Mag Layers MSCD-53 User Manual

SCOPE

：

This specification applies to the Pb Free high current type SMD inductors for

(1) SHAPES AND DIMENSIONS

(2) ELECTRICAL SPECIFICATIONS

(3) CHARACTERISTICS

MSCD-53-SERIES

PRODUCT INDENTIFICATION
MSCD- 53 - 100 K

① ② ③ ④

① Product Code
② Dimensions Code
③ Inductance Code
④ Tolerance Code

A: 5.8 ± 0.3 mm
B: 5.2 ± 0.3 mm
C: 3.0 ± 0.3 mm
D: 2.0 Typ. mm

SEE TABLE 1

TEST INSTRUMENTS
L : HP 4284A PRECISION LCR METER (or equivalent)
RDC : CHROMA MODEL 16502 MILLIOHMMETER (or equivalent)

(3)-1 Ambient temperature ……......... ＋60℃ Max.

(3)-2 Operate temperature range ...... －40℃～＋125℃

(Including self temp. rise)

(3)-3 Storage temperature range ...... －40℃～＋125℃

MAG.LAYERS

MSCD-53-SERIES Page 1/8

TABLE 1

MAGLAYERS

PT/NO.
MSCD-53-1R0□
MSCD-53-1R4□
MSCD-53-1R5□
MSCD-53-1R8□
MSCD-53-2R2□
MSCD-53-2R7□
MSCD-53-3R3□
MSCD-53-3R9□
MSCD-53-4R7□
MSCD-53-5R6□
MSCD-53-6R8□
MSCD-53-8R2□

MSCD-53-100□
MSCD-53-120□
MSCD-53-150□
MSCD-53-180□
MSCD-53-220□
MSCD-53-270□
MSCD-53-330□
MSCD-53-390□
MSCD-53-470□
MSCD-53-560□
MSCD-53-680□
MSCD-53-820□
MSCD-53-101□
MSCD-53-121□
MSCD-53-151□
MSCD-53-181□
MSCD-53-221□
MSCD-53-271□
MSCD-53-331□
MSCD-53-391□
MSCD-53-471□
MSCD-53-561□
MSCD-53-681□
MSCD-53-821□
MSCD-53-102□

Inductance Percent Test Resistance Rated DC Current

L(μH) Tolerance Frequency RDC(Ω)Max.

1.0 M,N 100kHz/0.25V 30m 1R0

1.4 M,N 100kHz/0.25V 30m 1R4

1.5 M,N 100kHz/0.25V 30m 1R5

1.8 M,N 100kHz/0.25V 30m 1R8

2.2 M,N 100kHz/0.25V 30m 2R2

2.7 M,N 100kHz/0.25V 40m 2R7

3.3 M,N 100kHz/0.25V 50m 3R3

3.9 M,N 100kHz/0.25V 60m 3R9

4.7 M,N 100kHz/0.25V 70m 4R7

5.6 M,N 100kHz/0.25V 80m 5R6

6.8 M,N 100kHz/0.25V 90m 6R8

8.2 M,N 100kHz/0.25V 0.10 8R2
10 K,L,M 100kHz/0.25V 0.12 100
12 L,M 100kHz/0.25V 0.13 120
15 L,M 100kHz/0.25V 0.15 150
18 L,M 100kHz/0.25V 0.18 180
22 L,M 100kHz/0.25V 0.22 220
27 K,L,M 100kHz/0.25V 0.26 270
33 K,L,M 100kHz/0.25V 0.33 330
39 L,M 100kHz/0.25V 0.42 390
47 K,L,M 100kHz/0.25V 0.50 470
56 L,M 100kHz/0.25V 0.55 560
68 L,M 100kHz/0.25V 0.65 680
82 L,M 100kHz/0.25V 0.80 820

100 K,M 100kHz/0.25V 0.90 101
120 K,M 100kHz/0.25V 1.00 121
150 K,M 100kHz/0.25V 1.30 151
180 K,M 100kHz/0.25V 1.50 181
220 K,M 100kHz/0.25V 2.00 221
270 K,M 100kHz/0.25V 2.50 271
330 K,M 100kHz/0.25V 3.20 331
390 K,M 100kHz/0.25V 3.50 391
470 K,M 100kHz/0.25V 4.20 471
560 K,M 100kHz/0.25V 4.50 561
680 K,M 100kHz/0.25V 6.50 681
820 K,M 100kHz/0.25V 7.50 821

1000 K,M 100kHz/0.25V 8.00 102

IDC(A)

4.50

4.10

4.00

3.70

3.50

3.20

2.80

2.60

2.50

2.40

2.20

2.00

1.80

1.75

1.70

1.60

1.30

1.20

1.10

1.00

0.90

0.85

0.80

0.65

0.60

0.58

0.43

0.41

0.38

0.35

0.28

0.26

0.20

0.19

0.18

0.15

0.13

Marking

※ □ specify the inductance tolerance,K(±10%),L(±15%),M(±20%),N(±30%)
※ IDC : Based on inductance change (△L/Lo：drop 10% Max.) @ ambient temp. 25℃ and

Based on temperature rise (△T： 40℃ TYP.)

MAG.LAYERS

MSCD-53-SERIES Page-2/8

(4) RELIABILITY TEST METHOD

MECHANICAL

TEST ITEM SPECIFICATION TEST DETAILS

Substrate bending

△L/Lo≦±5%

There shall be direction is made approximately 3mm.(keep time 30 seconds)
no mechanical PCB dimension shall the page 7/9
damage or elec- F(Pressurization)
trical damege.

The sample shall be soldered onto the printed circuit board
in figure 1 and a load applied unitil the figure in the arrow

PRESSURE ROD

figure-1

Vibration

Solderability

△L/Lo≦±5%

There shall be and a frequency of from 10 to 55Hz/1 minute repeated should
no mechanical be applied to the 3 directions (X,Y,Z) for 2 hours each.
damage. (A total of 6 hours)

New solder Flux (rosin, isopropyl alcohol{JIS-K-1522}) shall be coated
More than 90% over the whole of the sample before hard, the sample shall

The sample shall be soldered onto the printed circuit board
and when a vibration having an amplitude of 1.52mm

then be preheated for about 2 minutes in a temperature of
130～150℃ and after it has been immersed to a depth 0.5mm
below for 3±0.2 seconds fully in molten solder M705 with
a temperature of 245±5℃.
More than 90% of the electrode sections shall be couered
with new solder smoothly when the sample is taken out of
the solder bath.

MAG.LAYERS

MSCD-53-SERIES

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