through holes chokes - eltron

www.myrra.com • [email protected]

MYRRA - 2 Boulevard de la Haye - Bussy Saint Georges - 77607 MARNE LA VALLÉE CEDEX 3 - FRANCE

THROUGH HOLES CHOKES

Tél. 01 60 37 55 55 • Fax. 01 60 17 12 00

(øxH) mm : 04x06 - 05x07 1 µH to 150 mH - DC-DC converters 06x07 - 07x08 - 07x10 9.3 to 0.03 ADC ADSL- computers 08x09 - 09x12 - 10x13 - 11x12 -11x14 - 11x18 - 13x15

DC SERIES

R o d C h o k e sRC SERIES

A x i a l i n d u c t o r sAI SERIES

L i n e F i l t e r C o i l sLF SERIES

To r o i d s C o i l sTC SERIES

C o m m o n M o d e To r o i d s CMT SERIES

E M I S u p p r e s s o r sES SERIES

B a l u n C o i l sBC SERIES

Available sizes Values Applications

D r u m C o r e s

(øxL) : 02x06 - 03x10 1 to 56 µH - Power supplies - Power amplifiers 04x15 - 05x20 - 06x30 0.56 to 1.57 ADC

(øxL) : 04x09 0.1 µH to 3.9 mH - Audio - General appliances p : 12.5 30 to 1200 mA

10 - 40 - 60 - 80 µH Power supplies - AC adapters

4.7 to 120 µH High frequency noise absoption 500 mA Counter-measures

on request on request Power supply EMI suppression Wideband chokes

(øxL) : 06x10 1.5 - 2 - 2.5 - 3 - 2x1.5 Tums Radio - Computers disk drives Wide band chokes

on request on request Computers - Radio

www.myrra.com • [email protected]

MYRRA - 2 Boulevard de la Haye - Bussy Saint Georges - 77607 MARNE LA VALLÉE CEDEX 3 - FRANCE

SURFACE MOUNT CHOKES

Tél. 01 60 37 55 55 • Fax. 01 60 17 12 00

32 - 42 - 43 - 53 - 54 - 73 1 to 820 µH DC-DC converters - DC-AC inverters 75 - 104 - 105 0,24 to 6.8 A Switching power supplies

PI SERIES

S h i e l d e d P o w e r i n d u c t o r sSPI SERIES

W o u n d c h i p i n d u c t o r sWCI SERIES

W o u n d C o m m o n d m o d e c h i p sWCM SERIES

M u l t i l a y e r c h i p s b e a d sMCB SERIES

M u l t i l a y e r c h i p i n d u c t o rMCI SERIES

M o u l d e d w o u n d i n d u c t o r sMWI SERIES

S u r f a c e m o u n t e d B a l u n C o i l sSB SERIES

Available sizes Values Applications

P o w e r i n d u c t o r s

73 - 74 - 124 -125 - 127 1.2 to 1000 µH DC-DC converters - DC-AC inverters 10.6 to 0.18 Arms Chargers

0805 - 0603 - 0402 10H to 1000 µH Mobile phones - PDA 1008 1,3 A to 280 mArms

0805 - 1206 67 to 2200 Ω TV Tuners 400 to 280 mArms Unbalance mode conversion

0402 - 0603 - 0805 10 to 2000 Ω Mobile phones - Computers 1206 - 1806 6A to 50 mA

0402 - 0603 - 0805 10H to 10 µH Mobile phones - Computers 1206 300 to 15 mA

1210 - 1812 - 2220 0,1 µH to 10 mH Mobile phones - Computers P : 1070 - 474 1,8 to 0,025 A

on request on request Computers - Radio

Inductors An inductor is a passive electrical device employed in electrical circuits for its property of inductance. An inductor can take many forms. Overview Inductance (measured in henries, H) is an effect which results from the magnetic field that forms around a current-carrying conductor. Electrical current through the conductor creates a magnetic flux proportional to the current. A change in this current creates a change in magnetic flux that, in turn, generates an electromotive force (emf) that acts to oppose this change in current. Inductance is a measure of the generated emf for a unit change in current. For example, an inductor with an inductance of 1 henry produces an emf of 1 V when the current through the inductor changes at the rate of 1 ampere per second. The number of turns, the area of each loop/turn, and what it is wrapped around all affect the inductance. For example, the magnetic flux linking these turns can be increased by coiling the conductor around a material with a high permeability. Applications A choke with two 47mH windings, such as might be found in a power supply. Inductors are used extensively in analog circuits and signal processing. Inductors in conjunction with capacitors and other components form tuned circuits which can emphasize or filter out specific signal frequencies. This can range from the use of large inductors as chokes in power supplies, which in conjunction with filter capacitors remove residual hum or other fluctuations from the direct current output, to such small inductances as generated by a ferrite bead or torus around a cable to prevent radio frequency interference from being transmitted down the wire. Smaller inductor/capacitor combinations provide tuned circuits used in radio reception and broadcasting, for instance. Two (or more) inductors which have coupled magnetic flux form a transformer, which is a fundamental component of every electric utility power grid. The efficiency of a transformer decreases as the frequency increases but size can be decreased as well; for this reason, aircraft used 400 hertz alternating current rather than the usual 50 or 60 hertz, allowing a great savings in weight from the use of smaller transformers. An inductor is used as the energy storage device in some switchmode power supplies. The inductor is energized for a specific fraction of the regulator's switching frequency, and de-energized for the remainder of the cycle. This energy transfer ratio determines the input-voltage to output-voltage ratio. This XL is used in complement with an active semiconductor device to maintain very accurate voltage control. Inductors are also employed in electrical transmission systems, where they are used to intentionally depress system voltages or limit fault current. In this field, they are more commonly referred to as reactors. As inductors tend to be larger and heavier than other components, their use has been reduced in modern equipment; solid state switching power supplies eliminate large transformers, for instance, and circuits are designed to use only small inductors, if any; larger values are simulated by use of gyrator circuits.

Sumary PI Series Power Inductors SPI Series Shielded Power Inductors MWI Series Moulded Wound Inductors WCI Series Wound chip Inductors WCM Series Wound Common Mode chip MCB Series Multilayer Chip Beads SMB Series Surface Mount Beads MCI Series Multilayer Chip Inductors DC Series Drum Core RC Series ROD CHOKES AI Series AXIAL INDUCTORS TCF Series Toroid Coils Filters WBC Series Wide Band Chokes CMT Series Common mode toroids BC Series Balun Coils SCC Series Spring Coils Chokes

MYRRA Page 3

All specifications are subject to change without notification

This page and its contents are covered by copyright (c) 2007 MYRRA SAS

Equivalent Model of Inductor

Cd = distributed capacitanceRs = equivalent series resistanceL = inductanceFm = Measuring frequencyQ = Quality factorSFR = Self resonance frequency

TECHNICAL INDICATIONS

EIA JIS

1005

x 10n

EIA - JIS SIZES MATCHING TABLE

05030302 08050402

0201

0403 1008

Normalized values

R12 Series

R6 Series

R3 Series

1.01.21.51.82.22.73.33.94.75.66.88.2

1.0

1.5

2.2

3.3

4.7

6.8

1.0

2.2

4.7 Q

LFmRs

...2π=

( )2..2.1SRFL

Cdπ

=

0805 20120603 1608

E +/- 0.5 %

0403 1008

1206 32161008 2520

1812 45321210 32251808 45202020 5750

Code Tolerances

INDUCTANCE TOLERANCE TABLE

+/- 2 %H +/- 3 %

F +/- 1 %G

J +/- 5 %K +/- 10 %L +/- 15 %M +/- 20 %

S -20 / +50 %N +/- 30 %

MYRRA Page 4

Surface mount power inductorsHigh energy storage and saturation currentHigh current capacity - Low resistanceLarge terminal surface provides excellent mechanical strengthPacked in embossed carrier tape and reel for automatic mounting

Storage chokes in DC - DC convertersEMI suppression chokes in power suppliesGeneral power inductor use in all kind of electronic equipment

PI 54

Operating temperature range

PI 53

- 25 / + 85 °C

PI 73PI 75PI 104

M : +/- 20 %K : +/- 10 %

2.5

PI 42

2.5PI 105

IDC

10

PI 43

Given for 10 % lower inductance or 40 °C température rise.

5

7.0 +/-0.3 7.8 +/-0.3 25.8 1.7

86

4.54.0 +/-0.2

5.5

4.0 +/-0.3 4.5 +/-0.3 3.5 max. 4.5 1.5 5 4.5

5.8 +/-0.3 4.8 max.7.5

7.0 +/-0.3 7.8 +/-0.3 5.3 max. 7.8 2 8 7.53.8 max. 7.8

Inductance tolerances Measuring frequencies

9.59.0 +/-0.3 10 +/-0.3 4.3 max. 1010 9.5

ELECTRICAL CHARACTERISTICS

109.0 +/-0.3 10 +/-0.3 5.7 max.

PI42-54 (→8.2µH) : 1V-100kHzOthers : 1V-1kHz

Type

PI 43

PI 54

DIMENSIONS (mm)

FEATURES

3.0 max.0.8 4

PI 42

PI 32

APPLICATIONS

PI 32 3.0 +/- 0.3 3.5 +/-0.3

A B

5.2 +/-0.3

E F3.5

4.5 +/-0.2

PI SERIES (Power Inductors)

GC D3.52.5 max.4.5

PI 53 5.2 +/-0.3 5.8 +/-0.3 3.3 max. 5.8 1.7 6 5.5

1.5

752007520175202752037520475205752067520775208752097521075211752127521375214752157521675217752187521975220752217522275223752247522575226752277522875229

Reel type X : 1000 pcsReel type X : 3000 pcs

K0.240.251434

Reel type X : 1500 pcs Reel type X : 1500 pcs Reel type X : 1500 pcs

Référence

PI 54

K

K

1.2

IND.Tol.

IND.Tol.

Référence

PI 53

DCR IDC IND.Tol.

IND DCR IDC DCR IDC

KKK

M

M1.5

M

K

10.97 K

M

K

7969

1.71.9

1.4

MM

872

75114K 75115K

K 75111

K 75113

2.2131120

143 1.1

430

0.79

0.321390

0.55

0.46

490

871

712787

4.72.4220 0.91 M 75007

72 1.1

KK

K

K

K

41.3 4.7 M

A mΩ AmΩ

PI 42

DCR IDC Référence

PI 43

µH

M

mΩ A1

75100

M

M

M40.5

427.5 M7515175150

75152

23.5 4.5

0.43

32 3.536.5 2.9

2.5

54.5 2.22.3

1624

0.890.730.71

49.5

104 64

204

M 75162318

M 75166

1.42 M

2680.6

0.990.9

121

75110 543 75167

79

M

K174M 751080.67 75165394

104

302 154264 M 75106

75107 7516475163

1.31.15 M

481 1.04K

378

69.5

1.57

MM

M

75160M 75161

1.85

K

75105191 1.75221

0.690.660.61

0.35

0.54

153

27

5668

47

161

0.74

75011400 0.6

75104

1267

381505

0.5 306

M

342

0.97 M

345

M

895

22

5.66.88.210121518

2.22.7

589

K 75112

1170 1500

3933

1140

45 2.4 M

0.480.37

0.270.32

779

3.33.9

350 0.64 M

82

120100

150180220

560

390470

270330

680820

M

2

186

75109

0.37

DCR IDC IND.Tol.

Référence

75102M 75101

M 75103

M

M

PI 32

MM

1.81.2

70 2.08 M 75000mΩ A

110 1.8 M 75001130 1.39 M 75002140 1.32 M 75003170 1.25 M 75004

75005210 1.13 M 75006190 1.2 M

250 0.85 M 75008280 0.82 M 75009320 0.74 M 75010

M 75012480 0.54 M 75013580 0.5 M 75014650 0.43 M 75015800 0.4 M 75016900 0.37 M 750171190 0.36 M 750181220 0.33 M 750191270 0.31 M 750201730 0.3 M 750211990 0.28 M 75022

26.4 2.18 M 75050

35.1 1.7 M 7505140.3 1.54 M 7505245.2 1.4 M 7505351 1.28 M 75054

65.7 1.19 M 75055M 75056

84 0.98 M 7505798.5 0.87 M 75058106 0.82 M 75059136 0.75 M 75060152 0.69 M 75061179 0.62 M 75062251 0.55 M 75063285 0.5 M 75064341 0.48 M 75065407 0.43 M 75066462 0.39 M 75067661 0.36 M 75068743 0.34 M 75069759 0.3 M 75070

IND.Tol.

Référence

26.6 6.79 MmΩ A

48.9 4.08 M

34 5.56 M

7515355.8 3.6 M 7515461.6 3.22 M 75155

2.91 M 7515698.2 2.66 M 75157118 2.26 M 75158131 2.11 M 75159

802 0.89 M 75168905 0.79 M 751691300 0.75 M 75170

751711700 0.61 M 75172

0.67

MYRRA Page 5

IDCDCR IDC DCR IDCRéférence DCRIND.Tol.

PI 73

DCR IDC

mΩ A

IND.Tol.

Référence

mΩ A mΩ A

PI 75

mΩ A

Référence

PI 104IND.Tol.

PI 105IND.Tol.

