HM66-50101LFTR13 - BI Technologies Corporation

2009/10 EDITION MAGNETIC COMPONENTS SELECTOR GUIDE

We reserve the right to change specifications without prior notice.

www.bitechnologies.com

Inductance (1) DC Rated (2)

Part Nominal Resistance Current

Number µH ± 20% W Max. Amps Figure

HM66-101R5LF 1.5 0.055 1.55 1

HM66-102R2LF 2.2 0.072 1.20 1

HM66-103R3LF 3.3 0.085 1.10 1

HM66-104R7LF 4.7 0.105 0.90 1

HM66-105R6LF 5.6 0.140 0.80 1

HM66-106R8LF 6.8 0.170 0.73 1

HM66-10100LF 10 0.210 0.55 1

HM66-10150LF 15 0.295 0.45 1

HM66-10220LF 22 0.430 0.40 1

HM66-10330LF 33 0.675 0.32 1

HM66-151R5LF 1.5 0.055 1.55 2

HM66-152R2LF 2.2 0.072 1.20 2

HM66-153R3LF 3.3 0.085 1.10 2

HM66-154R7LF 4.7 0.105 0.90 2

HM66-156R8LF 6.8 0.170 0.73 2

HM66-15100LF 10 0.210 0.55 2

HM66-15150LF 15 0.295 0.45 2

HM66-15220LF 22 0.430 0.40 2

HM66-15330LF 33 0.675 0.32 2

HM66-201R0LF 1.0 0.045 1.72 2

HM66-202R2LF 2.2 0.075 1.32 2

HM66-202R7LF 2.7 0.105 1.28 2

HM66-203R3LF 3.3 0.110 1.04 2

HM66-203R9LF 3.9 0.155 0.88 2

HM66-204R7LF 4.7 0.162 0.84 2

HM66-205R6LF 5.6 0.170 0.80 2

HM66-206R8LF 6.8 0.200 0.76 2

HM66-208R2LF 8.2 0.245 0.68 2

HM66-20100LF 10 0.200 0.61 2

HM66-20120LF 12 0.210 0.56 2

HM66-20150LF 15 0.240 0.50 2

HM66-20180LF 18 0.338 0.48 2

HM66-20220LF 22 0.397 0.41 2

HM66-20270LF 27 0.441 0.35 2

HM66-20330LF 33 0.694 0.32 2

HM66-20390LF 39 0.709 0.30 2

HM66-301R2LF 1.2 0.0236 2.56 2

HM66-301R8LF 1.8 0.0275 2.20 2

HM66-302R2LF 2.2 0.0313 2.04 2

HM66-302R7LF 2.7 0.0433 1.60 2

HM66-303R3LF 3.3 0.0492 1.57 2

HM66-303R9LF 3.9 0.0648 1.44 2

HM66-304R7LF 4.7 0.0720 1.32 2

HM66-305R6LF 5.6 0.1009 1.17 2

HM66-306R8LF 6.8 0.1089 1.12 2

HM66-308R2LF 8.2 0.1175 1.04 2

HM66-30100LF 10 0.1283 1.00 2

HM66-30120LF 12 0.1316 0.84 2

• Operating Temperature Range -40°C to +125°C

• AmbientTemperature,Maximum 80°C

• TemperatureRise,Maximum 40°C

• InsulationSystem ClassB,130°C

• OperatingFrequency Upto3MHz

HM66

Electrical / Environmental

MiniatureLowProfile,Shielded

SurfaceMountInductors

Specifications @ 25°C

HM66-30150LF 15 0.1490 0.76 2

HM66-30180

18 0.1660 0.72 2

HM66-30220

22 0.2350 0.70 2

HM66-30270

27 0.2610 0.58 2

HM66-30330

33 0.3780 0.56 2

HM66-30390

39 0.3837 0.50 2

HM66-30470

47 0.5870 0.48 2

HM66-30560

56 0.6245 0.41 2

HM66-30680

68 0.6990 0.35 2

HM66-30820

82 0.9148 0.32 2

HM66-30101

100 1.020 0.29 2

HM66-30121

120 1.270 0.27 2

HM66-30151

150 1.350 0.24 2

HM66-30181

180 1.540 0.22 2

HM66-404R1

4.1 0.057 1.95 2

HM66-405R4

5.4 0.076 1.60 2

HM66-406R2

6.2 0.096 1.40 2

HM66-408R9

8.9 0.116 1.25 2

HM66-40100

10 0.124 1.20 2

HM66-40120

12 0.153 1.10 2

HM66-40150

15 0.196 0.97 2

HM66-40180

18 0.210 0.85 2

HM66-40220

22 0.290 0.80 2

HM66-40270

27 0.330 0.75 2

HM66-40330

33 0.386 0.65 2

HM66-40390

39 0.520 0.57 2

HM66-40470

47 0.595 0.54 2

HM66-40560

