628S-7R3 2300 15 RL895-150K 2300 27 RL855-150M 2300 56 ...
Page 38
... R 2700 270 0.093 T Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.30 Selector Guide Part Current Inductance Number (mA) (μH) 5727 2700 330 6727 2700 560 RL110-470K 2700 680 PM127SH-470M 2710 3 ...
Page 39
... T 3300 68 0.067 T 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) PM1355-5R6K 3300 120 8250-R10K 3300 150 PM1608S-1R0M 3300 270 PM1008S-1R0M 3300 330 ...
Page 40
... T 4000 500 0.12 TB Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.32 Selector Guide Part Current Inductance Number (mA) (μH) RL822-1R0K-RC 4000 560 6100-270K-RC 4000 560 7022 4000 1000 5722 4000 ...
Page 41
... T 5100 220 0.063 T 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) 2200HT-181 5200 47 5615 5200 330 2300LL-331 5280 15 2000-150- 5300 5.6 ...
Page 42
... SMP 7100 39 0.022 T Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.34 Selector Guide Part Current Inductance Number (mA) (μH) PM3316-2R2M 7100 82 PM104SH-2R5 7200 6.8 2100HT-330 7200 15 2200HT-560 7200 18 PM2120-101K ...
Page 43
... T 9800 1.2 0.007 SMPS 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) PM7032S-330M 9800 27 2300HT-820 9800 56 2200HT-270 9800 100 2300LL-560 9900 10 8113 ...
Page 44
... HD 13500 27 0.012 HD Coil Type CC - Conformal coated CM - Common mode R - Radial lead SMC - Surface mount common mode SMT - Surface mount toroid T - Toroid 2.36 Selector Guide Part Current Inductance Number (mA) (μH) 1120-2R2M 13500 33 1120-2R7M 13600 15 1120-3R3M 13600 33 1120-3R9M 13700 5.6 1120-4R7M 13700 6 ...
Page 45
... T 20200 1.2 0.0017 T 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) 8115 20200 18 8115 20300 1.2 2100HT-3R3 20300 1.5 2200HT-5R6 20300 2.7 ...
Page 46
J.W. Miller to Bourns Product Cross Reference PMA 1206L MA3216-xxxM4 1206H MA3216-xxxT4 0402 MU1005 PMC 0603 MG,MU,MZ1608 0805 MG,MU,MZ2029 1206 MG,MU,MZ3261 PMH 0603 MH1608 0805 MH2029 1206 MH3261 1806 MH4516 1812 MH4532 Chip Inductors PM0402 CI100505 PM0402T CM100505 PM0603 CW160808 ...
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 °C max. temperature rise Pad Layout Also available as RoHS compliant 3 ...
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 Notes * Current to cause 20 °C max. temperature rise Pad Layout Z (Ω ...
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 • EMI suppression • Cordless phones • Hand-held organizers • ...
Page 51
... Pagers • Handheld organizers • High-frequency wireless communication devices • Notebook computers • Printers • Network cards • Industrial electronics • Entertainment electronic devices Notes * Current to cause 20 °C of temperature rise Multilayer Chip Inductors L (nH) Part ±0.3nH Typ. @ Number @ 100MHz 100MHz PM0402-1N0-RC 1 ...
Page 52
... Pagers • Hand-held organizers • High frequency wireless communication devices • Laptop computers • Network cards • Industrial electronics • Entertainment electronic devices Notes * Current to cause approx. 15 °C of temperature rise 0.64 Max. Dimensions: mm 4.2 Multilayer Chip Inductors Part L (nH) Number ± ...
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
... PDA • Pagers • Handheld organizers • High frequency wireless communication devices • Laptop computers • Network cards • Industrial electronics • Entertainment electronic devices Notes * Current to cause approx. 15 °C of temperature rise 1.12 Max. Dimensions: mm 4.4 Chip Inductors Part L (nH) Q Number ± ...
Page 55
... Pagers • Hand-held organizers • High frequency wireless communication devices • Notebook computers • Printers • Network cards • Industrial electronics • Entertainment electronic devices Notes * Current to cause 20 °C of temperature rise Part L (μH) Number ±5 % Typ. PM0603G-R047J-RC 0.047 PM0603G-R068J-RC 0.068 PM0603G-R082J-RC 0 ...