RéférenceIND

µH1

1.21.82.22.73.33.94.75.6


PI SERIES (Power Inductors)

Reel type X : 750 pcsReel type X : 1000 pcs Reel type X : 750 pcs Reel type X : 1000 pcs

K 75421

K 75417K 75418K

K 75414

75419K 75420

K 75416K 75415

K 75412K 75413

K 75410K 75411

75407K 75408K 75409

M

75404M 75405M 75406

M

75401M 75402M 75403

MM 75400

K 75370K 75371

K 75368K 75369

K 75366K 75367

K 75364K 75365

K 75362K 75363

K 75360K 75361

K 75359

M 75356M 75357

75351M

K 75358

M 75354M 75355

K1260 0.4

K 75267 1110 0.42 75317K 75318K 75319

K 75313

K 75316

K 7531475315

K 75311K 75312

K 75309K 75310

K 75307K 75308

K 75304

K 75306K 75305

K 75302K 75303

K 75301K 75300

K 75260K 75261

75253

K 75265

7525675257

K

K 75266

75258K 75259K

KK

K 75268

952

75251K 75252

K 75423K 754222000 0.42

2250 0.39

1700 0.460.32

1200 0.541300 0.5

880 0.641050 0.6

650 0.73

1.05370 0.95430 0.88

330

580 0.79

1.68120220165

414 0.54333

0.930.830.75

100120 1.26

2.06110 1.821001.44

1.541.441.27

240 1.18

150170210

2.4880 2.32

3.0360 2.8750

70

40 3.5K 752501.521.59

10187.180.3 2.3

1.82

52

1.29K 1.6

11089

K1.04

80

124

0.59

0.71285 0.6251

107 1.14

1450 0.271260 0.31080 0.32

1.3130

0.37

0.78430

1.2

0.85

0.72

240

370

180 1.1

120

61

160

K 75255K

0.94

1.1 150

710

470772 0.39 75264

1.2

1.01170

0.47 K 75262549 0.45

75254 1.5

K

0.51

4870.66

280

149

620

75263

0.91

0.61400

250

0.69540

15301900

12401770 0.36K 75320

9600.56

0.58K

0.49

640

1.87

90 1.680 1.737060 2.1350 2.38 M 75350

M

0.85340 0.74

220

1.1200

950 0.450.42

720

11000.38

0.53

0.35

75352M 75353

1960 0.34

5.66.88.2101215182227333947566882

100120150180220

820

270330390470560680

MYRRA Page 6

Surface mount shielded power inductorsMagnetic shield : suitable for high density mountingHigh energy storageHigh current capacity - Low resistanceLarge terminal surface provides excellent mechanical strengthPacked in embossed carrier tape and reel for automatic mounting


- 25 / + 85 °C M : +/- 20 %N : +/- 30 %

7.6 7

Given for 10 % lower inductance.

Isat

H2.22.2

5.45.4

5.412.6

4.5 max.

FEATURES

APPLICATIONS

SPI 73F

DIMENSIONS (mm)

E7.3 +/-0.2 3.5 max. 1.8

A BType

SPI SERIES (Shielded Power Inductors)

4.8C D

5

SPI 124 12 +/-0.3 12 +/-0.3

Given for 40 °C température rise.

SPI 125


7.66 max. 5

IrmsInductance tolerances

12 +/-0.3 12 +/-0.3 8 max. 5

Measuring frequency

1V-1kHz

7.8

SPI 127

SPI 74 7.3 +/-0.2 7.3 +/-0.2 4.8

712.65

12.6

G7.8

12 +/-0.3 12 +/-0.3

71.8 5

7.65.0 max.

7.3 +/-0.2

1.16

0.37

0.480.450.41

75513

A A

Reel type X : 1500 pcs Reel type X : 1000 pcs Reel type X : 500 pcs

IND DCR Isat Irms IND.Tol.

Isat

SPI 124

Référence

A A mΩA

75571M 75572

M

820 5760 0.21

1.84

0.65

0.80.74

1.28

1.52

0.88

1.6

0.550.6

0.550.6 75512M

0.22

0.18

0.330.310.270.25

0.410.3775517

755700.37

2050

0.34M 75569M

M 75515M

75573

M 75519

75516MM 75518

0.45

75574M 75524

0.23

0.290.25

M0.21 0.26

M 75520

M

75568

M 75565M 75566

M

M 75567

0.23

M

75552M

75555

M 7555975560 182

M 75562

0.310.28

0.2

0.25

1830

M 75523 3750

0.31

75563M 75564

980 0.5

M1.63

M 75561

130

1.211.06

1.51.67

350 0.84

0.33

0.440.391650

1.040.96

0.7

72 2.111.71.5

98

1.050.98

0.78

M 75514

75600

M 75558

1.611.4

0.84 1

1.82 1.8

1.32

M 7555175550

1.75

M


2.73.9

7555385

M1.72

2.1 1.970

755100.810.61

0.75

0.630.66

1.3675511 0.78

2.04215

0.980.92

1.221.2

M1.23

M

75505M 75556M 75557

75502

M 75554M

220 1701.26

7550375504

M 75500

200M 75506M 75507

120140M

270240

0.98

100

360

75

1.461.4170190

75611169 2.19 1.73 M 75612132 1.91 M2.37

1.79 1.52 M 75614

75616266 75615M331 1.51

330

100

47

5.66.8

1130 0.48

640730 0.55

0.640.560.5

8.21012 75501M

1380

470

280

720

0.43

M

0.46

420

20001370

151822

82

120150180

M

27

3933

5668

320 75508M 75509

220

560

390470

270

680

1000

5120

0.410.4

0.188200

33903780

0.342270

0.270.29

2590

0.22

4250

25703000

M 75521M 75522

0.2

650

1200

M

M

M470

0.88

820

120

DCR Irms

1160

Irms IND.Tol.

1.2

IND.Tol.

DCR IsatRéférence

SPI 74

13.7 8.26 6.68 N

7560124.4 5.72 5 N 7560219.9 6.37 5.53 N

7560335.6 4.75 4 M 7560432.4 5.19 4.5 M

7560552.1 3.79 3.18 M 7560643.9 4.38 3.5 M

3.11 M 7560770.3 3.16 2.75 M 75608

3.3465.7

75609124 2.59 1.96 M 7561090.5 2.84 2.6 M

1.19 M

1.58 M

75617

75613

1.22 0.95 M 75618469 1.33 1.01 M525

75619824 1.05 0.74 M 75620603 1.13 0.85 M

75621932 0.95 0.69 M

A

Référence

SPI 73

mΩµH mΩ

MYRRA Page 7

AmΩ A19.7

119.62

mΩ

Irms DCRDCR Isat

A

Isat

A

Référence

SPI 127IND.Tol.

IrmsRéférence

4.5 756504.3 756513.6

4.2 M

MM M 75707

M 75708

N 75705M 75706

N 75700

75703N

N 75701N 75702

75704

5.94

12.5

7.77.016.43

IND.Tol.

SPI 125

10.5 12.9

22.5

8.5514.5

322827

3.9 75652

20.5

3.5 25

16.518.5

6.5

5.25.465.74

N

10.6

7.42

6.456.08

6.88

8.09

IND

µH1.22.73.95.66.88.2101215


SPI SERIES (Shielded Power Inductors)

Reel type X : 500 pcs Reel type X : 500 pcs

M 75730

MM 75653

2.1

0.8 M 75669

M

M

1

1.4

0.73

0.85

1.1

1.8

75662

M

75658

M

M 75723

M 75728

75726

7572475725

MM

M

M 75719

M 75722M 75721M 75720

M 75717M 75718

M 75715M 75716

M 75713M 75714

M 75711M 75712

M 75709M 75710

M 75708

M

MM

M

M

MM

0.87

75667

75664 259

1370

75670

75672M 75671

75655

75673 1530

75663

75668

M

M 0.540.8

5.94

75666

170075674

75657

2.9

1.05

1.96

M

M

0.57

2.17

2.82

333

510

150 1.5140 1.691

M

MM

75654

3.733.42

75659M2.2

1.9

5.17

22.2

32 3.9 75652

68

44 2.951 2.7

2.52.2

2.5

3.23.5

39.529.5

1.4

756601.7 75661

290 1240 1.051.2180

35 3.63.2

75

0.9350 0.95

0.9430

0.7

4361

146209

0.8

68.5

M1.45

75656

1.3

108

57

2.11

1.67231 1.58

1342.652.34160

3.0676.5 2.89

25

1.02

911 0.770.92653

597 0.96

994

532375

1530 0.420.47

0.60.55

1340 0.530.45

8601050 0.55

0.58700 0.65

75665

620

75729

1.14M1.25

1.341.48

0.61757270.73

0.96

1.621.31.81.49

2.02

3.15

1.23

2.42

3.254.113.94.584.074.76

4.86

5.215182227333947

330390470

566882

100120150

5606808201000

180220270

MYRRA Page 8

Surface mount moulded power inductorsMoulded construction provides high resistance to heat, humidity and mechanical shocks. High reliable in environments of sudden temperature change and humidityWide inductance rangeMaterials used are UL94-V0 recognizedShapes and dimensions follow E.I.A. spec - Available in 3 sizes.Packed in embossed carrier tape and reel for automatic mounting


Inductance tolerancesM : +/- 20 %K : +/- 10 %J : +/- 5 %

701800

10 0.040.03

7.9695 75900

759011700KK 7.96

MHzmA

1080 75863K 50 0.55 4307.96

0.25

0.55

500450400

450450450

758060.45 75807

140120

220

0.7

M 30

2830

M

M 30M

M

M30

30

0.6

30

M

SRF

MHz

M

MM

Qmin.

Rmax.

IND.Tol.

MWI 1210

RéférenceQmin.

Rmax.

Measfreq.

IDCmax.

C D E


MWI 22203.2 max.

5.2 max.

3.2 max.

5.8 max. 5.2 max.

ΩΩ mA

MWI 2220IND.Tol.

SRF SRF RéférenceQmin.

Rmax.

IDCmax.

Référence

MWI 1812

0.5

MHz

7580175800

75805

75802

700Ω

0.22

30

7580375804

30

350320300250

300.36

3900.75 75813

25.225.2470 nH

M 300.4

30 0.65

25.2M

KK

7581145075812400

100

MWI 1210MWI 1812

DIMENSIONS (mm)

3.2 max. 2.5 max. 2.2 max.

4.5 max.

MWI SERIES (Moulded Wound Inductors series)

A BType

FEATURES

APPLICATIONS

F

IDC

75810160

450450450

7580975808

180

0.22 730M

0.44

IDCmax.mA

M

IND.Tol.

450770

75850280 75851

35 0.18 800 300

220 7585375852

M 35 0.24 700250M 35

200 75854M 40 0.26 635M 40 0.25 66545030

30 0.280.32

25.225.2

450450450

1 µH

680 nH820 nH

180 nH220 nH

560 nH

270 nH330390

IND

100 nH

nH

120 nH150 nH

1.2 µH

nH180 75855

M 40 0.28 605 165 7585625.225.2

0.3 575 150 75857M 40 0.32 545 145 75858M 40

M 40 0.36 520M 40 0.4 500

475

140 75859135 75860130 75861100 75862

M 40K 50 0.5 450

0.45

25.2

25.2

25.225.2

Given for 10 % lower inductanceor 20 °C température rise.

MHz10025.2

Measfreq.

35 0.2

25.27.96

25.225.225.225.2

7.96

Measfreq.MHz25.225.225.225.225.2

25.27.96

Packaging

Reel : type X - refer to page xQty per reel :

