Mag Layers MCD-1415 User Manual

SCOPE
This specification applies to the current type Radial Leaded Inductor
(1) SHAPES AND DIMENSIONS
(2) ELECTRICAL SPECIFICATIONS
(3) CHARACTERISTICS
for MCD-1415-SERIES
PRODUCT INDENTIFICATION MCD- 1415 - 102 K
Product Code Dimensions Code Inductance Code Tolerance Code
A: 16.5 Max. mm B: 15.5 Max. mm C: 15.0±2.0 mm D: 7.5±0.5 mm E: φ1.0±0.1 mm F: 3.0 Max. 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
MCD-1415-SERIES Page 1/4
TABLE 1
MAGLAYERS
Inductance Percent Test Resistance Rated DC Current
PT/NO.
MCD-1415-100 MCD-1415-120
MCD-1415-150 MCD-1415-220
MCD-1415-270 MCD-1415-330 MCD-1415-390
MCD-1415-470 MCD-1415-560 MCD-1415-680 MCD-1415-820 MCD-1415-101 MCD-1415-121 MCD-1415-151 MCD-1415-181 MCD-1415-221
MCD-1415-271 MCD-1415-331
MCD-1415-391 MCD-1415-471
MCD-1415-561 MCD-1415-681
MCD-1415-821 MCD-1415-102
L(μH) Tolerance Frequency RDC(Ω)Max. IDC1(A) IDC2(A)
10 M 100kHz/0.25V 17 m 14.0 6.7 12 K,M 100kHz/0.25V 19 m 12.0 6.6
15 K,M 100kHz/0.25V 21 m 10.0 6.5 22 K,M 100kHz/0.25V 26 m 8.8 5.8
27 K,M 100kHz/0.25V 28 m 8.3 5.3 33 K,M 100kHz/0.25V 34 m 7.8 5.2 39 K,M 100kHz/0.25V 38 m 7.3 5.1
47 K,M 100kHz/0.25V 46 m 6.7 4.6 56 K,M 100kHz/0.25V 51 m 6.2 4.5 68 K,M 100kHz/0.25V 55 m 5.7 4.3
82 K,M 100kHz/0.25V 58 m 5.2 4.2 100 K,M 100kHz/0.25V 75 m 4.6 3.4 120 K,M 100kHz/0.25V 0.100 4.2 3.1 150 K,M 100kHz/0.25V 0.125 3.7 2.9 180 K,M 100kHz/0.25V 0.141 3.5 2.7 220 K,M 100kHz/0.25V 0.208 3.0 2.4
270 K,M 100kHz/0.25V 0.240 2.7 2.3 330 K,M
390 K,M 100kHz/0.25V 0.303 2.3 2.0 470 K,M 100kHz/0.25V 0.342 2.1 1.9
560 K,M 100kHz/0.25V 0.531 1.8 1.6 680 K,M 100kHz/0.25V 0.590 1.7 1.5
820 K,M 100kHz/0.25V 0.728 1.5 1.3
1000 J,K,M 100kHz/0.25V 0.750 1.4 1.2
100kHz/0.25V
0.272 2.5 2.1
1. specify the inductance tolerance,J(±5%)K(±10%),M(±20%) 2. IDC1 Based on inductance change (L/L0 : drop10% Max.) @ ambient temp. 25
IDC2 Based on temperature rise (T40 TYP.) Rated DC Current The less value which is IDC1 or IDC2.
MAG.LAYERS
MCD-1415-SERIES
Page-2/4
Loading...
+ 2 hidden pages