Page 56
... Pagers • Hand-held organizers • High frequency wireless communication devices • Notebook computers • Printers • Network cards • Industrial electronics • Entertainment electronic devices Notes * Current to cause 20 °C of temperature rise 4.6 PM0603H Series L (nH) Q Part ±0.3nH Typ. @ Number @100MHz ...
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
... High self resonant frequency • Very stable electrical characteristic • Flat top surface for automated pick & place • Operating temperature -55 to +125 °C • Tape & reel packaged 2000/reel Notes * Current to cause approx. 15 °C of temperature rise 1.78 Max. 1.78 1.78 Max ...
Page 59
... Pagers • Hand-held organizers • High frequency wireless communication devices • Notebook computers • Printers • Network cards • Industrial electronics • Entertainment electronic devices Notes * Current to cause 20 °C of temperature rise PM0805G Series Test Part L (μH) Q Freq. Number ±5 % Typ. ...
Page 60
... Pagers • Hand-held organizers • High frequency wireless communication devices • Notebook computers • Printers • Network cards • Industrial electronics • Entertainment electronic devices Notes * Current to cause 20 °C of temperature rise 4.10 PM0805H Series L (nH) Test Part +/- Q Freq. Number 0.3nH ...
Page 61
... Very stable electrical characteristic on ceramic core • Flat top surface for automated pick & place • Operating temperature -55 to +125 °C • Tape & reel packaged 2000/reel Notes * Current to cause 15 °C max. temperature rise 2.29 Max. 1.27 2.79 2.54 Max. ...
Page 62
... Cell phones, pagers, GPS systems • PDAs, MP3 players, digital cameras • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • High frequency wireless communication devices • Electronic game devices Notes * Rated current to cause 20 °C temperature rise 2.5 0.45 2 2.5 3 Pad Layout Dimensions: mm Tolerance: -/+0 ...
Page 63
... Typical Applications • PC cards • PDA • Hand-held organizers • High frequency wireless communication devices • Laptop computers • Network cards • Industrial electronics • Entertainment electronic devices Notes * Current to cause 10 % inductance drop 2.74 Max. 2.54 Max. 3.81 2.11 Max. Max. 3.81 Max ...
Page 64
... Molded construction for high reliability and superior environmental protection • High resistance to solder heat, moisture • Ferrite bobbin core • Operating temperature -55 to +105 °C • Tape & reel packaged 2000/reel Notes * Current to cause 20 °C max. temperature rise 3.2 2.5 -/+ 0.4 0 ...
Page 65
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 66
... PDAs, MP3 players, digital cameras • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • High frequency wireless communication devices • Electronic game devices Notes * Rated current to cause 20 °C temperature rise 4.16 High Current Chip Inductors Part L (μH) Number ± ...
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 max. temperature rise 4.5 3.2 -/+0.4 1 ...
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
... Battery chargers • High frequency wireless communication devices • Electronic game devices Notes * Rated current to cause 20 °C temperature rise ** 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 70
... Standard EIA 1210 chip size • Operating temperature -55 to +125 °C • Tape & reel packaged 2000/reel Notes * Current to cause 20 °C max. temperature rise ** 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 71
... High frequency wireless communication devices • Electronic game devices • Industrial electronics • Electronic game devices • Onboard power supplies Notes * Saturation current to cause 35 % inductance drop ** Rated current to cause 30 °C temperature rise L (μH) Part ± Number @ 100 KHz Max. PM104SH-1R5 1 ...
Page 72
... Battery chargers • High frequency wireless communication devices • Electronic game devices • Industrial electronics Notes * Current to cause inductance ** 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 73
... Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • High frequency wireless communication devices • Electronic game devices • Industrial electronics • Onboard power supplies Notes * Rated current to cause max inductance drop and 40 °C temperature rise L (μH) Part ± Number @ 100 KHz Max. ...