Operating température range

- 25 / + 85 °C

Qty / reel

759467594775948J 30 150 250.08

0.6J 30

0.5J 30 1250.25

0.25 0.7110

10

580

310

4402.52

2830

2.9

3.94.4

6

16

0.91

1.21.3

1.82

2.6

60 40 1

11.5

530 14

0.72

759440.8 75945

3633

7594370 38J 30 78J 30 850.25

J 30J 30

759401.1 75941

75942J 30 55 45J 30 35 55

0.25

75939J 30J 30 30 60

20 700.251.5 759371.4 75938

J 30 17 750.25K 20 15 850.25

7593575936

K 20K 20 13 90

10 1000.8

759322.4 759332.2 75934

K 20 8.5 110K 20 7 120

75931K 20K 20 5.8 130

4.9 1400.8

759283.6 759293.2 75930

K 20 4.2 1550.8K 20 3.4 1700.8

75927K 20K 20 2.8 190

2.2 2100.8

759245.4 759254.8 75926

K 20 1.9 2300.8K 20 1.6 2500.8

75922K 75923K 729010 1.22.52

2.52

75920K 75921K 8.5340

7.82.5210 1

75918K 75919K 10.5400

370 9.510 0.62

75912K 75913K 19690

10 0.25 630 1775914

K

10 1.4 270 6.4

10 0.85

75915K

75911K

10 0.18 750 2210 240.15

2.52

K 75909

75916K 75917K 10 0.43

K

K 2926

950880

1010 0.13

7.967.96

1348010 0.52

K32

0.081050112010

10 0.097.96

10 0.310 0.36

2.522.52

2.52

75908

2.522.52

K

810

10 0.21

K7.967.96

75910

K

K 75907

K10

0.11

7.967.967.96

47

3437

707590275903759047590575906

100.05 1400

10

10

0.047.96

0.06 1300

550.04 1600

42

759011700K

10 0.07 1200

2.5 75898K 30K 20 40 30

35 30

3 758953 75896

2.5 75897K 30 30 50K 30 30 500.8

0.8

3 75894K 40K 40 26 62

18 80

4 758913.5 758923 75893

K 40 14 85K 40 12 92

4 75890K 40K 40 10 100

9.5 102

6 758875 758885 75889

K 40 9 105K 40 8 1100.8

0.8

8 75886K 50K 40 8 110

7 120

9 758839 758848 75885

K 50 6 130K 50 5.5 135

10 75882K 50K 50 5 140

4.5 150

12 7587911 7588010 75881

K 50 4 160K 50 3.6 1702.52

2.52

13 75878K 50K 50 3.2 180

2.8 190

18 7587517 7587615 75877

K 50 2.5 200K 50 2 225

20 75874K 50K 50 1.6 250

1.4 270

33 7587127 7587225 75873

K 50 1.2 285K 50 1.1 3007.96

7.96

35 75870K 50K 50 1 315

0.9 330

50 7586745 7586840 75869

K 50 0.8 355K 50 0.75 370

55 75866K 50K 50 0.7 380

0.65 390

80 7586370 7586460 75865

K 50 0.6 4107.96

K 50 0.55 4307.96

15

33282523181716

75832

75828

75

75827

7581975820

75818

75822

75825

7582375824

13

1

2601.1

5550

60

43

60

3.7

9

40

50

11

121110

7583445

K

KK

30

3.3

2.5

22.1

30

3030

1.61.8

30

305

2.8

3030

3030

0.9

30

30

30

K

K

0.85 75814390370 85

0.75

758167581770

75813

130 75826

75821200 47180

304036

170150

1.5

2.52

7.967.967.96

1.2K3030

1.3K 7.96

7.96µH

30

K

KKK

KK 30

KK

30

308

K

30

730

5.66.4

2.52

2.522.52

K

K

K

KK

K

80350

100

75815

140

320

250220

290

75833

12011080

55

758297583075831

7065

7583575836

K 30 10K 20

120 µH

180µH

µH

µH

3.93.3

1.8 µH

1.2 µH1.5

56 µH

5.6 µH6.8

10

µH8.2

µH12

2.2 mH

µH

mH820 µH1

560 µH

1.5

mH

4.7 mH

µH

µH15 µH

2.2 µH2.7

µH

4.7 µH

18 µH22 µH27 µH33 µH

100 µH

39 µH47 µH

68 µH82 µH

1.2 mH

220

µH

270 µH330 µH

150 µH

680 µH

390 µH470

mH1.8

10 mH

5.6 mH6.8 mH

mH

2.7

8.2 mH

3.3 mH3.9 mH

7.967.967.967.967.967.96

2.522.522.522.522.522.52

2.522.520.8

7.96

7.967.967.967.967.96

2.520.8

7.962.522.522.522.522.52

0.80.80.80.80.80.8

7.967.96

0.80.25

2.522.522.522.52

0.250.250.25

2.52

0.8

0.80.80.80.8

2.52

0.250.25

Surface mount high frequency wirewound inductorsClose tolerance of inductance valueWide inductance rangeShapes and dimensions follow E.I.A. spec - Available in 5 sizes.2 ranges available : Ceramic or Ferrite coreResin-coated top surface for easy automatic mounting. Packed in carrier tape and reel for automatic mounting

High frequency resonant circuits, filters, impedance adaptationC type : ceramic core : highest SRF and best temperature stability and linearity

Very High Freqency applicationsHigh allowable DC current.

F type : ferrite core : higher inductance valuesHigh Q factorLow DC resistance

1.023

Type

C : CeramicF : Ferrite

WCI 1812 4.95 max. 3.81 max. 3.43 max. 1.14 3.05

1.151.780.76 1.02

1.27

DCRQ SFR IDC RéférenceDCRMeas

0.64 0.64

WCI 0805 - CWCI 0603 - CIND. Q Meas SFRRéférence IDC RéférenceIDC DCRIND. Q

WCI 0402

WCI 0805WCI 0603


SFR

0.461.19 max. 0.66 max.0.64 max.

WCI 1008

IND

WCI 0402 - CIND.

C D

WCI SERIES (Wound chip Inductors)

F

DIMENSIONS (mm)

FEATURES

Type

APPLICATIONS

Given for a 20 °C température rise.

IDC

A B E


- 40 / + 85 °C

2.92 max. 2.79 max. 2.03 max. 2.54

Inductance tolerances

J : +/- 5 %Ask us for 2 % tolerance.

0.66

1.42 max.

1.12 max.

0.361.8 max.

2.25 max. 1.7 max.

1.02 max.

Meas Meas

Qty / reel

1.8 µH1.5 µH1.2

6808201

nH

330390470560

150

5647

180220270

6882

100120

11.21.51.82.22.73.3

J 16ΩmAGHz

23 0.28J

GHz

DCRmax.

mA

170 76073170

76075

12.7 0.05 1360 76000

92 76129

190 76127230 76126

0.31

100 76018100 76019J 22 1.62 1.12

J 22 1.76 0.97150 76017

J 25J 20 2.1 0.83

2.1 0.55

400 76014400 76015200 76016

J 24 2.35 0.3J 24 2.48 0.3250

250

J 25 2.8 0.33.1 0.23

76010560 76011420 76012400 76013

J 24 3.28 0.17250250J 24

J 24 3.6 0.12250480640

76009J 22J 21 3.9 0.2

4.4 0.1 680 76008J 20 4.8 0.08 680 76007250

250

J 20 4.8 0.08J 15 4.77 0.13J 19

640 76002840 76003840 760046 0.07

960

J 19 7 0.07250J 16 10.4 0.12250

76001J 19 10.8

Qmin.

SFRmin.

IDCmax.

RéférenceDCRmax.

Measfreq.

0.7 3.7 13025 100JJ 25 0.9 3.63 76074100J 24 0.9 2.3

200 76072100

J 25J 25 0.9 2.1

0.99 1.25100100

300 76069280 76070240 76071

J 28 0.99 0.92J 32 1.3 0.72150

150

400 76068J 34J 34 1.4 0.58

1.7 0.54

600 76065600 76066400 76067

J 37 1.7 0.34J 38 1.9 0.34

600 76064J 40J 38 2 0.28

2.2 0.25

600 76061600 76062600 76063

J 38 2.3 0.26J 40 2.8 0.22

250

700 76060J 35J 38 3 0.19

3.1 0.17

700 76057700 76058700 76059

J 35 4 0.17J 35 4 0.13

700 76056J 31 4.8 0.13

J 27 5.8 0.11 700 76055250

J 22J 20

0.22

76051J 24 12.5 0.03 700 76050

J 23 0.19 2.2502550

J 33J 2325 0.34 1.9

0.38 1.76

76123290 76124250 76125

J 48 0.56 1.5J 48 0.6 1.4

350 76122J 50J 48 0.65 1

0.85 0.7

400 76119400 76120400 76121

50 0.87 0.64J 50 0.92 0.56

76117400 76118J 50 1.1 0.51

1.2 0.46150500500J 65

400400

200 500 76115J 65 1.3 0.42150 76116

60 1.45 0.38500 76114

50060 1.55 0.34

1.65 0.31200

500 76112500 76113J 60

J 60 2 0.29250200

J 60 2.05 0.27250 50076110

J 55J 55 2.5 0.25

2.6

76111

250 0.22250

600 76107600 76108500 76109500

250J 50 3.3 0.2500250

50 4 0.15500250J 50 3.4 0.17500

76103600 76104

600 7610676105

2500.11

600

600

500 4.2 0.1

6005.51000

50 4.7 0.125.5

0.08

0.06J 50 7.9 0.1

80 7.91500

nHnH

nH

10

0.056.9

nHnH

J 16

J 25

0.07

Ω

3339

3.9

nH6.8

12

nHnH

5.64.7

nHnHnH

µHµH

8.2

15182227

JnH

nHnHnHnH

J

JJ

JnH

nHnH

76102J 65

nH

250

nHnH

nH

nH

nHnHnH

nH

nHnHnH

50

J 60250

IND.Tol

Qmin.

Measfreq.

SFRmin.

Référence

800 76100600 76101

12.5

100.08

IDCmax.

Référence

mA

IDCmax.

700

760545.8 0.13

DCRmax.

GHz

0.05

IND.Tol

Qmin.

nHnH

640 76005760 76006

J

J

700 76053700 76052

700

SFRmin.

nH

IND IND.Tol

MHz Ω

2.356.9

180 76128nH J 23

250

250

250

250250

250

250250250250

Measfreq.MHz

250250

250250250

250250250250250250

250200200200150150

MHz

1500

1000

1000

500500500500500

500

250250250250250250250100

5050

Measfreq.MHz

250

150100100100

250

250250

10010010050

2525

MYRRA Page 10MYRRA Page 4

mAMHz ΩMHz

IDCmax.

RéférenceMeasfreq.

212 312.2187J 15 7.9676159

70 2 3607.9J7616031 80 1.82 3807.9J

76158J 312381.462172.0515J 7.96

1.56 4207.9J7615790 1.68 4007.9J

133 2501.32J 32 10576156J 3215 151 2621.24

1.28 49050J76155120 1.46 45050J

J 15 2841.09 34 13576154J 34189 3130.847.96

J76153150 1.1 52050J

39 170 0.84 60050

WCI 1812 - FIND.Tol

Qmin.

SFRmin.

DCRmax.

3387.9615 238417.96 630

0.517.96

mA

J76152390J 0.5622815 269 210 0.68

Ω mA

RéférenceMeasfreq.

J76151425 650

MHz

J

JJ

15

SFRmin.

Qmin.

IDCmax.

WCI 0805 - FDCRmax.

Référence

15 107

157.967.967.967.96

156

15

434

IND.Tol

76210

762007620176202762037620476205

IND.Tol

Qmin.

76209

48

76208

MHz Ω

IDCmax.

7620676207

190 0.76

MHz

WCI 1008 - FSFRmin.

DCRmax.

70076150 J 48 230 0.6215 7.96 0.46387

Measfreq.MHz

WCI SERIES (Wound chip Inductors)

111

0.76

50

Measfreq.MHz

7.97.97.97.97.97.9

5050

7.97.97.97.97.9

680 nH

IND

820 nH1 µH

1.2 µH1.5 µH1.8 µH2.2 µH2.7 µH3.3 µH3.9 µH4.7 µH5.6 µH6.8 µH


33 2.8J2.3 380.79

76273J 5030 1.9 4455

76269

60 7627176272

J 33J 30 2.1 41

28.5 75 76270J 38 4.4 26.50.79

0.7985

J 38 5.2 24.5100 76267

0.79 90 76268

J 38J 38 7 22.5

8.3 20.50.790.79

120 76264115 76265105 76266

J 38 7.6 16.2J 36 9.3 14.20.79

0.79

125 76263J 33J 36 11.5 13

14.5 11.5

170 76260150 76261135 76262

J 40 12 8J 40 13.5 7

180 76259J 42J 40 16 6

20 5.5

210 76256200 76257190 76258

J 42 24 5J 45 30 4.52.5

2.5

230 76255J 45J 45 40 4

46 3.6

270 76252260 76253240 76254

J 45 58 3.2J 45 52 2.8

290 76251J 42J 42 70 2.5

85 2 310 76250

76169J 7 15 10887616815J 11262.52

2.52

76167J 15 5.62.52 13076166J 14358 2.5276165J 1489 2.52 4.615761644.62 150J 2.52761631564.161J 2.52

J 3183 1683.539 2.52 7.93307.9J76161

60 2.95 3007.9J76162204J 2.47 31 65 2.657.96212 312.2187J 15 7.96 70 2 3607.9J76160

88

15

79

52

15

99

76212

7621076211

2.52.52.52.52.52.5

2.52.52.52.50.790.79

0.790.79

7.97.9

6.8 µH8.2 µH10 µH12 µH15 µH18 µH22 µH27 µH33 µH39 µH47 µH56 µH68 µH82 µH

100 µH120 µH150 µH180 µH220 µH

µH680 µH

270 µH330 µH390 µH

820 µH1000 µH

Qty / reel

470 µH560

MYRRA Page 11

Surface mount wirewound miniature common mode chokesLow insertion lossWide band frequency rangeLow distortion to high speed signal transmission due to its high couplingShapes and dimensions follow E.I.A. spec - Available in 3 sizes.Packed in carrier tape and reel for automatic mounting

Common mode filtering in high speed signal lines such as USB 2.0 or IEEE1394Unbalance mode to balance mode conversionAlso usable as broadband transformers (1/1 ratio) for DC isolation, impedance matching and power splitting

Measuring frequency Inductance tolerance

Z : 100 MHzT : +/- 25 %

F

0.9 +/- 0.2

DC

0.451.2 +/-0.3 0.4 0.172 +/- 0.2 1.2 +/-0.2 1.2 +/-0.2 0.45 0.4 0.4 0.17

0.42 +/- 0.2

WCM SERIES (Wound Common Mode chip)

WCM 0805/SWCM 0805/E

DIMENSIONS (mm)

A B GEType

FEATURES

APPLICATIONS

WCM 1206/S 3.2 +/- 0.2 1.9 +/- 0.2 0.6


- 40 / + 85 °C

1.6 +/- 0.2 0.6 0.4 -

302.077.96

TT

28

18

101113

50250500

250 400330

50350

Ind(dm)nH55

mΩ

50150.32

310

37050

µH0.140.15

0.32

76306

Type IDC

Given for 20 °Ctempérature rise.

S : Lid shield typeE : Epoxy coating

0.8

7630315

Z : 100 MHzInd. : 10 MHz

T : +/- 25 %

mA Vdc50 76300200 450

76301


ZTol.

Z UZTol.

DCRmax.

RéférenceDCRmax.