56 0.665 0.50 2

HM66-40680

68 0.840 0.43 2

HM66-40820

82 0.978 0.41 2

HM66-40101

100 1.200 0.36 2

HM66-502R5

2.5 0.018 2.60 2

HM66-503R0

3.0 0.024 2.40 2

HM66-504R2

4.2 0.031 2.20 2

HM66-505R3

5.3 0.038 1.90 2

HM66-506R2

6.2 0.045 1.80 2

HM66-508R2

8.2 0.053 1.60 2

HM66-50100

10 0.065 1.30 2

HM66-50120

12 0.076 1.20 2

HM66-50150

15 0.103 1.10 2

HM66-50180

18 0.110 1.00 2

HM66-50220

22 0.122 0.90 2

HM66-50270

27 0.175 0.85 2

HM66-50330

33 0.189 0.75 2

HM66-50390

39 0.212 0.70 2

HM66-50470

47 0.260 0.62 2

HM66-50560

56 0.305 0.58 2

HM66-50680

68 0.355 0.52 2

RoHS

Compliant

Inductance (1) DC Rated (2)

Part Nominal Resistance Current

Number µH ± 20% W Max. Amps Figure

www.bitechnologies.com

MAGNETIC COMPONENTS SELECTOR GUIDE 2009/10 EDITION

We reserve the right to change specifications without prior notice.

Inductance (1) DC Rated (2)

Part Nominal Resistance Current

Number µH ± 20% W Max. Amps Figure

HM66-50820LF 82 0.463 0.46 2

HM66-50101

100 0.520 0.42 2

HM66-603R0

3.0 0.024 3.00 2

HM66-603R9

3.9 0.027 2.60 2

HM66-605R0

5.0 0.031 2.40 2

HM66-606R0

6.0 0.035 2.25 2

HM66-607R3

7.3 0.054 2.10 2

HM66-608R6

8.6 0.058 1.85 2

HM66-60100

10 0.065 1.70 2

HM66-60120

12 0.070 1.55 2

HM66-60150

15 0.084 1.40 2

HM66-60180

18 0.095 1.32 2

HM66-60220

22 0.128 1.20 2

HM66-60270

27 0.142 1.05 2

HM66-60330

33 0.165 0.97 2

HM66-60390

39 0.210 0.86 2

HM66-60470

47 0.238 0.80 2

HM66-60560

56 0.277 0.73 2

HM66-60680

68 0.304 0.65 2

HM66-60820

82 0.390 0.60 2

HM66-60101

100 0.535 0.54 2

HM66-621R0LF 1.0 0.023 3.50 4

HM66-621R5LF 1.5 0.036 2.47 4

HM66-621R8LF 1.8 0.036 2.47 4

HM66-703R3

3.3 0.020 3.50 2

HM66-705R0

5.0 0.024 2.90 2

HM66-706R2

6.2 0.027 2.50 2

HM66-707R4

7.4 0.031 2.30 2

HM66-708R7

8.7 0.034 2.20 2

HM66-70100

10 0.038 2.00 2

HM66-70120

12 0.053 1.70 2

HM66-70150

15 0.057 1.60 2

HM66-70180

18 0.092 1.50 2

HM66-70220

22 0.096 1.30 2

HM66-70270

27 0.109 1.20 2

HM66-70330

33 0.124 1.10 2

HM66-70390

39 0.138 1.00 2

HM66-70470

47 0.155 0.95 2

HM66-70560

56 0.202 0.85 2

HM66-70680

68 0.234 0.75 2

HM66-70820

82 0.324 0.70 2

HM66-70101

100 0.358 0.65 2

HM66-70221LF 220 0.820 0.45 2

HM66-801R5

1.5 0.0081 10.0 3

HM66-802R5

2.5 ± 30% 0.0105 7.50 3

HM66-803R8

3.8 0.013 6.00 3

HM66-805R2

5.2 0.022 5.50 3

HM66-807R0

7 0.027 4.80 3

HM66-80100

10 0.035 4.40 3

HM66-80150

15 0.050 3.60 3

HM66-80220

22 0.073 2.90 3

HM66-80330

33 0.093 2.30 3

HM66-80470

47 0.128 2.10 3

HM66-80680

68 0.213 1.50 3

HM66-80101

100 0.304 1.35 3

HM66-80151

150 0.506 1.15 3

HM66-80221

220 0.756 0.92 3

HM66-80331

330 1.090 0.70 3

HM66-80561LF 560 1.696 0.43 3

HM66-80102LF 1000 2.853 0.33 3

Ordering Information

Inductance Code:

First 2 digits are signicant. Last digit

denotes the number of trailing zeros.