Page 74
... Industrial electronics • Entertainment electronic devices Notes * Saturation current to cause 10 % inductance drop ** Rated current to cause 40 °C temperature rise *** 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 75
... Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding • Operating temperature -30 to +100 °C • Tape & reel packaged 500/reel Notes * Current to cause max inductance drop °C temperature rise 12.6 2.1 Part L (μH) Number ± ...
Page 76
... Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding • Operating temperature -30 to +100 °C • Tape & reel packaged 500/reel Notes * Current to cause max inductance drop °C temperature rise 12.0 Dimensions: mm Tolerance: -/+0.3 5.6 L (μ ...
Page 77
... Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding • Operating temperature -30 to +100 °C • Tape & reel packaged 500/reel Notes * Current to cause max inductance drop °C temperature rise 12.0 12.0 8.0 Max. 5.0 7 ...
Page 78
... Flash memory programmers • Notebook computers • Battery chargers • DC/DC converters • Network cards • Switching boards • Industrial electronics • Entertainment electronic devices Notes * Rms current to cause 30 °C temperature rise 5.8 Part L (μH) Number ± PM1608S-1R0M 1.0 PM1608S-1R5M 1 ...
Page 79
... Notebook computers • Battery chargers • DC/DC converters • Network cards • Switching boards • Industrial electronics • Entertainment electronic devices Notes * Saturation current to cause 10 % inductance drop ** Rms current to cause 15 °C temperature rise Part L (μH) Number ± PM3316S-1R0M-RC 1.0 PM3316S-1R5M-RC 1.5 PM3316S-2R2M-RC 2 ...
Page 80
... Battery chargers • High frequency wireless communication devices • Electronic game devices Notes * Rated current to cause max inductance drop and 40 °C temperature rise ** 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 81
... Large terminal surface for good PCB bonding • Operating temperature -30 to +100 °C • Tape & reel packaged 1000/reel Notes * Current to cause max inductance drop °C temperature rise ** 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 82
... Flash memory programmers • Notebook computers • Battery chargers • DC/DC converters • Network cards • Switching boards • Industrial electronics • Entertainment electronic devices Notes * Saturation current to cause 10 % inductance drop ** Rms current to cause 40 °C temperature 5.12 Part L (μH) Number ± PM5022S-100M 10 ...
Page 83
... Battery chargers • High frequency wireless communication devices • Electronic game devices Notes * Rated current to cause max inductance drop and 30 °C temperature rise ** 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. L (μ ...
Page 84
... Battery chargers • High frequency wireless communication devices • Electronic game devices Notes * Rated current to cause max inductance drop and 30 °C temperature rise ** 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 85
... Battery chargers • High frequency wireless communication devices • Electronic game devices Notes * Rated current to cause max inductance drop and 30 °C temperature rise ** 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. L (μ ...
Page 86
... Battery chargers • High frequency wireless communication devices • Electronic game devices Notes * Rated current to cause max inductance drop and 30 °C temperature rise ** 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 87
... Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • High frequency wireless communication devices • Electronic game devices • Industrial electronics Notes * Current to cause inductance drop °C temperature rise Shielded, SMT Power Inductors Part L (μH) Number ±20 % ...
Page 88
... Industrial electronics • Entertainment electronic devices Notes * Saturation current to cause 10 % inductance drop ** Rated current to cause 40 °C temperature rise *** 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 89
... Ideal for very high current DC/DC converter output inductors • High-density, tight-board space designs • High-speed notebook computers • Video game machines • Low-profi le/high-current power supplies Notes * Rated DC current to cause 40 °C temperature rise ** Max. DC current to cause 100 °C temperature rise Test frequency: 100 KHz ...
Page 90
... PDAs, MP3 players, digital cameras • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • High frequency wireless communication devices • Electronic game devices Notes * Rated current to cause max inductance drop and 40 °C temperature rise. Dimensions: mm Tolerance: -/+ 0.2 5.20 Part ...
Page 91
... PDAs, MP3 players • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • High frequency wireless communication devices • Electronic game devices • Industrial electronics Notes * Current to cause inductance drop °C temperature rise Part L (μH) Number ±20 % PM74SB-100M ...