Ind.(cm)

Ind.(cm)

U

1200.160.24

56T 0.24

30Ω

160 400 300 506180 350T 503306

T0.37

50 T300

7630576304

76302 T67

T90

TT

Référence

mΩ mA Vdc

I

µH

Ind(dm)nH

T

450350

T 3500.110.16 50

280

30070.512900.64 8

220 T 35070.43260 T 400

370300 T 400

T 450

9600500 T 550 1700.95 8

1.35 9

2800.76 8

670 T 600 1401.19 76311

1000900 T 600 80

2200

50 76310

50 7631250

5076307

50 7630976308

50

0.48

76400T 300

T 400

310 76402

370 50

76401

nH

12

50

340 50

500

Ind(dm)

76353

1200

241.11

764041000 230 50

- 40 / + 85 °C

200 50

DCRmax.

I U

260 50

76405

WCM 0805/E WCM 1206/S

Vdc

ZTol.

Référence

mΩ mA

Ind.(cm)µH

WCM 0805/S

76352

7635076351

330 50

50

I

330 0.32

T

76403T 800

MYRRA Page 12

Surface mount multilayer noise suppressorsHigh reliabilityHigh resistance to heat and humidityClosed magnetic circuit provides shielding, allows high density mounting and prevents crosstalk.Shapes and dimensions follow E.I.A. spec - Available in 7 sizes.3 ranges available : Wideband, High frequency and High currentPacked in carrier tape and reel for automatic mounting

Absorption of noise generated by digital or switch mode power equipmentsPrevention of interference from external sourcesPrevention of ringing, parasitic oscillations and waveform distortion of high speed digital signalsBroad range of impedance values and frequency provides a powerful solutions for EMI problemsSuitable for I/O ports, signal lines and circuits with no or unstable grounding.

Z Type DCRmax.

1.25 +/- 0.2 0.9 +/- 0.3MCB 0805

0.5 +/- 0.1

0.8 +/- 0.15

0.5 +/- 0.1

0.8 +/- 0.15

2.0 +/- 0.2

MCB 0402MCB 0603

MCB SERIES (Multilayer Chip Beads series)

DIMENSIONS (mm)

FEATURES

A B D0.25 +/- 0.1

MCB 1812

APPLICATIONS

Type1.0 +/- 0.1

0.36 +/- 0.15

0.5 +/- 0.2

1.6 +/- 0.15

C

0.5 +/- 0.2

0.6 +/- 0.3


1.1 +/- 0.3

1.6 +/- 0.2

4.5 +/- 0.25 3.2 +/- 0.2 1.5 +/- 0.2

3.2 +/- 0.2

4.5 +/- 0.25

Type

1.6 +/- 0.2

1.6 +/- 0.2

MCB 1206

MCB 18060.5 +/- 0.3MCB 1210 3.2 +/- 0.2 2.5 +/- 0.2 1.3 +/- 0.2

0.6 +/- 0.3

DCRmax.

ZI Référence

MCB 0402 MCB 0603

I Référence

MCB 0805

Z Type ZDCRmax.

I Référence Type

MCB 1206

RéférenceIDCRmax.

Measuring frequency

- 40 / + 125 °C

Inductance tolerance

100 MHz


T : +/- 25 %

mA

30WB 0.3 300HF 0.4 200

Z

Ω Ω

Typemax.

60WB 0.4 200HF 0.5 200

HF

Type

Ω

6076502

7650076501

100 7650776506

100

WBHFHCWB

76504

1200.8

76503

76509

120WB 0.5 200

50

176508

HF 0.7

600WB 1HF 1.1

300WBHF

max.

WBHC

30

Z

100100 76505

I Référence

300HCHF

HCWB

2200 HF

1000WBHF

600WBHFHC

I Référence

Ω mA0.2 300

765543000

0.3 2002000.25

0.04

76550

76801

76606

6000

HC

0.5

0.03 3000 76551WBHF

11 HC 0.01

WBHF

30

0.2WBHF

0.03

0.45 200

0.7

0.1

1000

76604HC

600.1 2000

0.2 300 765520.3 300 76553

765570.4 200 76558

7655576556

76560

765637656276561

76559

76565

I

100

200

3000

120

1000

HC

HF

300

Référence

0.150.45

0.02

100

0.65 15010000.2

2001500

7

7680376802

120

Ω

0.05

WB0.03

HC

HF6000 76601

0.2 600 76600Ω mA

Z Type

Ω

Z

0.2600 76602

Ω

0.1

max.I Référence

3000600 76603

600

0.40.3

76617

76612

200

76613200076614

7661676566

76751

400 766050.2

76608

Ω

200

mA

3000

0.6

Ω

Type

WB 0.3

DCRmax.

300

3000200

DCRmax.

I

2000

0.3 3000.25

WB

3000 76700

WBHFHC

1

WBHF

1

Z0.05

0.03 3000 76704

0.3 400 76701

0.3 400

Type

76703

0.5 200 767530.05 3000 76752

0.12

Référence

Ω mA

Imax.

0.04

0.2

HCHC

WB

766505007665176652

0.04

76653600

30003000

0.10.2 400

300076654

150 WB

76564

76619

300

76618

0.3

200

HC 0.15

MCB 1812

Référence

1500

600

76800

300

70

WB

WB

300 HFHC

150

HC

Type

76611

60

200

70 WB

766150.5 200

0.3

0.5WB

80

0.3 400

WB

76702 6000 76750

HC400 HC

0.3 400 76705

HC

HCΩ mA

90 WBHC

30 HC31 HF52 WB60 WB65

Ω

MCB 1210

Z

DCRmax.

I Référence

Ω mA

Z Type

766560.04

400

300

0.2 300

76655

766570.04 3000

2000

7666276661

200 7666476663

2500200

300

766580.3

HF

7665976660

0.4

300

19HF

26

9080

120

HC

HF

30

WB600

0.2

76610

76607

76609

0.050.350.3

0.03

0.06

WB

Type

* WB = WideBand High impedance at low frequency. Effective noise suppression in a wide frequency range. General use.

HF = High Frequency Low inductance below 100MHz and sharp impedance characteristic minimizes distortion of signal waveform. Suitable for high speed data lines

HC = High Current. Low DC resistance and high current handling capacity. Suitable for use on signal and DC power lines handing larger currents (up to 6 AMPS)

766650.5

766660.6

MCB 1806

1500.1HC

MYRRA Page 13

Surface mount high current noise suppressorsVery low resistance and high current capabilityClosed magnetic circuit provides shielding, allows high density mounting and prevents crosstalk.Available in 6 sizes - single, double or triple conductorsHigh reliabilityPacked in embossed carrier tape and reel for automatic mounting

Absorption of noise generated by digital or switch mode power equipmentsPrevention of interference from external sourcesSuitable for power lines and circuits with no or unstable grounding

Figure 1

2.54 +/- 0.1

1.5 +/-0.5

1.5 +/-0.5

1.5 +/-0.5

----

2 4 +/- 0.25 5.6 +/- 0.2

2.5 +/- 0.2

2.5 +/- 0.2 1.35 +/- 0.3

1.35 +/- 0.3

1.4 +/- 0.4 1.27 +/- 0.5

2.54 +/- 0.1

SMB 86/2 2 8.0 +/- 0.3 5.6 +/- 0.2

4.5 +/- 0.15

SMB 46/2SMB 83/1SMB 75/1

2.55 +/-0.15

2.92 +/-0.254.75 +/-0.257.5 +/-0.4

D EDIMENSIONS (mm)

FEATURES

APPLICATIONS

A B C4 +/-0.25

SMB SERIES (Surface Mount Beads)

--Type

SMB 43/1Fig1 2.55 +/-0.153 +/-0.15

3 +/-0.158.5 +/-0.311

SMB 55/3 3 5.4 +/- 0.25 1.3 max.

Figure 2

Figure 3

(1) : 25 MHz(2) : 100 MHz


- 40 / + 85 °C

Measuring frequency

RéférenceRated current

1080 0.9 76913

DCRZ(1)

Z(2)

SMB 75/1

A

SMB 43/1Rated current

SMB 83/1

RéférenceZ(1)

Z(2)

DCR Rated current

Référence

0.9AΩ

20 35 0.6 7691110 45

Z(1)

Ω

DCRZ(2)


mΩ Ω Ω mΩ A

SMB 46/2 SMB 86/2

Ω Ω mΩ

Z(1)

Z(2)

DCR Rated current

Référence

20 40 0.8 10 76921Ω Ω mΩ A

SMB 55/3Z

(1)Z

(2)DCR Rated

currentRéférence

20 50 1.4 8 76931Ω Ω mΩ A

Z(1)

Z(2)

DCR Rated current

76922Ω Ω mΩ40

4576912

85 1.2 10A

Référence

85 10

MYRRA Page 14

Surface mount multilayer inductorHigh reliabilityHigh resistance to heat and humidityClosed magnetic circuit provides shielding, allows high density mounting and prevents crosstalk.Shapes and dimensions follow E.I.A. spec - Available in 5 sizes.2 ranges available : High frequency and High inductancePacked in carrier tape and reel for automatic mounting

Filtering, resonant circuits and general inductor use in all kind of electronic equipmentHF type : ceramic core : highest SRF and best temperature stability and linearity

Very High Freqency applicationsHigh allowable DC current. RF Resonance and Impedance Matching Circuit

F type : ferrite core : higher inductance valuesHigh Q factorLow DC resistance

Measuring frequencyHF types : 100 MHz

Others types :47 to 82 nH : 50 MHz

0.25 +/- 0.1

MCI 0603

1.2 +/-0.2

Type

FEATURES

APPLICATIONS

MCI SERIES (Multilayer Chip Inductors series)

0.5 +/-0.31.1 +/-0.2

Inductance tolerances

0.3 +/-0.2

C D

0.5 +/-0.3

A B

2 +/-0.2

0.5 +/- 0.2

DIMENSIONS (mm)

1 +/- 0.2

1.6 +/- 0.2 0.8 +/-0.2 0.8 +/-0.2

0.5 +/- 0.2

1.2 +/-0.2 0.9 +/-0.2

0.5 +/-0.32 +/-0.2

S : +/- 0.3 nHM : +/- 20 % --- K : +/- 10 %

J : +/- 5 %

MCI 0805/AMCI 0805/BMCI 1206 3.2 +/-0.2 1.6 +/-0.2

1.2 +/-0.2

MCI 0402


280 771010.15 300 320

26 771250.9

25 32

7712625 24

47 to 82 nH : 50 MHz100 to 820 nH : 25 MHz

1 to 4.7 µH : 10 MHz5.6 to 8.2 µH - 4 MHz

10 µH : 2 MHz

0.25 300

501K 50

25

77123K 50 25 29 77124K 50

0.8

50

0.7

38 77121K 45 50 35 77122K 45

0.9

50 45

30 38

77070 77119K 45

0.850 41 77120

K 450.7

50 55K 35 0.95 25 55 77018 77117K 45

0.650 50 77118

K 450.6

100 65K 35 0.8 25 60 77017

77115K 45

0.550 60 77116

K 450.5

150 100K 15 2.1 35 85 77014 77113K 45

0.5100 75 77114

K 250.4

150 11515 1.55 35 95 7701215

77111K 25

0.9150 105 77112

K 250.8

200 13515 1 35 110 7701015

77109K 25

0.7200 125 77110

K 250.6

250 150

6308201

5.6

K 1577107

K 200.5

250 145 77108K 20

0.6

250 18577006K

330390470560

77105K 20

0.5250 170 77106

K 200.4

250 22077005

K 15 0.6 50 165

77103K 20

0.4250 200 77104

K 200.30.3

250

K 15 0.6 50

1.2

K

235 771020.25K 20

20

K 15 0.5 50 205 77004

M 20

6.88.2

M7710010 0.3 50

M 10

Ω mA MHz

10

MΩ mA

Référence

MHzmA MHz

MCI 0603IND.Tol.

Qmin.

DCRmax.

IDCmax.

SRFmin.

Ω300

50

MCI 0805IND.Tol.

Qmin.

0.5 5077002

0.3

240 77003

150

K 20

77000250

M 15

180

260

7700877009

90 77013

105 77011

24577001

77007

50

KKKK

K1.5

3.94.7

1.82.22.73.3

82

150

K 1515nH220

270

120100

68

180

0.310M

nHnHnH

K 15

0.8 50

35 1250.8 50 1360.85

1.7 35

1.35 35

770157535 0.8 25 65 77016

K 35 0.6 25

AA

K 25

K 25

45

K

47

K 20

K 25

K 25

K 20

K

320

255

0.3 250

77050M 15 0.2 300 280 77051

0.2M 15

770520.3 250 235 770530.2 300

K 20

K 45

200

250K 20 0.5 250 170

250

K

77055220 77054

20 0.4 2500.4 250

185 7705677057

K

150 77058

115

77059K 20 0.5

1450.5577060

105 77063

0.65 200 135

770620.65 200 125 77061

25 0.75 150

1 1500.8 150

100

A

B 45K

B

75 77065

K 45 60 77067

77064

0.5 500.4 50

50

65 770660.5 50

55 77068K 45 0.65 30 77069K 45 0.6

50B 45 0.75 30 45

B0.8 30 41 77071

77072K45 145 0.9

30K 35 77073

Size

AA

AA

AAAAAAA

AAAA

A

A

MCI 1206IND.Tol.

Qmin.

DCRmax.

IDCmax.

SRFmin.

Référence

nHnHnH

nHnH

nHnHnHnH

µH

µHµH

µH

µHµHµHµHµH

IND Uni.IDCmax.

SRFmin.

RéférenceDCRmax.

nH

µH


- 40 / + 125 °C

µHµH

nHµH

MYRRA Page 15


IND Uni.

1.2 nH1.5 nH1.8 nH2.2 nH2.7 nH3.3 nH3.9 nH4.7 nH

mAΩ

Référence

Ω mA

MCI 0603 - HFIND.Tol.

Qmin.

DCRmax.

