mmd-06ah-r82m-v1 Mag .Layers Scientific-Technics Co.,Ltd, mmd-06ah-r82m-v1 Datasheet

mmd-06ah-r82m-v1

Manufacturer Part Number

mmd-06ah-r82m-v1

Description

Pda, Notebook, Desktop, And Server Applications. Low Profile, High Current Power Supplies. Dc/dc Converters In Distributed Power Systems. Dc/dc Converters For Field Programmable Gate Array.

Manufacturer

Mag .Layers Scientific-Technics Co.,Ltd

Datasheet

1.MMD-06AH-R82M-V1.pdf (8 pages)

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■

NOTE : Dimension in mm

PDA, notebook, desktop, and server applications.

Low profile, high current power supplies.

DC/DC converters in distributed power systems.

DC/DC converters for field programmable gate array.

FEATURES

APPLICATION

PRODUCT IDENTIFICATION

PRODUCT DIMENSION

High performance (I sat) realized by metal dust core.

Frequency Range: up to 1MHz.

RoHS compliant.

Super low resistance, ultra high current rating.

①Product Code

②Dimensions: 04AB = 4.5 x 4.0 x 1.2 mm

③Inductance Code: 1R0 = 1.0μH

④Tolerance: M = ±20%

⑤Series Type : V1 Type

MMD - 04AB - 1R0 M - V1

①

MAG.LAYERS

②

T I

T D

T I

T D

③ ④ ⑤

PRODUCT NO.

MMD-04AB

MMD-06AB

MMD-06AH

MMD-06DZ

MMD-10DZ

MMD-12FD

MMD-04BZ

MMD-05BZ

MMD-05CZ

MMD-06AE

MMD-06CZ

MMD-06EZ

MMD-12CE

MMD-12EZ

4.45±0.25

6.86±0.38

11.5 Max

13.2±0.5

5.0±0.2

4.06±0.25

6.47±0.25

10.0±0.3

12.9Max

4.7±0.2

1.2Max

2.0Max

3.0Max

1.2Max

1.5Max

1.8Max

3.0Max

5.0Max

4.0Max

3.5Max

5.0Max

6.4Max

3.18±0.3

2.0±0.3

3.0±0.3

3.0±0.5

3.5±0.5

3.1±0.5

0.76±0.3

1.27±0.3

1.0±0.3

2.2±0.3

2.3±0.3

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mmd-06ah-r82m-v1 Summary of contents

Page 1

... T I ■ PRODUCT IDENTIFICATION ① ② ③ ④ ⑤ MMD - 04AB - 1R0 ①Product Code ②Dimensions: 04AB = 4.5 x 4.0 x 1.2 mm ③Inductance Code: 1R0 = 1.0μH ④Tolerance ±20% ⑤Series Type : V1 Type ■ ■ ■ ...

... INDUCTANCE PART NUMBER MMD-04BZ-R10M-V1 MMD-04BZ-R22M-V1 MMD-04BZ-R33M-V1 MMD-04BZ-R47M-V1 MMD-04BZ-1R0M-V1 MMD-04BZ-2R2M-V1 MMD-04BZ-4R7M-S1 MMD-04BZ-6R8M-S1 MMD-04BZ-8R2M-S1 MMD-04BZ-100M-S1 MMD-04BZ-220M- ...

Page 3

... INDUCTANCE PART NUMBER Lo(μH)±20% MMD-06AB-R47M-M1 MMD-06AB-R68M-M1 MMD-06AB-1R0M-M1 MMD-06AB-1R5M-M1 MMD-06AB-3R3M-S1 MMD-06AB-4R7M-S1 MMD-06AB-6R8M-S1 MMD-06AB-100M-S1 MAG.LAYERS 0.33 7.6 8.2 0.47 8.1 8.8 0.68 11.2 12.4 1.0 18.9 20 2.2 45.6 50.1 3.3 79.2 85.5 4.7 108 116.6 5.6 113 122 6.8 139 150 10 184 199 ...

Page 4

... INDUCTANCE PART NUMBER Lo(μH)±20% MMD-06AH-R10M-V1 MMD-06AH-R22M-V1 MMD-06AH-R33M-V1 MMD-06AH-R47M-V1 MMD-06AH-R82M-V1 MMD-06AH-1R0M-V1 MMD-06AH-2R2M-V1 MMD-06AH-3R3M-V1 MMD-06AH-4R7M-V1 MMD-06AH-6R8M-S1 MMD-06AH-8R2M-S1 MMD-06AH-100M- ...

Page 5

... INDUCTANCE PART NUMBER Lo(μH)±20% MMD-06EZ-R56M-V1 MMD-06EZ-R68M-V1 MMD-06EZ-R82M-V1 MMD-06EZ-1R0M-V1 MMD-06EZ-1R5M-V1 MMD-06EZ-2R2M-V1 MMD-06EZ-3R3M-V1 MMD-06EZ-4R7M-V1 MAG.LAYERS 0.82 6 67.8 71 ...

Page 6

... INDUCTANCE PART NUMBER Lo(μH)±20% MMD-12CE-R15M-V1 MMD-12CE-R22M-V1 MMD-12CE-R33M-V1 MMD-12CE-R47M-V1 MMD-12CE-R60M-V1 MMD-12CE-R68M-V1 MMD-12CE-R82M-V1 MMD-12CE-1R0M-V1 MMD-12CE-1R5M-V1 MMD-12CE-1R8M-V1 MMD-12CE-2R2M-V1 MMD-12CE-3R3M-V1 MMD-12CE-4R7M-V1 MAG.LAYERS (mΩ) @0A Typ. Max 0.36 1.05 1.2 0.45 1.3 1.5 ...

Page 7

... INDUCTANCE PART NUMBER Lo(μH)±20% MMD-12EZ-R22M-V1 MMD-12EZ-R33M-V1 MMD-12EZ-R47M-V1 MMD-12EZ-R56M-V1 MMD-12EZ-R68M-V1 MMD-12EZ-R82M-V1 MMD-12EZ-1R0M-V1 MMD-12EZ-1R5M-V1 MMD-12EZ-1R8M-V1 MMD-12EZ-2R2M-V1 MMD-12EZ-3R3M-V1 MMD-12EZ-4R7M-V1 MMD-12EZ-5R6M-V1 MMD-12EZ-6R8M-V1 MMD-12EZ-7R8M-V1 MMD-12EZ-8R2M-V1 MMD-12EZ-100M- ...

Page 8

... MMD-12FD-2R2M-V1 MMD-12FD-3R3M-V1 MMD-12FD-4R7M-V1 MMD-12FD-6R8M-V1 MMD-12FD-8R2M-V1 MMD-12FD-100M-V1 NOTES: 1. Idc : DC current (A) that will cause an approximate △ 40℃ 2. Isat : DC current (A) that will cause Lo to drop approximately 20% 3. All test data is referenced to 25℃ ambient 4. Operating Temperature Range -55℃ to +125℃ 5. The part temperature (ambient + temp rise) should not exceed 125℃under the worst operating conditions. Circuit design, component placement, PWB trace size and thickness, airflow and other cooling provisions all affect the part temperature ...

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