Page 92
... PDAs, MP3 players, digital cameras • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • High frequency wireless communication devices • Electronic game devices Notes * Rated current to cause max inductance drop and 40 °C temperature rise Dimensions: mm Tolerance: -/+ 0.2 5.22 L (μH) Part ± ...
Page 93
... Coil encapsulated in high-strength plastic case • Suitable for wave & refl ow solder • Dielectric withstanding voltage 500 Vrms • Operating temperature -55 to +105 °C • Tape & reel packaged 200/reel Notes * Current to cause 35 °C max. temperature rise Polarity mark Dimensions: Inches ...
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
... High frequency response when used as transformer • Coil encapsulated from harsh environments • Dielectric strength 500 Vrms • Operating temperature -55 to +125 °C • Parallel & series connection are made externally • Tape and reel packaged Notes * Current to cause 35 °C max. temperature rise PM3602 Max ...
Page 98
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 99
... Typical Applications • Notebook computers • Battery chargers • DC/DC converters • Network cards • Switching boards • Industrial electronics • Entertainment electronics devices Notes * Current to cause max inductance drop °C temperature rise SMT Power Inductors Part L (μH) Number ±20 % PM104-100M 10 ...
Page 100
... Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding • Operating temperature -30 to +100 °C • Tape & reel packaged 500/reel Notes * Current to cause max inductance drop °C temperature rise 9.0 10.0 5.4 2.1 2.5 Dimensions: mm Pad Layout Tolerance: -/+0 ...
Page 101
... Battery chargers • DC/DC converters • Network cards • Switching boards • Industrial electronics • Entertainment electronic devices Notes * Saturation current to cause approx inductance drop ** Rated current to cause approx. 40 °C temperature rise 12.7 1.2 Min Pad Layout Dimensions: mm SMT Power Inductors Part ...
Page 102
... Industrial electronics • Entertainment electronic devices Notes * Saturation current to cause 10 % inductance drop ** Rms current to cause 15 °C temperature rise *** 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 103
... Typical Applications • Notebook computers • Battery chargers • DC/DC converters • Network cards • Switching boards • Industrial electronics • Entertainment electronics devices Notes * Current to cause max inductance drop °C temperature rise 3.0 3.5 2.2 R1.0 0.8 Dimensions: mm Pad Layout Tolerance: -/+0 ...
Page 104
... High heat resistance, ideal for refl ow soldering • Test frequency 100 KHz • Operating temperature -55 to +105 °C • Tape & reel packaged 1000/reel Notes * Saturation DC current to cause 10 % max. inductance drop ** Rms current to cause 30 °C max. temperature rise 13.0 Max. 3.0 Max. 7.62 2.54 9 ...
Page 105
... High heat resistance, ideal for refl ow soldering • Test frequency 100 KHz • Operating temperature -55 to +105 °C • Tape & reel packaged 500/reel Notes * Saturation DC current to cause 10 % max. inductance drop ** Rms current to cause 15 °C max. temperature rise 13.0 Max. ...
Page 106
... High current, low voltage converters • High-speed computers • Video game machines • Output chokes • EMI fi lters Notes * Saturation current to cause 10 % inductance drop ** Rms current to cause 40 °C temperature rise 9.8 SMT Power Inductors Part Number PM3316H-R33M PM3316H-R68M PM3316H-1R0M ...
Page 107
... High heat resistance, ideal for refl ow soldering • Test frequency 100 KHz • Operating temperature -55 to +105 °C • Tape & reel packaged 225/reel Notes * Saturation DC current to cause 10 % max. inductance drop ** Rms current to cause 20 °C max. temperature rise 13.0 Max. ...
Page 108
... Low profi le • Compact size • Large terminal surface for good PCB bonding • Operating temperature -40 to +100 °C • Tape & reel packaged 1500/reel Notes * Current to cause max inductance drop or 40 °C temperature rise 4.0 4.5 3.2 R1.0 1 ...
Page 109
... High heat resistance, ideal for refl ow soldering • Test frequency 100 KHz • Operating temperature -55 to +105 °C • Tape & reel packaged 250/reel Notes * Saturation DC current to cause 10 % max. inductance drop ** Rms current to cause 40 °C max. temperature rise 18.6 Max. ...