IDCmax.

SRFmin.

Référence

300

GHzS 8 0.1 300 6 min. 77200

300

6 min. 77201S 8 0.12 300 6 min. 77202S

300

6 min. 77203S 8 0.2 300 6 min. 77204S

300

5.7 77205K 8 0.25 300 5.6 77206K

4.8 77207K

GHz

MCI 0402 - HFIND.Tol.

Qmin.

DCRmax.

IDCmax.

8

0.288

0.22

8 0.16

8 0.1

SRFmin.

MCI 0805 - HF

Size IND.Tol.

Qmin.

DCRmax.

IDCmax.

SRFmin.

Référence

A

A

A

0.1 300

GHzΩ mA

6 min. 77250A S 8 0.1 300 6 min. 77251

S 8

S 8 0.1

A

300 6 min. 77252A S 8 0.1 300 6 min. 77253

77254A K 8 0.15 300 5.4 77255

K 8

0.2 300

6 min.0.13 300

4.5 77256K 8K 8 0.4 300 5.7 77157K 8 0.3 300 6.3 77156K 8 0.3 300 6.8 77155S 8 0.2 300 7.7 77154S 8 0.2 300

10.5 77151S 8 0.1 300

8.7 771539.4 77152

12 77150S 8S 8 0.1 300

0.1 300

MCI SERIES (Multilayer Chip Inductors series)

4.7 nH5.6 nH6.8 nH8.2 nH

12 nHnH

27 nH

15 nH18 nH22 nH

10

33 nH

0.6

K 8

J

56 nH

J 8

39 nH

nH

120 nH150

8

68 nH

47 nH

470 nH

270 nH330 nH

nH

390 nH

82 nH100 nH

180

J

nH220

300

300

4.8 77207K 8 0.29 300 4.35 77208K

300

3.75 77209J 8 0.33 300 3.3 77210J

300

2.85 77211J 8 0.4 300 2.7 77212J

300

2.4 77213J 8 0.5 300 2.05 77214J

300

1.85 77215J 8 0.6 300 1.75 77216J

1.5 77217J 8 0.7 300 1.35 77218J 8

J 8 0.9 300

1 77221J 8 1 300

1.2 772191.1 77220

0.9 77222J 8J 8 2 300

1.5 300

J 8 2.5 300 0.83 77223

0.65

8

200 1.3 77169J 8 2

J 8 0.9

J 8 0.7

1.8 200 1.65 771681.7 77167

0.55

8 0.45

8

8 1.5 200

0.28

8 1 300300 1.95 77165

J 1.75 77166

0.35

8 0.3

8

771642.35J 8 0.8 300300 2.6 77163

J 8 0.6 300 2.95 77162300 3.75 77161

J 8 0.5 300 4.1 77160

A

J 8 0.5 300 4.55 77159

0.2 300 4.5 77256A K 8 0.23 300 4 77257

K 80.4 300 5.1 77158

77258A J 8 0.28 300 3 77259A J

8 0.3

300 3.658 0.25

77260A J 8 0.35 300 2.45 77261A J

K 8 0.4 300 5.7 77157

300 2A J 8 0.4

300 2.5

77262A J 8 0.45 300 1.75 77263

77264A J 8 0.55 300 1.55 77265A J

77266A J 8 0.65 77267A J 8 0.6

300 1.3300 1.35

300 1.78 0.5

A J 8 0.7 300 1.2 77268A J 8 0.75 300 1.15 77269

1 77270A J 8 0.9 300 0.85 77271A

8 1

300J 8 0.85

300 0.73 77272A J77273

B J 8 1.5 250 0.55 77274B J

8 1.8

250 0.658 1.3

250 0.5 77275B J 8 2 200 0.45 77276B J

0.38 77278200 0.4B J 8 2.5

8 3.5 150 0.33

77277B J 8 3 150

77279B J 8 4 100 0.3 77280B J

MYRRA Page 16

Vertical mount radial inductorsSmall PCB surface requiredWide range of inductance valuesCovered with UL approved shrinkable tubing

DC-DC convertersDifferential mode filtering in input and outputs of Switch Mode Power SuppliesGeneral power inductor use in all kind of electronic equipment


Rmax.

Référence

M : +/- 20 %K : +/- 10 %

IND.Tol.

IDCmax.

A

Qmin.

Rmax.

IDCmax.

Ω

DC 57

M 20 0.04 2.7 78102

20 0.03 3.2 210 78100180 7810120 0.03 3154

IND.Tol.

Qmin.

MM

SRF

130110100

SRF

MHz150M

M7570

M 70M

0.06

6.8 max. 7.5 max.

7800178000

0.07

F

7 max.

7 max. 8.5 max. 0.6

0.610 min.

10 min. 15 min.

Référence

2.5

10 min.

10 min.

0.6

0.615 min.

3

DC 46

Ω2.4

DC 1112 11 max.

DC 1013 10 max.

78003

MHz

11 max.

A

15 min. 1.35 max. 2

DC 67

DC 1315

DC 78

0.515 min.

15 min.

DC 46DC 57

DIMENSIONS (mm)

4 max. 6 max. 10 min.

C

DC SERIES (Drum Core series)

A BType

FEATURES

APPLICATIONS

D E

2.22

1.9

0.8 7.5


- 25 / + 85 °C

15 min.13 max. 15 max. 10 min.

Inductance tolerance

618 max. 10 min.

DC 1114 11 max. 14 max. 10 min.

DC 1118 6

6DC 1014 10 max. 14 max. 10 min. 15 min. 0.8 5

12 max. 10 min.

3

DC 89 8 max. 9 max. 10 min.

DC 71 7.5 max. 10 max.

4.50.6

13 max. 10 min.

78002

15 min.

DC 912 9 max. 12 max. 10 min.

15 min. 0.8

15 min.

15 min. 0.8

0.815 min. 0.8

515 min. 0.6 5

0.07

DC 67IND.Tol.

Qmin.

65 0.08

IND

µH1 µH

1.2 µH

Ω A MHz

M

Rmax.

IDCmax.

SRF Référence

M 20 0.02 5 125 78201782024.3 9520 0.021.5 µH

1.8 µH

0.86100 0.8 7814833 0.04K

7814678147

K 6589.5

0.0578.1K 65

0.930.04

1.05 78144K 65 0.05 0.98 78145K 65

68.40.06

1.4 78142K 72

61.20.06 1.3 78143

K 7239.7

0.07

1.810.0821.4 78140K 72

360.07 1.49 78141

K 7231.2

2.09 78138K 72 0.09 1.95 78139K 72

18.60.1

2.55 78136K 72

16.60.11 2.25 78137

K 7211.8

0.12

3.130.156.24 78134K 72

10.60.14 2.85 78135

K 659.24

3.68 78132K 65 0.17 3.37 78133K 65

5.640.18

4.58 78130K 65

5.050.19 4.32 78131

K 653.84

0.22

6.070.282.04 78128K 50

3.480.24 5.03 78129

K 502.65

7.1 78126K 33 0.34 6.83 78127K 33

1.560.38

8.67 78124K 33

1.220.42 7.65 78125

K 331.15

0.46

100.520.64 78122K 23

0.90.48 9.6 78123

K 230.78

13 78120K 25 0.58 11 78121K 25

0.580.64

16 78118K 25

0.460.72 14 78119

K 250.41

0.76

210.920.21 78116K 29

0.350.8 18 78117

K 290.3

25 78114K 29 1 23 78115K 29

0.191.1

31 78112K 35

0.181.2 26 78113

K 350.14

1.3

351.50.1 78110M 20

0.131.4 34 78111

M 200.11

48 78108M 20 1.6 40 78109M 20

0.091.7

63 78106M 20

0.082 58 78107

M 200.07

2.1

1252.50.04 78104M 20

0.062.4 100 78105

M 200.05

0.21

0.25

780060.14 78007

75651.6

780310.160.14

4.54.2

7800845

78026

16

8.2

5.5

3.8

15

0.18

481.5

7

50

0.16

0.09

0.08

10

40

3.8

2.3

3.1

6.5

78009

100

M 65M

M

M

K

60MMM 60

65

55

4040

M

K

K

KK

K

KK

550

4550

40

K

K

2020

40

0.18

0.13

2.5 780273.4 78028

78032

780295.4 78030

0.63

7801034

18

1.4

78012

78005

0.24

1.31.21.1

780111 30

78004

0.46

250.31KK

2740

78015780160.66

780130.36 78014

0.850.73

2123

78017

1478020

4020

0.50.43 13

780181

78022

45780251.9

1.3 780231.4 78024

45

11108.7

0.350.320.3

1.1780210.3820 12

780190.57

KK 55

KK

55

55

0.9

0.72

9.4K

55

6.855 6

0.12

0.53

K

K

KK

K

0.9

0.9K

1

780031.91.7 M65

65 0.080.09

650.10.11

M 65

0.260.240.220.2

4040

0.6540

0.17803578036

78033

0.08

2.92.82.6

78034K 55 16

66

K 50 18

30

1 mH78037

K 45 32 0.06 7803820

1.82.4

2.2 mH

K 501.2 mH

K 45K 78040

36 1.71.5

780390.060.04

2.7 mH3.3 mH

K 30 72 1.4 780410.04

mH4.7 mH

6.8 mH8.2 mH10 mH

5.6

µH33 µH

µH

820 µH

18 µH22 µH27 µH

39

82 µH

150 µH

8.2 µH10 µH

47

M

KK

MM

MMM

75 7820578204

20 0.02 3.80.02 420 90

230 0.03 3.4

53

69

20 0.03 2.620 0.03 3.1

2.3 39

7820661 78207

2.5 782107820978208

4420 0.05 2.6 32

K 26

20 0.05M 20 0.06 78211

32 782137821233

26 0.08 1.70.07 2

26 0.11 1.7

22

27

K 23 0.15 1.4K 26 0.13 1.5

7821424 78215

20 7821778216

K 23 0.18 1.3K 23 0.23 1.1K 23 0.26 1K 18

17 7821816 78219

13 7822115 78220

K 18 0.35 0.90.3 0.96

K 18 0.41 0.78

10 78224K 18 0.55 0.68

12 7822211 78223

9.1 78225K 18K 18 0.75 0.58

0.63 0.63

K 18 0.9 0.53

6.2 78228K 20 1.1 0.48

8.2 782266.7 78227

6 78229K 20K 20 1.6 0.39

1.2 0.44

K 23 2 0.35

4.9 78232K 23 2.2 0.34

5.2 782304.8 78231

4.2 78233K 23K 23 3.6 0.26

2.8 0.3

K 36 4.3 0.24

3 78236K 36 4.9 0.22

3.7 782343.4 78235

2.8 78237K 78K 78 7.3 0.18

6.5 0.19

K 78 9.8 0.15

2 78240K 78 11 0.14

2.4 782382.2 78239

1.8 78241K 78K 78 18 0.11

13 0.13

K 78 20 0.1

1.3 78244K 78 27 0.09

1.6 782421.4 78243

1.2 78245K 78K 78 35 0.08

30 0.08

K 78 40 0.07

0.92 78248K 78 61 0.06

1.1 782460.99 78247

0.85 78249K 46K 46 80 0.05

69 0.06

0.78 78250K 46 92 0.05

1.8 µH2.2 µH2.7 µH3.3 µH3.9 µH4.7 µH5.6 µH

12 µH

6.8 µH

15 µH

100 µH120 µH

56 µH68 µH

180 µH220 µH270 µH

680 µH

330 µH390 µH470 µH560 µH

1.5 mH

15 mH

mH1.8

12 mH

mH

3.9

MYRRA Page 17

8.7 7852310 78522

8.3 785241.1K 22 0.25

K 15 0.31 0.95

K 11 7852112 78520

K 22 0.21 1.2

40 0.16

22 0.19

13 78519

1.3K 40 0.19 1.4

7851714 78518

1.7K 52 0.13 16

1.5K

18 785162.2K

K 52 0.1 1.90.08

25 7851322 78514K 60 0.06 2.5

60 19 78515

3M

K 60 0.06 2.6K 60 0.05 2.8

85 0.05

K 45 0.14 1.6

37 7850934 78510

3.4

28 78511M 98 0.04 3.3

M

M 100 0.043.5M 38 785083.7

55 7850547 7850645 78507

26 78512

M 115 0.02 4.6130 0.03110 0.03

M 130 0.02M 130 0.02 5.3 75 78504

4.7

150 78501100 78502M 130 0.02 5.7

M 140 0.01 6.5180 78500

ΩM 140 0.01

A

DC 89IND.Tol.

Qmin.

Rmax.

IDCmax.

SRF Référence

MHz7

9.6 784238.7 78424K 33 0.9 0.46

K 23 0.78 0.4810 78422

K 25K 23 0.64 0.52

0.58 0.58

14 7841913 7842011 78421

K 25 0.46 0.64K 25 0.41 0.72

16 78418K 29K 25 0.35 0.76

0.3 0.8

23 7841521 7841618 78417

K 29 0.21 0.92K 29 0.19 1

25 78414K 35K 29 0.18 1.1

0.14 1.2

34 7841131 7841226 78413

K 35 0.13 1.3M 20 0.11 1.4

35 78410M 20M 20 0.1 1.5

0.09 1.6

58 7840748 7840840 78409

M 20 0.08 1.7M 20 0.07 2

63 78406M 20M 20 0.06 2.1

0.05 2.478404

100 784051250.43M 20 2.5

154 78402M 20M 20 0.04 2.7

0.03 3

MHz210 78400180 78401

M 20 0.03 3.2Ω A

DC 78IND.Tol.

Qmin.

