Mag Layers MCD-0810 User Manual

SCOPE
This specification applies to the current type Radial Leaded Inductor
(1) SHAPES AND DIMENSIONS
(2) ELECTRICAL SPECIFICATIONS
SEE TABLE 1
(3) CHARACTERISTICS
for MCD-0810-SERIES
PRODUCT INDENTIFICATION MCD - 0810 - 102 K
A: 10.5 Max. mm B: 10.5 Max. mm C: 15.0±2.0 mm D: 5.0±0.5 mm E: φ0.65±0.1 mm F: 2.5 Max. mm
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-0810-SERIES Page 1/4
TABLE 1
MAGLAYERS
PT/NO. MCD-0810-1R2 MCD-0810-2R2 MCD-0810-3R3 MCD-0810-4R7 MCD-0810-6R8
MCD-0810-100 MCD-0810-150 MCD-0810-180 MCD-0810-220 MCD-0810-270 MCD-0810-330 MCD-0810-101 MCD-0810-181 MCD-0810-221 MCD-0810-271 MCD-0810-331 MCD-0810-391 MCD-0810-471 MCD-0810-561 MCD-0810-681 MCD-0810-821 MCD-0810-102 MCD-0810-112 MCD-0810-122 MCD-0810-152 MCD-0810-222
Inductance Percent Test Resistance Rated DC Current
L(μH) Tolerance Frequency RDC(Ω)Max. IDC1(A) IDC2(A)
1.2 M
2.2 M
3.3 M
4.7 M
6.8 M 10 K,M 15 K,M 18 L,M 22 K,M 27 K,M 33 K,M
100 K,M 180 K,M 220 K 270 K,M 330 K,M 390 K,M 470 K,M 560 K,M 680 K,M
820 K,M 1000 K 100kHz/0.25V 2.30 0.45 0.45 1100 K 100kHz/0.25V 2.60 0.43 0.43 1200 K 1500 K,M 2200 K
100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V 100kHz/0.25V
100kHz/0.25V 100kHz/0.25V
1kHz/0.25V
7.70m 15.0 8.00
14.0m 12.0 7.00
16.0m 10.0 6.00
18.0m 8.00 5.30
25.0m 5.20 5.00
26.0m 5.00 4.50
68.0m 4.30 2.70
70.0m 4.10 2.70
74.0m 3.90 2.60
82.5m 3.70 2.50
85.0m 3.50 2.40
0.26 1.40 1.40
0.44 1.00 1.10
0.50 0.90 1.00
0.60 0.83 0.90
0.78 0.78 0.80
0.85 0.70 0.75
1.08 0.63 0.70
1.19 0.60 0.65
1.59 0.55 0.55
1.88 0.50 0.50
3.20 0.40 0.40
3.40 0.30 0.37
3.90 0.27 0.35
1. Specify the inductance tolerance, K(±10%),L(±15%), M(±20%) 2. IDC1 Based on inductance change (L/Lo drop 10% Max) @ ambient temp. 25
IDC2 Based on temperature rise (T 40 TYP.) Rated DC Current The less value which is IDC1 or IDC2.
FLOW SOLDERING
150
100
MAG.LAYERS
MCD-0810-SERIES
Page-2/4
(4) RELIABILITY TEST METHOD
MECHANICAL
NO. ITEMS
More than 90% of the
1 Solderability test
2 lead tensile 1.0 Kg MIN. The lead of product is pulled with a load of
strength test 1.0kg mininum until lead breakdown. The tensile
termnial electrode should be covered with solder.
Dipping: 245 ± 5 , 3 ± 1 seconds
force shall be recorded.
CONDITIONSSPECIFICATIONS
3 Vibration test
4 Soldering heat Visual:OK The leads of product are dipped into a solder pot
resistance test Circuit:OK
L/L±7% Visual:OK
The product is fixed ento the vibration with amplitude of 1.52m/m at a frequency of 1055Hz sweeping for lmin. The vibration is done at X,Y, Z direction respectively for 2 houes, totally 6 hours.
of 260±5 for a duration of 10±1sec. Nothing particular on visual and open circuitry as a result of ore testing.
ENVIRONMENTAL
NO. ITEMS
1 Humidity
endurance test
2 High temp
endurance test for 72 hours. Measurement is done after recovery
SPECIFICATIONS CONDITIONS
L/L±5% The product is placed in a chamber of 40±2,
9095%RH for 96 hours. Measurement is done after the reaovery of 424 hours.
L/L±5% The product is placed in a chamber of 80±2,
of 424 hours.
3 Low temp test
4 Thermal shock
test
MAG.LAYERS
L/L±5% The product is placed in a chamber of -40±2,
for 96 hours. Measurement is done after recovery of 424 hours.
L/L±5%
The specimens are placed in a chamber and the temp is then lowered to -20±2 for one hour. The temp will raised to +80±2 for one hour. This constitues one cycle. Ten cycles of such testing shall be completed. Measurement is made after recovery for 424 hours from the completion of testing.
MCD-0810-SERIES
Page-3/4
(5) PACKAGE SPECIFICATION (mm)
MAG.LAYERS
MCD-0810-SERIES
Page-4/4
Loading...