Page 110
... High current, low voltage converters • High-speed computers • Video game machines • Output chokes • EMI fi lters Notes * Saturation current to cause 10 % inductance drop ** Rms current to cause 40 °C temperature rise 9.12 SMT Power Inductors Part L (μH) Number ±20 % PM5022H-R78M ...
Page 111
... Network cards • Switching boards • Industrial electronics • Entertainment electronics devices Notes * Current to cause max inductance drop °C temperature rise ** 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 112
... Low core loss for high frequency power application • Compact size • Large terminal surface for good PCB bonding • Operating temperature -30 to +100 °C • Tape & reel packaged 1500/reel Notes * Current to cause max inductance drop °C temperature rise 5.2 5.8 4.5 1.3 1.7 ...
Page 113
... Typical Applications • Notebook computers • Battery chargers • DC/DC converters • Network cards • Switching boards • Industrial electronics • Entertainment electronics devices Notes * Current to cause max inductance drop °C temperature rise SMT Power Inductors Part L (μH) Number ±20 % PM73-100M 10 ...
Page 114
... Low core loss for high frequency power applications • Compact size • Large terminal surface for good PCB bonding • Operating temperature -30 to +100 °C • Tape & reel packaged 500/reel Notes * Current to cause max inductance drop °C temperature rise 7.0 7.8 5.0 2.0 Dimensions: mm Tolerance: -/+0 ...
Page 115
... High frequency wireless communication devices • Laptop computers • Network cards • Cable modems • Entertainment electronic devices Notes * Saturation current to cause approx inductance drop ** Rms current to cause approx. 40 °C temperature rise SMT Power Inductors Part L (μH) Number ±20 % PM7518-1R0M 1.0 PM7518-2R2M 2 ...
Page 116
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 117
... 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 °C Notes * Current to cause 30 °C max. temperature rise 1.20 1.00 Max. A Dimensions: Inches L (μH) Part ...
Page 118
... 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 °C Notes * Current to cause 30 °C max. temperature rise 1.20 1.00 Max. Pad Layout A Dimensions: Inches 10.2 L (μ ...
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
... Notes * Saturation current is rated to each winding that causes inductance to drop 30 % from its initial value. ** Rms current is rated to each winding that causes 40 °C temperature rise. PM600-01, -02, PM610-01, -02 and PM620-01, -02 are non-gap core. PM600/PM610/PM620 Series Part L (μ ...
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
... Tel. (877) 426-8767 • Fax (951) 781-5006 Figure 2 Figure 3 Inductance Inductance Current: I Current: Figure 5 Figure 6 Inductance Inductance: L Current Current: Figure 2 Figure 3 Turns ratio: Turns ratio: 1:1:1 1:5 or 5:1 Figure 7 Figure 8 Turns ratio: Turns ratio: 4:1:1 3:1:1:1 www.bourns.com ...
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
... 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. 12.2 Max. 10 Min. 0.7 5 ...
Page 130
... DC/DC converters • Desktop, notebook computers, servers • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • Output chokes • EMI fi lters Note * Rated current to cause 5 % max. inductance drop 11 Max. 10.5 Max. 4.0 0.8 6.0 -/+ 0.5 Dimensions ...
Page 131
... 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 10.0 -/+0.5 3.5 ...
Page 132
... DC/DC converters • Desktop, notebook computers, servers • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • Output chokes • EMI fi lters Notes * Rated current to cause 10 % max. inductance drop 10.5 Max. 14.0 Max. 5.0 0.7 Dia. ...
Page 133
... DC/DC converters • Desktop, notebook computers, servers • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • Output chokes • EMI fi lters Notes * Rated current to cause 10 % max. inductance drop 8.0 Max. 11.2 Max. 5.0 0.62 Dia. ...
Page 134
... DC/DC converters • Desktop, notebook computers, servers • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • Output chokes • EMI fi lters Note * Rated current to cause 10 % max. inductance 8.0 Max. 6.2 Max. 5.0 0.7 Dia. 5.0 -/+0 ...