Rmax.

IDCmax.

SRF RéférenceRmax.

IDCmax.

SRF Référence

MHz188 78300

ΩM 15 0.01 7.3

A

78301M 15 0.01 5.7 145 78302M 15 0.01

0.15

1726.6

5M 15

0.025.7 115 78304

98 78305M 15 4.9 78 78306M 15

0.0278307

M 150.03

4 47 78308M 15

0.0215

0.033.7

604.50.02

3

32 78309M 15

0.043.2 30 78310

M

26 78311K 50 2.9 25 78312M 15

0.0478313

K 500.06

2.5 20 78314K 50

0.0540

0.072.4

232.60.05

2.1

18 78315K 40

0.082.2 17 78316

K

15 78317K 40 1.8 13 78318K 40

0.178319

K 350.16

1.4 11 78320K 35

0.1435

0.21.3

121.60.11

1.1

9.6 78321K 30

0.231.2 8.5 78322

K

7.7 78323K 20 1 7.1 78324K 30

0.26

IND

µH



DC 71IND.Tol.

Qmin.

1 µH1.2 µH1.5 µH1.8 µH2.2 µH2.7 µH3.3 µH3.9 µH4.7 µH5.6 µH6.8 µH8.2 µH10 µH12 µH15 µH18 µH22 µH27 µH33 µH39 µH47 µH56 µH68 µH82 µH100 µH

785550.32 78556

0.04182 0.03

K 35 158 0.35K 35

0.55

0.43 78553K 35 144 0.04 0.36 78554

0.47 785520.07K 58

42 96 0.05K

0.65 78549

78551K 42 82

52 0.0760

0.06

2.3

0.83 785470.88 78546

0.58 785500.08K

0.1K 42 25K 62 33 0.09 0.7 78548

62 37K 58

0.95 785451 78544

785391.5 78540

K 50 22 0.110.12K 50 17

785431.3 78542

1.7

0.14K 60 13 1.1

1.4 78541

K 55 14 0.13

K 60 11 0.150.18K 50 7.7

0.23 1.8 78538

K 50 6.7 0.20.22K 52

785360.31K 15

0.26K 50 3.6 1.9 78537

3.1 78533

78535K 50 3 0.29 2.2

2.6

K 60 4.85.4

15 1.7K 15 2.2 0.35

5.6

7.2 78525

3.9 785314.2 78530

2.9 785340.38K

15 1.2K 15 1.5 0.42

78527

4.7 78529

3.3 785320.48K

K 15 1 0.540.58K 15 0.83

K 15 0.73 0.61 5.2 78528

15 0.4K 15 0.5

0.68K 15 0.566.3 78526

0.850.76

8.3 78524K 15 0.31 0.95K

0.9 784470.8 78448K 33 100 0.04

K 65 89.5 0.040.9 78446

K 65K 65 78.1 0.05

68.4 0.05

1.3 784431.1 784441 78445

K 65 61.2 0.06K 72 39.7 0.06

1.4 78442K 72K 72 36 0.07

31.2 0.07

2 784391.8 784401.5 78441

K 72 21.4 0.08K 72 18.6 0.09

2.1 78438K 72K 72 16.6 0.1

11.8 0.11

2.9 784352.6 784362.3 78437

K 72 10.6 0.12K 72 9.24 0.14

3.1 78434K 65K 65 6.24 0.15

5.64 0.17

4.3 784313.7 784323.4 78433

K 65 5.05 0.18K 65 3.84 0.19

4.6 78430K 50K 65 3.48 0.22

2.65 0.24

6.8 784276.1 784285 78429

K 50 2.04 0.28K 33 1.56 0.34

7.1 78426K 33K 33 1.22 0.38

1.15 0.428.7 784247.6 78425

K 33 0.9 0.46K 20 1 7.1 783240.2678325

K 200.48

0.9 6 78326K 20

0.3820

0.60.8

6.60.950.3

0.65

5.4 78327K 20

0.760.7 4.8 78328

K

4 78329K 25 0.6 3.7 78330K 25

0.8878331

K 201.4

0.46 3.2 78332K 25

1.220

1.80.43

3.40.51.1

0.33

3 78333K 20

20.37 2.6 78334

K

2.3 78335K 55 0.32 2.1 78336K 20

2.5278337

K 604.5

0.26 1.7 78338K 65

3.165

60.22

1.90.283

0.2

1.6 78339K 60

6.50.21 1.5 78340

K

1.3 78341K 70 0.18 1.2 78342K 65

8.4

78344K 90

13K 8078343

0.141.10.15

0.57

0.77

1K 80 0.13

23K 850.6K 85

0.0833

11

17K 8015 78345

0.82 783460.87

0.12

300.10.09

7834778348

85 0.08K 85

78353820.06 7835261

78349

0.4478351

0.53 78350K 85 0.07 0.47

39K

K 8553

K 8593

0.0685

1050.05

0.04

0.330.36

78354K 85

1200.05 0.32 78355

K

0.3 78356K 85

100 µH120 µH150 µH180 µH220 µH270 µH330 µH390 µH470 µH560 µH680 µH820 µH1 mH

1.2 mH1.5 mH1.8 mH2.2 mH2.7 mH3.3 mH3.9 mH4.7 mH5.6 mH6.8 mH8.2 mH10 mH12 mH15 mH18 mH22 mH27 mH33 mH39 mH47 mH56 mH68 mH82 mH100 mH120 mH150 mH

MYRRA Page 18

2.2 5.6 78823K 45 0.13 2 4.9 78824K

2.5 7.4 78821K 40 0.09 2.3 6.4 78822K

3.2 9 78819K 45 0.06 3 8.2 78820

0.05

3.5 11.5 78817K 50 0.05 3.4 9.5 78818

0.04

4 14 78815K 65 0.03 3.8 13.3 78816

0.03

4.8 17 78813K 70 0.03 4.2 15 78814

0.02K 70 0.02 5 25 78812

DC 1014IND.Tol.

Qmin.

Rmax.

IDCmax.

SRF Référence

Ω A MHz

K

K

K

K

70

65

60

45

40

30

0.07

0.10.15 1.7 4.9 78724

1.8 5.4 78723K

K

20.11 2.1 6.2 78721

5.9 787220.13K 0.14

5.8 78624K 35K 35 0.18 1.5

0.15 1.6

8 786217.1 786226.2 78623

K 35 0.13 1.8K 40 0.12 1.9

K 45K 40 0.09 2.1

0.08 2.2

7861711 7861810 786198.5 78620

K 45 0.07 2.4

78616K 60

K 50 0.06 2.6

0.04 3.2 15

18 7861316 78614

78615

12

K 60 0.04 3.6K 60 0.03 3.7

20 78612M 15K 65 0.03 3.8

0.02 4

40 7860930 7861028 78611

M 15 0.02 4.6M 15 0.02 5

50 78608M 15M 15 0.02 5.4

0.01 5.7

100 7860583 7860665 78607

M 15 0.01 6M 15 0.01 6.7

120 78604M 15 0.01 6.8

Ω A

DC 912IND.Tol.

Qmin.

Rmax.

IDCmax.

SRF Référence

MHz

Rmax.

IDCmax.

SRF Référence

DC 1013IND.Tol.

Qmin.

0.03

Ω A

MK

MHz

MM

MMM

0.010.020.020.020.020.03 4.8

4.5

6.76.45.95.45.1

K

77706051362919

K

KK

78706787077870878709787107871178712

KKK

0.06K 50 0.05 3.1 14

0.04

K

4.34.23.53

0.060.070.08

0.03

2.92.72.6

0.04

141311109.79

7.8

78713787147871578716

78719

7871778718

0.09 2.4 787207K


IND

µH1 µH

1.2 µH1.5 µH1.8 µH2.2 µH2.7 µH3.3 µH3.9 µH4.7 µH5.6 µH6.8 µH8.2 µH10 µH12 µH15 µH18 µH22 µH27 µH33 µH39 µH47 µH56 µH68 µH82 µH100 µH


0.22 788550.21 78856K 75 56 0.07

K 75 50 0.080.25 78854

K 90K 90 41 0.1

30 0.1

0.35 788510.31 788520.27 78853

K 90 24 0.12K 90 19 0.14

0.37 78850K 85K 85 15 0.15

13 0.18

0.56 788470.5 788480.47 78849

K 85 11 0.19K 30 8.6 0.21

0.6 78846K 45K 40 7.7 0.22

6.7 0.24

0.78 788430.72 788440.66 78845

K 35 5 0.26K 35 4.2 0.28

0.82 78842K 40K 30 3.6 0.32

3 0.34

1.2 788391 78840

0.9 78841K 30 2.4 0.4K 20 2 0.44

1.4 78838K 20K 20 1.6 0.5

1.3 0.54

1.8 788351.7 788361.5 78837

K 20 1.1 0.6K 15 0.9 0.62

2.1 78834K 25K 20 0.78 0.7

0.64 0.75

2.5 788312.4 788322.3 78833

K 25 0.58 0.8K 25 0.45 0.92

2.7 78830K 25K 25 0.38 1.1

0.3 1.2

3.8 788273.5 788283.2 78829

30 0.26 1.3K 35 0.23 1.4

78825K 30 0.18 1.6 4.2 78826K 40 0.15 1.7 4.8K 45 0.13 2 4.9 78824

0.03 0.09 78762

0.5

0.42

0.33

0.26

0.22

0.18

0.04

0.15

K 305

0.12 78760K 264 0.04 0.1 78761K 187

78758K 163 0.05 0.13 78759

0.05K 120

0.21 787560.16 78757

0.07K 79K 106 0.06

78754

78749

K

0.23 787550.08K 53

K 700.25

0.07

0.29 787520.3 78751

787460.44 787470.41 787480.38

0.59

0.27 787530.1K 37

K 46 0.09

0.31 78750

0.47

K 32 0.1K 23.5

0.14

0.12

7874378742

K 19.2 0.13K 17.2K 12 0.17K 10.5

7.60.6

78744K 8.7 0.2 0.55 78745K

0.62

0.93 78740

5.40.82 78741

1.1

K 6 0.24

K 4.2 0.3K

K 3.5

787380.98 78739

K 2.2K 2.8 0.36

1.3 78736

1.6 787341.5 78735

21.8

78737K 1.5

0.44K 1.9 1.2

K 1.2 0.56K 1.1 0.62

78733K 0.8 0.68K 0.9 0.66

787322.3 78731

KK 0.65 0.79

0.54 0.88

3 787282.6 787292.2 78730

0.26 1.3

K 0.42 0.96K 0.35 1.1

3.4 787263.2 78727

KK 0.3 1.2

0.15 1.7 4.9 787244 78725K 0.21 1.5

K

0.18 786590.16 78660

78657

K 52 192 0.04

0.22

K 52 142 0.050.19 78658

K 65 92 0.06K 52 125 0.05

0.24 78656K 65K 65 81 0.06

71 0.07

0.33 786530.31 786540.26 78655

K 90 54 0.08K 90 47 0.08

0.35 78652K 90K 90 35 0.09

30 0.1

0.5 786490.45 786500.38 78651

K 90 25 0.11K 90 18 0.13

0.55 78648K 45K 90 15 0.14

13 0.15

0.7 786450.64 786460.6 78647

K 45 10 0.18K 45 8.2 0.2

0.75 78644K 45K 45 7.2 0.21

6 0.23

1.1 786411 78642

0.96 78643K 45 5 0.26K 45 4.3 0.28

1.2 78640K 33K 33 3.4 0.32

2.7 0.35

1.7 786371.5 786381.4 78639

K 33 2.2 0.4K 33 1.9 0.41

1.8 78636K 15K 25 1.5 0.47

1.2 0.5

2.6 786332.2 786342 78635

K 15 1.1 0.58K 15 0.88 0.63

2.8 78632K 15K 15 0.71 0.7

0.63 0.75

3.5 786293.3 786303.2 78631

K 15 0.53 0.82K 23 0.46 0.87

3.8 78628K 23K 23 0.41 1

0.3 1.1

5.2 786254.8 786264.5 78627

K 25 0.26 1.2K 25 0.2 1.4

5.8 78624K 35 0.18 1.5100 µH120 µH150 µH180 µH220 µH270 µH330 µH390 µH470 µH560 µH680 µH820 µH1 mH

1.2 mH1.5 mH1.8 mH2.2 mH2.7 mH3.3 mH3.9 mH4.7 mH5.6 mH6.8 mH8.2 mH10 mH12 mH15 mH18 mH22 mH27 mH33 mH39 mH47 mH56 mH68 mH82 mH100 mH120 mH150 mH

MYRRA Page 19

0.09 2.9 4.8 792230.11 2.6 4.2 79224

0.06 3.8 6 792210.07 3.2 5.4 79222

0.04 4.3 7.1 792190.05 4.1 6.4 79220

0.03 4.8 9.3 792170.04 4.4 8.4 79218

0.03 5.5 11 792150.03 5.4 9.9 79216

0.02 5.9 19 792130.02 5.7 16 79214

0.02 6.8 32 792110.02 6.5 27 79212

0.01 7.7 48 792090.02 7.4 47 79210

0.01 7.9 54 79208

0.01 9.3 77 792050.01 8.5 57 79206

Ω A MHz

DC 1315Q

min.R

max.IDCmax.

SRF Référence

KK

K

KK

KK

KK

MMMKK

KK

MM

M

IND.Tol.