For values below 10µH, “R“ denotes the

decimal point.

Model Series

Case Size:

10 (Figure 1) 50 (Figure 2)

15 (Figure 2) 60 (Figure 2)

20 (Figure 2) 62 (Figure 4)

30 (Figure 2) 70 (Figure 2)

40 (Figure 2) 80 (Figure 3)

Specifications @ 25°C (Cont’d)

Inductance (1) DC Rated (2)

Part Nominal Resistance Current

Number µH ± 20% W Max. Amps Figure

Notes: (1)Testconditionsforcasesizes10,15,20,30,80=100kHz,0.1VwithoutDCcurrent.Testconditionsforcasesizes40,50,60,70=10kHz,

  0.1VwithoutDCcurrent.Inductanceforcasesize62ismeasuredat100kHz,1VwithoutDCcurrent3.

 (2)RatedDCcurrentistheapproximatecurrentatwhichinductancewillbedecreasedby35%fromitsinitial(zeroDC)valueortheDCcurrentat

  which∆T=40°C,whicheverislower.

Packaging

Standard: Embossed Tape & Reel

Reel: Diameter: Case size 10, 15 = 7” (177.8mm)

All other case sizes = 13” (330.2mm)

Capacity: Case size 20, 62 = 3,000 Units

Case size 30, 40, 50 = 2,000 Units

Case size 60 = 1,500 Units

Case size 10, 15, 70 = 1,000 Units

Case size 80 = 800 Units

Lead-Free

Tape & Reel Packing

7 - 7” reel

13 - 13” reel

HM66 - 80 100 LF TR13

2009/10 EDITION MAGNETIC COMPONENTS SELECTOR GUIDE

We reserve the right to change specifications without prior notice.

www.bitechnologies.com

Outline Dimensions (mm)

Figure 1

Figure 2

Figure 3

Figure 4

Case Size Figure A B C Max. D E F G Max. H I J

10 1 3.8 ± 0.5 3.8 ± 0.5 1.8 1.15 ± 0.25 _ 2.8 ± 0.1 5.2 2.4 1.55 1.4

15 2 3.8 ± 0.5 3.8 ± 0.5 1.85 3.8 ± 0.3 1.1 ± 0.15 3.8 ± 0.3 5.5 1.1 4.5 1.7

20 2 4.7 ± 0.5 4.7 ± 0.5 2.1 4.5 ± 0.3 1.5 ± 0.15 4.5 ± 0.3 6.9 1.5 5.3 1.9

30 2 4.7 ± 0.5 4.7 ± 0.5 3.0 4.5 ± 0.3 1.5 ± 0.15 4.5 ± 0.3 6.9 1.5 5.3 1.9

40 2 5.7 ± 0.5 5.7 ± 0.5 2.0 5.5 ± 0.3 2.0 ± 0.15 5.5 ± 0.3 8.2 2.0 6.3 2.15

50 2 5.7 ± 0.5 5.7 ± 0.5 3.0 5.5 ± 0.3 2.0 ± 0.15 5.5 ± 0.3 8.2 2.0 6.3 2.15

60 2 6.7 ± 0.5 6.7 ± 0.5 3.0 6.5 ± 0.3 2.0 ± 0.15 6.5 ± 0.3 9.5 2.0 7.3 2.65

62 4 6.7 6.2 2.0 2.0 ± 0.15 5.0 ± 0.3 0.6 ± 0.15 _ 4.6 2.6 1.0

70 2 6.7 ± 0.5 6.7 ± 0.5 4.0 6.5 ± 0.3 2.0 ± 0.15 6.5 ± 0.3 9.5 2.0 7.3 2.65

80 3 10.0 ± 0.5 10.2 ± 0.5 4.0 3.0 ± 0.1 7.7 ± 0.3 1.2 ± 0.15 _ 7.3 3.2 1.7