Page 135
... DC/DC converters • Desktop, notebook computers, servers • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • Output chokes • EMI fi lters Note * Rated current to cause 10 % max. inductance drop 8.5 Max. 11.0 Max. 5.0 0.62 Dia. ...
Page 136
... DC/DC converters • Desktop, notebook computers, servers • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • Output chokes • EMI fi lters Notes * Rated current to cause 10 % max. inductance drop 8.5 Max. 11.0 Max. 5.0 0.61 Dia. ...
Page 137
... DC/DC converters • Desktop, notebook computers, servers • Digital TVs, DVDs, cable modems, DSS set-top boxes • Battery chargers • Output chokes • EMI fi lters Notes * Rated current to cause 10 % max. inductance drop 10.5 Max. 15.5 Max. 5.0 0.7 Dia. ...
Page 138
... 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 7.8 -/+0.5 5.5 Max. 5.0 ...
Page 139
... 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 10.0 -/+0.5 10.0 -/+0.5 3.5 ...
Page 140
... 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 7.8 -/+0.5 7.5 Max. 5.0 ...
Page 141
... 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 7.8 -/+0.5 7.5 Max. 5.0 ...
Page 142
... 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 9.5 Max. 5.0 ...
Page 143
... 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 drop ** Rated current to cause 35 °C max. temperature rise 0.39 0.30 Max. 0.75 0.30 Dimensions: Inches ...
Page 144
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 145
... Dielectric strength 500 Vrms • Operating temperature -55 to +105 °C • Test frequency : 1 KHz, except 1.0 – 8.2 μH @ 7.96 MHz Notes * Saturation current to cause 5 % max. inductance drop ** Rated current to cause 35 °C max. temperature rise 1.0 0.50 Typ. Max. 0.020 ...
Page 146
... Epoxy coated to protect winding from harsh environments • Low cost • Color bands identifi cation (Per EIA Standard) • Dielectric strength 500 Vrms • Operating temperature -55 to +105 °C Notes * Current to cause 35 °C max. temperature rise 1.0 0.41 Max. Min. 0.025 0.157 Max. ...
Page 147
... Epoxy coated to protect winding form harsh environments • Low cost • Color bands identifi cation (Per EIA Standard) • Dielectric strength 500 Vrms • Operating temperature -55 to +105 °C Notes * Current to cause 35 °C max. temperature rise 1.0 0.28 Min. Max. 0.020 Dimensions: Inches ...
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
... Epoxy coated to protect winding from harsh environments • Low cost • Color bands identifi cation • Dielectric strength 500 Vrms • Operating temperature –55 to +105 °C • RoHS compliant Notes * Current to cause 35 °C max. temperature rise 1.0 0.30 Min. Max. 0.020 0.12 Max. Dimensions: Inches ...
Page 150
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 151
... Color banded per MIL STD Typical Applications • Telecommunications • Signal processing • High reliability, low magnetic coupling and densely packed board design Notes * Rated current to cause 35 °C temperature rise ** Incremental current to cause 5 % inductance 1.0 0.45 Min. Max. 0.020 Dimensions: Inches ...
Page 152
... Color banded per MIL STD Typical Applications • Telecommunications • Signal processing • High reliability, low magnetic coupling and densely packed board design Notes * Rated current to cause 35 °C temperature rise ** Incremental current to cause 5 % inductance 0.020 Dimensions: Inches 18.2 Shielded RF Chokes Part L (μ ...
Page 153
... Flame retardant coating • Consistent body dimension • Color band or numerical marking identifi cation • Dielectric strength 1000 Vrms • Operating temperature -55 to +105 °C Notes * Current to cause 35 °C max. temperature rise 1.0 Min. 0.025 Dimensions: Inches Molded Chokes Part L (μ ...
Page 154
... Consistent body dimension • Color band or numerical marking identifi cation • Dielectric strength 1000 Vrms • Operating temperature: phenolic -55 to +125 °C; iron, ferrite -55° to 105 °C Notes * Current to cause 35 °C max. temperature rise 1.5 0.25 -/+0.01 Typ. 0.020 0.095 -/+0 ...