4.3 79124KK 0.08 3.1

0.07 3.3

6.2 791215.4 791224.7 79123

K 0.07 3.4K 0.05 3.8

6.7 79120KK 0.05 4

0.04 4.1

8.2 791177.7 791187.3 79119

K 0.04 4.3K 0.03 4.6

11 79116KK 0.03 4.8

0.02 5.5

26 7911322 7911415 79115

K 0.02 5.8K 0.02 6.3

30 79112K 0.02 6.9

Ω A

DC 1118IND.Tol.

Qmin.

Rmax.

IDCmax.

SRF Référence

MHz

4.7 79024KK 0.13 2.1

0.1 2.4

7 790216 79022

5.2 79023K 0.08 2.9K 0.07 3.1

7.8 79020KK 0.06 3.5

0.05 3.7

9.8 790179.1 790188.3 79019

K 0.05 4K 0.04 4.5

12.5 79016KK 0.03 5

0.03 5.3

16.9 7901313.5 7901413 79015

K 0.03 5.4K 0.02 6.1

19.5 79012MK 0.02 6.4

0.02 6.8

40 7900933 7901027 79011

M 0.02 7.3M 0.01 7.7

52 79008MM 0.01 8.3

0.01 8.6 62 79007

Ω A

DC 1114IND.Tol.

Qmin.

Rmax.

IDCmax.

SRF Référence

MHz

4.7 789234.3 78924K 0.08 3.1

K 0.07 3.35.4 78922

KK 0.07 3.4

0.05 3.8

7.3 789196.7 789206.2 78921

K 0.05 4K 0.04 4.1

7.7 78918KK 0.04 4.3

0.03 4.6

15 7891511 789168.2 78917

K 0.03 4.8K 0.02 5.5

22 78914KK 0.02 5.8

0.02 6.330 7891226 78913

K 0.02 6.9

MHzΩ A

DC 1112IND.Tol.

Qmin.

Rmax.

IDCmax.

SRF RéférenceIND

µH


1 µH1.2 µH1.5 µH1.8 µH2.2 µH2.7 µH3.3 µH3.9 µH4.7 µH5.6 µH6.8 µH8.2 µH10 µH12 µH15 µH18 µH22 µH27 µH33 µH39 µH47 µH56 µH68 µH82 µH100 µH

98 0.07 0.11 79259112 0.06 0.1 79260

63 0.09 0.13 7925787 0.08 0.12 79258

47 0.1 0.17 7925556 0.1 0.14 79256

28 0.13 0.22 7925334 0.12 0.18 79254

17 0.17 0.25 7925122 0.16 0.24 79252

11 0.22 0.31 7924914 0.2 0.3 79250

7 0.28 0.45 792477.9 0.27 0.41 79248

5 0.33 0.51 792455.7 0.3 0.47 79246

3.4 0.39 0.63 792434 0.38 0.57 79244

2.4 0.48 0.76 792412.8 0.45 0.71 79242

1.5 0.62 0.95 792392.1 0.51 0.81 79240

1.1 0.77 1.2 792371.3 0.63 1 79238

0.69 0.95 1.4 792351 0.8 1.3 79236

0.48 1.1 1.7 792330.6 1 1.5 79234

0.38 1.3 2 792310.44 1.2 1.8 79232

0.25 1.6 2.5 792290.34 1.4 2.2 79230

0.17 2.1 3.1 792270.22 1.8 2.8 79228

0.12 2.4 3.7 792250.15 2.2 3.2 79226

0.11 2.6 4.2 79224

KK

K

KKK

KK

KK

KK

KKK

KK

KK

KK

KK

KK

KK

KK

KK

KK

KK

KK

0.21 7915320.5K 0.170.22 79152

KK 18 0.18

14.2 0.22

0.34 791490.27 791500.25 79151

K 11.3 0.23K 9.2 0.26

0.37 79148KK 7.7 0.28

6.7 0.3

0.45 791450.43 791460.4 79147

K 5.1 0.32K 4.5 0.33

0.52 79144KK 3.6 0.38

2.8 0.45

0.69 791410.62 791420.59 79143

K 2.5 0.46K 2 0.52

0.73 79140KK 1.7 0.57

1.4 0.64

1 791370.94 791380.88 79139

K 1.1 0.73K 0.96 0.77

1.1 79136KK 0.85 0.84

0.65 0.9

1.6 791331.4 791341.3 79135

K 0.59 1K 0.43 1.1

1.7 79132KK 0.39 1.2

0.34 1.3

2.3 791291.9 791301.8 79131

K 0.31 1.4K 0.23 1.7

2.7 79128KK 0.17 2

0.13 2.3

3.7 791253.2 791262.9 79127

K 0.12 2.4K 0.11 2.7

4.3 79124K 0.08 3.1

0.21 79056KK 57 0.09

46.5 0.1

0.27 790530.26 790540.25 79055

K 41 0.11K 28.8 0.13

0.3 79052KK 24.4 0.14

18.6 0.16

0.38 790490.35 790500.32 79051

K 16 0.17K 13 0.2

0.4 79048KK 11.5 0.21

9.2 0.22

0.63 790450.49 790460.47 79047

K 7.3 0.26K 6.2 0.28

0.66 79044KK 5.5 0.3

4.6 0.34

0.84 790410.76 790420.73 79043

K 3.7 0.37K 3 0.38

0.97 79040KK 2.4 0.45

1.9 0.5

1.3 790371.1 790381 79039

K 1.6 0.56K 1.3 0.63

1.5 79036KK 1.1 0.7

0.9 0.76

1.9 790331.8 790341.6 79035

K 0.76 0.82K 0.63 0.91

2 79032KK 0.56 0.96

0.44 1.1

2.8 790292.5 790302.4 79031

K 0.37 1.2K 0.32 1.3

3.2 79028KK 0.24 1.5

0.22 1.6

4.3 790254.1 790263.5 79027

K 0.17 1.9K 0.14 2

4.7 79024K 0.13 2.1

K 20.5 0.17

0.25 789510.22 789520.21 78953

K 18 0.18K 14.2 0.22

0.27 78950KK 11.3 0.23

9.2 0.26

0.4 789470.37 789480.34 78949

K 7.7 0.28K 6.7 0.3

0.43 78946KK 5.1 0.32

4.5 0.33

0.59 789430.52 789440.45 78945

K 3.6 0.38K 2.8 0.45

0.62 78942KK 2.5 0.46

2 0.52

0.88 789390.73 789400.69 78941

K 1.7 0.57K 1.4 0.64

0.94 78938KK 1.1 0.73

0.96 0.77

1.3 789351.1 789361 78937

K 0.85 0.84K 0.65 0.9

1.4 78934KK 0.59 1

0.43 1.1

1.8 789311.7 789321.6 78933

K 0.39 1.2K 0.34 1.3

1.9 78930KK 0.31 1.4

0.23 1.7

2.9 789272.7 789282.3 78929

K 0.17 2K 0.13 2.3

3.2 78926KK 0.12 2.4

0.11 2.74.3 789243.7 78925

K 0.08 3.1100 µH120 µH150 µH180 µH220 µH270 µH330 µH390 µH470 µH560 µH680 µH820 µH1 mH

1.2 mH1.5 mH1.8 mH2.2 mH2.7 mH3.3 mH3.9 mH4.7 mH5.6 mH6.8 mH8.2 mH10 mH12 mH15 mH

47 mH

18 mH22 mH27 mH

120 mH150 mH

56 mH68 mH82 mH100 mH

33 mH39 mH


MYRRA Page 20

Horizontal or vertical Rod core chokesPrinted circuit board mountingHigh saturation current : suitable for high pulsed currents

Differential mode filtering in high current outputs of Switch Mode Power SuppliesGeneral power inductor use in all kind of electronic equipment

ROD CHOKES - RC SERIES

DIMENSIONS (mm)

FEATURES

APPLICATIONS

Inductance toleranceK : +/- 10 %L : +/- 15 %M : +/- 20 %

- 25 / + 85 °C


793178 22 15

0.979316

5 8.8 30

1.679314

1.432 10.5K 4.3 14 45

L9K 6.2

10.5 26

30

913 18

2710 1027

32 12

10.5 27 2.279309

0.65 131026 1.8

30

A

4.7 32 13.5

3.3

1.8

3.3

M 18 38

1.6

1.6

---

---

∅

max.

0.6

0.4

1

0.6

11.5

E

+/- 0.5

8.5

8.5

9

9

2.5

4

C

+/- 1

10

4

10

10

1010 6.8

4.7

D

+/- 0.5

2.5

A

typ.

10

B

max.

3.5

IND

2.2

1

4.7

Référence

µH mΩA

IND.Tol.

Rmax.

IDCmax.

Isatmax.

3

60 79306 310

206.515

5 20

K 1.1 3.217

4

M 5 20

L 2

M 7

27L 2

10 512

10 5.5

10 5

15 7

20

1.2

1115

6 79300

79302

32 79304137

24 79307

1

22 6 79301 10 5

10

11

K 2 15

4.7

79305L 4.7

L 3.2 13 5 11.5 0.8

10

8.2 K 4.5 1520 12

--- 1.1

6 15 8 10 6.5 --- 1.111.5

10.5 18 79353 9 10 6.5

14 0.8

19 8 79308 8

9.5 60 79311 6

793032.4 M 12 17 1.69

L 6.5

8 79352

10 6.5

10 8.5

30 79312

2.2

10

3015

17.5 1.2

20 7 10 6

--- 1.6

12

30 10 10 821 4.5 793105.6 L 13

10 K 8.510 K 3.310

1.2

16 10 79313 9.5 10 7.5 26 1.4

30 10 7.579315

7 79351

mΩ

32 11.5 10 10

19 8 79350MA A

K

25 15 10

5.6 L 11 25 13.5 106.8

20 15 7935420 K 8.3

L 9 1637


RC / H

15

max. +/- 1 +/- 0.5

C D E

max.

Isatmax.

Rmax.

Référence BIND A

µH typ.

RC / V

∅IND.Tol.

IDCmax.

MYRRA Page 21

Axial leads inductorsColor code according to IEC62Protected by epoxy resin coating or shrinkable tubingMaterials used are UL94-V0 recognizedWide range of inductance valuesTaping package for automatic insertion

Filtering, resonant circuits and general inductor use in all kind of electronic equipment

Fig.

AXIAL INDUCTORS - AI SERIES

Type

DIMENSIONS (mm)

FEATURES

APPLICATIONS

A B C DB

∅ C

Inductance tolerance IDC(1) : Given for 10 % lower ind.

(2) : Given for 40 °C temperature rise

M : +/- 20 %K : +/- 10 %J : +/- 5%

Fig.11

TypeAI 73AI 114

A7 max.11 max.

AI 75AI 139

22

67.5 +/- 413 max. 9.0 max. 0.6 +/- 0.05 73 +/- 47.5 max.

B3.2 max.4 max.

C0.5 +/- 0.05

0.6 +/- 0.055.0 max. 0.6 +/- 0.05

D63 +/- 0.363 +/- 0.3


- 20 / +100 °C

AD

MYRRA Page 22

IND.Tol.

Référence

1.8

1.2

Ω

DCRmax.

Qmin.

J 79423

J

60

60

79420

J 79424

J5050

5.66.88.210

J 79421J 79422

60

7.960.73 0.22

794157941679417

60795240.63


7.96

66J 50 0.36 1.23 2.52

7.9672

795227.96 79523

0.8 82K 55 0.26 1.46 0.75

7941250J 794137.96

150145

0.22

55 0.23 1.54

1

2.22.7

50µH

50J

3.33.9

7.96 79520K 55 0.21 1.75 0.91 85 79521

0.19 1.84 0.92 96

795187.96 79519

0.16 2.1K 55 0.17 2.02 0.93 100

0.95 1087.96

55 0.14

7.96

79516795170.15 2.25 1 120

2.38 1.03

164 7.963.22 1.15

134 7.96

7951455 0.13 2.68 1.12 145 7.96 7951555 0.12

7.96 7951255 0.1 3.75 1.2 175 7.96 79513

0.09 4.2 1.25 19055

4.7 60

KKKKKK 55K 55

K 55

K

MHz MHzΩ A (1) A (2)

AI 114IND.Tol.

Qmin.

DCRmax.

IDC max. SFRmin.

Testfreq.

Référence

AI 73

J 79419J 79418

7.967.967.967.96

SFRmin.MHz

7.96

7.967.967.967.96

Testfreq.MHz25.2

25.2

25.225.2

7.9613811010010090846560

28.7

25.279411

79409

0.82 50K 2 0.610.68 50K 79410µH

µH150150

0.170.19

0.47 50K 79408µH

150150

25.225.20.15

0.39 50K

0.56 50K

µH

794070.33 50K 79406160

15525.225.22.52

0.15

79404165

25.225.2

0.18 50K0.22 50

0.1 60K0.12 60K

220200185180170

58

1400.57

79400

79403

7940125.225.2

79405

0.67 0.21

0.84 0.240.74 0.23

1.01 0.350.91 0.26

1.12 0.511.06 0.37

1.81

J1.39 0.561.15 0.52

J 0.270.3

1.82 0.59

2.24 0.632.21 0.62

A (1) A (2)

0.652.33 0.64

2.58

IDC max.