Page 155
... Color band or numerical marking identifi cation • Dielectric strength 1000 Vrms • Operating temperature -55 to +105 °C Notes * Rated current to cause 35 °C max. temperature rise ** Incremental current to cause 5 % max. inductance drop Bourns recommends using the 9250A Series as a replacement for the 9250 Series 0.41 -/+0.02 1.0 Min ...
Page 156
... Color band or numerical marking identifi cation • Dielectric strength 1000 Vrms • Operating temperature -55 to +105 °C Notes * Rated current to cause 35 °C max. temperature rise ** Incremental current to cause 5 % max. inductance drop Bourns recommends using the 9250A Series as a replacement for the 9250 Series 1.0 0.41 -/+0.02 Min ...
Page 157
... Signal processing • Computer peripherals • Network routers • Data switchers • Consumer electronics • Medical electronics Notes * Rated current to cause 35 °C max. temperature rise ** Incremental current to cause 5 % max. inductance drop Recommended replacement for the 9250 Series 0.41 -/+0.02 1.0 Min. ...
Page 158
... Signal processing • Computer peripherals • Network routers • Data switchers • Consumer electronics • Medical electronics Notes * Rated current to cause 35 °C max. temperature rise ** Incremental current to cause 5 % max. inductance drop Recommended replacement for the 9250 Series 1.0 Min. 0.025 ...
Page 159
... Flame retardant coating • Consistent body dimension • Color band or numerical marking identifi cation • Dielectric strength 1000 Vrms • Operating temperature -55° to 105 °C Notes * Current to cause 35 °C max. temperature rise 1.0 0.375 -/+0.01 Min. 0.025 0.156 -/+0.01 ...
Page 160
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 161
... Single layer or 3-pi universal wound • Low cost • Varnish coated • Operating temperature: phenolic -55 to +125 °C iron & ferrite -55 to +105 °C Notes * Current to cause 35 °C max. temperature rise 1.5 0.75 0.75 0.75 Max. 0.029 0.27 0.27 ...
Page 162
... 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. temperature rise 20.2 Varnished Chokes Part L (μH) Q Number ±5 % Min ...
Page 163
... Universal wound • Low cost • Varnish coated • Operating temperature: phenolic -55 to +125 °C; iron, ferrite -55 to +105 °C Notes * Current to cause 35 °C max. temperature rise 1. Dia. 0.025 for 0.1-22,000uh 0.032 for 25,000-500,000uh Dimensions: Inches Varnished Chokes ...
Page 164
... 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 Notes * Current to cause 35 °C max. temperature rise 1. Dia. 0.025 for 0.1-22,000uh 0.032 for 25,000-500,000uh Dimensions: Inches 20 ...
Page 165
... 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 rise 1.50 0.625 0.032 Dimensions: Inches Varnished Chokes Part L (μH) Number ± ...
Page 166
... Low cost • Varnish coated • Color dot identifi cation • Operating temperature: phenolic -55 to +125 °C; iron -55 to +105 °C Notes * Current to cause 35 °C max. temperature rise 1.5 0.5 Dia. 0.032 for 1-18uh 0.029 for 22-100uh Dimensions: Inches 20 ...
Page 167
... 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 % max. inductance drop or 35 °C max. temperature rise 1.25 1.25 1.25 Min. tinned Fig ...
Page 168
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 169
... Center hole for mechanical mounting • Dielectric withstanding voltage: 2500 Vrms terminal to shrink tube cover; 1000 Vrms terminal to core • Operating temperature -55 to +105 °C Notes * Rated current to cause 50 °C max. temperature rise and 5 % max. inductance drop 0.66 Max. 0.84 Max. ...
Page 170
... Center hole for mechanical mounting • Dielectric withstanding voltage: 2500 Vrms terminal to shrink tube cover; 1000 Vrms terminal to core • Operating temperature -55 to +105 °C Notes * Rated current to cause 50 °C max. temperature rise and 5 % max. inductance drop 0.81 Max. 0.84 Max. ...