2.72 1.182.69 1.022.64 0.91

1.56

0.591.121.161.29

79414

µH

1.39

0.72.55 0.68

1.75

50

500.57

0.10.110.12

1.5 50J

0.27 50KK

0.130.14

0.330.5

794022.62 0.782.6 0.75

0.230.25

IND

0.070.080.090.09

µH

50KµHµHµHµH

µHµHµH

µHµHµH

µH

µHµHµHµHµHµHµH


22 mH18 mH15 mH12 mH

0.25J 30 40 0.07 0.07 0.6

795540.06 0.57J 30 43.3 0.06

7955279553

0.07 0.64 0.25J 30 36.5 0.080.65

60J 79424

0.0840 21

0.25

0.06 0.52 0.25

0.25

79551J 40 21.8 0.080.09 0.72 0.25 79550J 0.090.09 0.73 0.25 79549J 40 19 0.1

45

45

45JJ

220

390470

270330

680820 79547

J 40 16.5 0.11 0.1 0.87 0.25 79548

1.3 0.8 79546J 25 9.73 0.14 0.13 1.2 0.8J

0.19

404579437

4545

0.8

1822

30 8.77 0.14 0.13

150180

100

560

82

120

0.14 1.4 0.8 79545J 30 8.38 0.15

47

27

3933

101215

5668

0.14 1.50.17 1.60.18 1.70.18 1.8

79544J 40 7.9 0.170.8 79543J 40 7.42 0.180.8 79542J 40 5.35 0.190.8 79541J 40 4.94 0.21

1.9 0.8 79540J 40 4.42 0.23

79538J 40 4 0.24 0.19 2 0.8 79539

0.8

4.98J 45

4.30.23 0.110.22 0.1

0.8

J 79435J

J

J2.520.80.8

4.62

3.74 0.280.21 30.21 2.7

7953740 3.13 0.32

J 40 3.47 0.34.5 0.80.224.8 2.52 79535J 40 1.85 0.37

79536

J 79433 795331.6 0.49

0.27

J

0.28 5.5 2.52 795340.42

50

40 1.75

79428

50

J 79434JJ

50

J 79430J 794310.363

J 79425J 79426

J 79429

50

79427J 2.52

0.3 6.5 2.52

795312.52 79532

0.3250 1.5 0.52 0.3 6.8

0.56

J2.52

10.410.20.41

50 1.42 0.610.4 8 2.52

2.527.779530J 35 0.96 0.75

0.49 9.6 2.52 7952935 0.6 0.78

0.48J 50 0.4

50

50 2.52 79527J 35 0.54 0.83 0.52 14 2.52

79524J

795280.53 180.56 47 2.52 79526

0.91

0.63

0.9779525

66J 50 0.36 1.23 2.520.38 1.09 0.6 50 2.52

J 35

45

5050

50

45

45

5050

J

45

79432

2.52

2.522.528.4

7.4

J

J

79436

J 79440J 79441

J 79438

45

J 79439

79442J 79443

0.80.80.80.8

794460.8

1.91.7

0.8

0.845

J 7944479445

1.5J 79447

0.80.8

0.8

2.522.522.52

7.962.522.522.52

2.72.32.22.1

0.09

3.32.9

6.15.45

4.3

3.4

0.05

0.19

0.11 0.060.1 0.05

0.13 0.060.12 0.06

0.24 0.130.24 0.11

0.14

28.718.9

6.96.6

16.8

0.14 0.08

0.2 0.10.18 0.090.15 0.09

0.32 0.140.27 0.13

0.33

0.150.38

0.52 0.19

0.15

J50

0.16

12.80.48 0.16

0.6 0.20.67 0.21

28.4

19.921.422.825.2

8.469.2311.713.2

5.455.83

3.33.854.07

1.942.242.392.71

1.561.641.85

J 794481.2

0.081 45 0.05mH

31.3

1.8mHmH

1.5

mH2.7 mH

mH

2.2

3.93.3

4.7 mH

6.85.6 mH

8.2mHmH

10 mH

µHµH

µHµHµH

µHµHµH

µHµHµHµHµHµH

J

µHµHµHµHµHµH

mH47.3 0.06

µHµHµHµHmH

79555J 30 51 0.06 0.05 0.5 0.25 79556

30

J 30 56.5 0.05 0.05 0.45 0.25 79557J 25 79.2 0.05 0.04 0.37 0.25 79558J 25 90 0.04J 25 120 0.04 0.03 0.33 0.08 79560

0.04 0.35 0.25 79559

MYRRA Page 23

3.8 16 79724K 100 0.03 4.9

4.3 33 79722M 35 0.03 5.8

5.3 55 79720M 35 0.02 7.1

5.7 82 79718M 35 0.02 8.3

7 114 79716M 35 0.01 10.5

MHzΩ A (1) A (2)

AI 139IND.Tol.

Qmin.

DCRmax.

IDC max. SFRmin.

Référence

1.4 28 79624K 45 0.13 1.7

2 35 79622M 25 0.08 2.2

2.4 45 79620M 28 0.05 2.6

2.8 55 79618M 28 0.04 3.1

3.3 75 79616M 32 0.03 3.9

3.7 125 79614M 28 0.03 4.7

4 200 79612M 28 0.02 5.5

A (2) MHzΩ A (1)

AI 75IND.Tol.

Qmin.

DCRmax.

IDC max. SFRmin.

RéférenceIND

0.1 µH0.12 µH0.15 µH0.18 µH0.22 µH0.27 µH0.33 µH0.39 µH0.47 µH0.56 µH0.68 µH0.82 µH

1 µH1.2 µH1.5 µH1.8 µH2.2 µH2.7 µH3.3 µH3.9 µH4.7 µH5.6 µH6.8 µH8.2 µH10 µH12 µH



62 0.1 0.08 797640.34K 110

0.42K 125 7976236 0.12 0.11

0.13 0.54 79760K 130 21 0.15

0.17 0.58 79758K 75 14 0.18

0.21 0.69 79756K 70 8.7 0.22

0.25 0.85 79754K 80 6.4 0.26

0.28 1 79752K 85 4.4 0.32

0.33 1.2 79750K 85 3.1 0.38

0.43 1.7 79748K 65 2 0.49

0.5 2 79746K 30 1.4 0.6

0.63 2.5 79744K 30 0.93 0.73

0.77 3 79742K 30 0.68 0.84

0.94 3.9 79740K 35 0.43 1

1.1 4.3 79738K 40 0.31 1.3

1.4 5.8 79736K 45 0.2 1.6

1.7 7.1 79734K 50 0.14 1.9

2 9 79732K 70 0.11 2.3

2.2 9.6 79730K 85 0.09 2.7

2.8 13 79728K 100 0.06 3.3

3.3 17 79726K 100 0.04 4.2

0.07 0.9 79658K 8 59 0.07

0.08 1.1 79656K 18 47 0.08

0.08 1.3 79654K 28 37 0.1

0.1 1.8 79652K 42 22 0.13

0.13 2.2 79650K 50 14 0.15

0.14 2.5 79648K 63 10.3 0.18

0.21 3 79646K 63 6.8 0.22

0.22 3.9 79644K 60 4.5 0.26

0.26 4.5 79642K 53 3.2 0.32

0.32 6 79640K 53 2.2 0.38

0.39 6.8 79638K 40 1.3 0.47

0.5 8 79636K 35 0.95 0.55

0.59 9.5 79634K 25 0.65 0.65

0.7 13.5 79632K 28 0.5 0.8

0.78 15 79630K 35 0.4 0.95

1.1 19 79628K 32 0.22 1.2

1.23 24 79626K 40 0.18 1.412 µH15 µH18 µH22 µH27 µH33 µH39 µH47 µH56 µH68 µH82 µH100 µH120 µH150 µH180 µH220 µH270 µH330 µH390 µH470 µH560 µH680 µH820 µH1 mH

1.2 mH1.5 mH1.8 mH2.2 mH2.7 mH3.3 mH3.9 mH4.7 mH5.6 mH

18 mH

6.8 mH8.2 mH10 mH

22 mH

12 mH15 mH

MYRRA Page 24

PCB mount toroidal chokesToroid core provides low influence to external fieldsHigh attenuation characteristics over a wide frequency rangeMaterials used are UL94-V0 recognizedTaping package for automatic insertion

Common mode and differential mode noise filtering of signal linesAbsorption of noise generated by digital or switch mode power equipmentsPrevention of interference from external sources

Dual winding for common mode :

Single winding for differential mode :

TCF 27

DIMENSIONS (mm)

FEATURES

APPLICATIONS

17.5 max.

TCF 67A BFig.Type

2.5 max.

TCF SERIES (Toroid Coils Filters)

5 +/-0.5

C9 max.

27.5 max.

∅ GED6.4 max. 2.5 +/-0.3

5 +/-0.5

F4.0 min

10 min.

0.6 +/- 0.1

--8.7 max. 0.6 +/- 0.1

Single winding for differential mode :

2000 1460 70 1.21.560 +/- 35 210

1

1 : 1 MHz2 : 10 MHz3 : 100 MHz

7980380 +/- 35 300

40400 800 32

1400 1430 52

24AΩ typ

1.915 +/- 35 70

2.3

40 +/- 35

100 MHz

10 +/- 50 50 300 650Ω typ

Z(3)

DCRtyp


RéférenceIDCmax.

mΩµH % Ω typ

Fig. INDtyp

Tol. Z(1)

Z(2)

TCF 67

1 : 1 MHz2 : 10 MHz3 : 100 MHz

- 25 / + 70 °C

Impedance meas. frequencyImpedance meas. frequencies

79804200 VDC - 1 minute

79801

TCF 27

A1 kHz

2.2140 850 1370

µH

Impedance meas. frequencies

Insulation test

Fig. INDtyp

Z(1)

Z(2)

DCRtyp

Z(3)

5 23

2 40 13060100

150

10

798531.4

130 340 798502.679851

4440

1600

+/- 50+/- 50

+/- 35+/- 35

+/- 3550

200

%

Tol.

mΩΩ typ18

Ω typ Ω typ

798540.98520001.3

280 25700

1200700

Référence

79800Rated voltage

Inductance meas. frequency

50 V

7985213002600

IDCmax.


79802

MYRRA Page 25

Wirewound high current noise suppressorsHigh realiabilityHigh resistance to heat and humidityImpedance is mainly resistive and constant over a wide frequency range

Absorption of noise generated by digital or switch mode power equipmentsPrevention of interference from external sourcesSuitable for power lines and circuits with no or unstable grounding

79920

360

650

330400

Z(2)

Z(3)

HF

Fig.

Ω typ220

Ω typ6518

1.5 1

Turns

79900Ω typ

190 450 79901

Ω typ

WBHF

90270 79911370 550

25490

630

3 390 700110WB

WBC SERIES (Wide Band Chokes)

2.5


Type

WB

Z(1)

710

FEATURES

APPLICATIONS

DIMENSIONS (mm)

2 2

WBC 610Z

(4)Référence

79910

7992179920


- 40 / + 125 °C

Q factor measuring frequencies(1) : 1 MHz(2) : 10 MHz(3) : 50 Mhz

(4) : 100 MHz

3 390 70011040

WB380

A B C D

4

2.5

WBHF

900430 900

18042

79930HF

5 220 3306518HF 190

60079931

2x1.5 360450

79940400

WB79941

3 850

0.5 +/- 0.16 +/- 0.5 10 +/- 0.3 20 +/- 2 3.5WBC 610E

780 880710

1080

* WB = WideBand (1 to 200 MHz)High impedance at low frequency.Effective noise suppression in a wide frequency range. General use.

HF = High Frequency (50 to 500 MHz)Low inductance below 10 MHz.

MYRRA Page 26

FEATURESCommon Mode Toroidal ChokesEfficient for low to high frequency (10kHz to 30 MHz)Efficient also for differential mode filteringVarious size and models available

APPLICATIONSSuppression of conducted noiseLine filter at input of any electronic equipmentSpecially designed for Switch Mode Power Supplies

On request

On request

CMT Series (Common mode toroids)


DIMENSIONS (mm)

FEATURESVertical or horizontal windingsClose or spaced woundAll values on request

APPLICATIONS

On request


DIMENSIONS (mm)

Operating température rangeType a b

- 40 / + 125 °CAll

SCC SERIES (Spring Coils Chokes)

8 min. 1 max.

MYRRA Page 27

Wideband transformers and baluns coilsWith or without SMT baseMaterials UL94-V0 recognizedVarious impedance and transformer ratios available

Wideband RF ApplicationsBroadband transformers, impedance transformers, power splitters, directional couplers and mixersCable TV distribution equipmentCable Modems, Set top boxes, satellite TV equipments

On request


APPLICATIONS

APPLICATIONS

0.6

Type A B C

BC 66

E F3 4.0 max.

D

BC SERIES (Balun Coils series)

BC 54

DIMENSIONS (mm)

FEATURES

5.4 +/- 0.15 4.3 +/- 0.1 2.7 +/- 0.2

6.2 +/- 0.15 4.0 max.


- 20 / + 85 °C

G4.3 0.54.96 +/- 0.1 4 +/- 0.2 4

MYRRA Page 28

CHINAPANYU (GUANGDONG)PRODUCTION

FRANCEBUSSY ST GEORGES (PARIS)EUROPEAN DESIGN CENTERAND SALESPRODUCTION

CHINAHONG-KONGHEAD QUARTERMARKETING / SALES CENTER

POLANDWARSAW (KALUSZYN)PRODUCTION

SPAINBARCELONESALES / DESIGN CENTER

Spe

cific

atio

ns a

re s

ubje

t to

cha

nge

with

out

notic

e.

ED

I C

ON

CE

PT

- I

mpr

imé

en U

.E.

R

éf.

1

MYRRA S.A.Z.I. Gustave Eiffel - 2, boulevard de la Haye - 77615 BUSSY ST GEORGES Cedex 3 - FRANCE

Tél. : (33) 01 60 37 55 55 - Fax. : (33) 01 60 17 12 00 - Site web : www.myrra.comAmerica : [email protected] Asia : [email protected] Europe : [email protected]

CHINAZHONGSHANPRODUCTION

through holes chokes - eltron

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