Page 171
... Center hole for mechanical mounting • Dielectric withstanding voltage: 2500 Vrms terminal to shrink tube cover; 1000 Vrms terminal to core • Operating temperature -55 to +105 °C Notes * Rated current to cause 50 °C max. temperature rise and 5 % max. inductance drop 1.1 Max. 0.84 Max. ...
Page 172
... Center hole for mechanical mounting • Dielectric withstanding voltage: 2500 Vrms terminal to shrink tube cover; 1000 Vrms terminal to core • Operating temperature -55 to +105 °C Notes * Rated current to cause 50 °C max. temperature rise and 5 % max. inductance drop 1.5 Max. 1.03 Max. ...
Page 173
... 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 Dimensions: Inches High Current Chokes L (μ ...
Page 174
... 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 A B Lead tinned to Within 1/8" of body 1 ...
Page 175
... Dash No. marking for identifi cation • Dielectric strength 2500 Vrms • Operating temperature -55 to +105 °C • Test frequency 1 KHz Notes * Saturation current to cause 10 % max. inductance drop ** Rated current to cause 35 °C max. temperature rise 1.0 0.70 Min. Max. 0.025 ...
Page 176
... Dash No. marking for identifi cation • Dielectric strength 2500 Vrms • Operating temperature -55 to +105 °C • Test frequency 1 KHz Notes * Saturation current to cause 10 % max. inductance drop ** Rated current to cause 35 °C max. temperature rise 1.0 0.90 Min. Max. 0.032 Dimensions: Inches 22 ...
Page 177
... Operating temperature: -55 to +105 °C Typical Applications • High current, low voltage converters • High-speed computers • Video game machines • Output chokes • EMI fi lters Notes * Rated current to cause 40 °C temperature rise Add - mounting style after P/N Example : 2000-470-V 0.41 Max 0.68 Max C ...
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 Applications • High operating temperature environments • ...
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 supplies • DC/DC converters • ...
Page 180
... Low radiation • Low core loss • High current capacity • Horizontal or vertical mount • Low cost • Operating temperature -55 to +105 °C Notes * Current to cause 30 °C max. temperature rise Add - mounting style after P/N Example : 2113-V 0.86 Max. C Vertical Dimensions: Inches 23 ...
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 Applications • High operating temperature environments • ...
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 supplies • DC/DC converters • ...
Page 183
... Low radiation • Low core loss • High current capacity • Horizontal or vertical mount • Low cost • Operating temperature -55 to +105 °C Notes * Current to cause 30 °C max. temperature rise Add - mounting style after P/N Example : 2210-V 0.95 Max. C Vertical Dimensions: Inches L (μ ...
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 Typical Applications • High operating temperature environments • ...
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 supplies • DC/DC converters • ...
Page 186
... Low radiation • Low core loss • High current capacity • Horizontal or vertical mount • Low cost • Operating temperature -55 to +105 °C Notes * Current to cause 30 °C max. temperature rise Add - mounting style after P/N Example : 2314-V 1.28 Max. C Vertical Dimensions: Inches 23 ...
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 ° 0.5 Min Dimensions: Inches L (μH) Part ± ...
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 ...
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 Mode EMI Chokes L (mH) Part ± ...
Page 194
... High attenuation at low frequency • Dielectric strength 3750 Vrms • Coil wound on VW-1 rated plastic bobbin • Core mounted horizontal or vertical • Operating temperature -55 to +105 °C Notes * Rated current to cause 35 °C max. temperature rise Add - mounting style after P/N Example : 7355-V 17 Max. 8.0 -/+0 ...
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 0.12 min. B 0.15 0.09 ...
Page 197
... 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.bourns.com 7200 Series Freq. Load Sec ...
Page 198
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...
Page 199
... Fixed pin spacing for easy PCB insertion • Operating temperature -55 to +105 °C Typical Applications • Signal line EMI fi ltering • Network switching boards • Telephone systems • Telecommunications Notes • Rated current to cause approx. 35 °C temperature rise 1 2 Dimensions: Inches L (μH) Part ± ...
Page 200
Tel. (877) 426-8767 • Fax (951) 781-5006 www.bourns.com ...