Mag Layers MCM-1211M User Manual

. SCOPE
This specification applies to the Pb Free high current type SMD Common mode filter for MCM-1211M-SERIES
PRODUCT INDENTIFICATION MCM - 1211M - 701
Product Code Dimensions Code Impedance Code
(1) SHAPES AND DIMENSIONS
A: 12.0±0.5 mm B: 10.8±0.5 mm C: 6.4 Max. mm
(2) ELECTRICAL SPECIFICATIONS
SEE TABLE 1
TEST INSTRUMENTS Z : HP 4291B IMPEDANCE ANALYZER (or equivalent) Z : HP 4285 IMPEDANCE ANALYZER (or equivalent) (For MCM-1211F-272) RDC : CHROMA MODEL 16502 MILLIOHMMETER (or equivalent) I.R : CHROMA MODEL 19073 AC/DC/IR HIPOT TESTER (or equivalent)
(3) CHARACTERISTICS
(3)-1 Ambient temperature ……......... 60 Max.
(3)-2 Operate temperature range ...... 40℃~+125
(Including self temp. rise)
D: 7.0 Typ. mm E: 2.7±0.2 mm F: 2.5±0.2 mm G: 2.5±0.2 mm
(3)-3 Storage temperature range ...... 40℃~+125
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TABLE 1
MAGLAYERS PT/NO.
MCM-1211M-800 MCM-1211M-701 MCM-1211M-102 MCM-1211M-222 MCM-1211M-272
Impedance(Ω)
Min. Typ. (A) Max. (MΩ) Min.
80 230 100MHz/0.5V 2.0m 10.0 10 125
500 700 100MHz/0.5V 6.0m 8.0 10 125
750 1000 100MHz/0.5V 14 m 6.0 10 125 2200 2500 10MHz/0.5V 35 m 1.8 10 125 2300 2700 10MHz/0.5V 50 m 1.5 10 125
Test
Frequency
Resistance RDC(Ω)
Max.(1 line)
Rated Insulation
Current Resistance
Rated Voltage (V)Max.
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(4) RELIABILITY TEST METHOD
Soldering temperature
2 min
MECHANICAL
TEST ITEM SPECIFICATION TEST DETAILS
Solder ability The product shall be connected to the test Apply cream solder to the printed circuit board .
circuit board by the fillet (the height is 0.2mm). Refer to clause 8 for Reflow profile.
Resistance to There shall be no damage or problems. Temperature profile of reflow soldering Soldering heat (reflow soldering)
300
250
200
150
100
soldering (Peak temperature 260±3 10 sec
Pre-heating
150 ~ 180
30 sec Min
+0
Slow cooling (Stored at room temperature)
50
10 sec.
2 min. or more
The specimen shall be passed through the reflow oven with the condition shown in the above profile for 1 time. The specimen shall be stored at standard atmospheric eric conditions for 1 hour, after which the measurement shall be made.
Terminal strength The terminal electrode and the ferrite must Solder a chip to test substrate , and then laterally apply
not damaged. a load 9.8N in the arrow direction.
Strength on PC board The terminal electrode and the ferrite must Solder a chip to test substrate and then apply a load. bending not damaged.
High temperature resistance
MAG.LAYERS
Impedance:Within±20% of the initial value. After the samples shall be soldered onto the test circuit Insulation resistance and DC resistance on the board,the test shall be done. specification(refer to clause 2-1) shall be met. Measurement : After placing for 24 hours min. The terminal electrode and the ferrite must not
Temperature : +85±2
damaged. Applied voltage : Rated voltage
Applied current : Rated current Testing time : 500±12 hours
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(4) RELIABILITY TEST METHOD
MECHANICAL
TEST ITEM SPECIFICATION TEST DETAILS Humidity Impedance:Within±20% of the initial value. After the samples shall be soldered onto the test circuit resistance Insulation resistance and DC resistance on the board,the test shall be done.
specification(refer to clause 2-1) shall be met. Measurement : After placing for 24 hours min. The terminal electrode and the ferrite must not damaged. Applied voltage : Rated voltage
Thermal shock Impedance:Within±20% of the initial value.
Insulation resistance and DC resistance on the specification(refer to clause 2-1) shall be met. The terminal electrode and the ferrite must not damaged.
Temperature : +60±2 , Humidity : 90 to 95 %RH
Applied current : Rated current Testing time : 500±12 hours
Low temperature storage
Vibration Impedance:Within±20% of the initial value. After the samples shall be soldered onto the test circuit
Solderability
Impedance:Within±20% of the initial value. After the samples shall be soldered onto the test Insulation resistance and DC resistance on the circuit board,the test shall be done. specification(refer to clause 2-1) shall be met. Measurement : After placing for 24 hours min. The terminal electrode and the ferrite must not damaged. Testing time : 500±12 hours
Insulation resistance and DC resistance on board,the test shall be done. the specification(refer to clause 2-1) Frequency : 10 to 55 Hz shall be met. Amplitude : 1.52 mm The terminal electrode and the ferrite must Dimension and times : X ,Y and Z directions not damaged. for 2 hours each.
New solder More than 75% Flux (rosin, isopropyl alcohol{JIS-K-1522}) shall be coated
Temperature : -40±2
over the whole of the sample before hard, the sample shall then be preheated for about 2 minutes in a temperature of 130150 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 75% of the electrode sections shall be couered with new solder smoothly when the sample is taken out of the solder bath.
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(5) LAND DIMENSION (Ref.)
PCB: GLASS EPOXY t1.6mm
(5)-1 LAND PATTERN DIMENSIONS
(STANDARD PATTERN)
(6) TEST EQUIPMENT
(6)-1 Impedance Measured by using HP4291B RF Impedance Analyzer.
Measurement terminal
(6)-2 DC Resistance Measured by using Chroma 16502 milliohm meter.
Measurement terminal
(6)-3 Insulation Resistance
Measured by using Chroma 19073 Measurement voltage : 50v ,Measurement time : 60 sec.
Measurement terminal
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(6) PACKAGING
(6)-1 CARRIER TAPE DIMENSIONS (mm)
(6)-2 TAPING DIMENSIONS (mm)
701
701
701
Unreeling Direction
701
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(6)-3 REEL DIMENSIONS (mm)
(6)-4 QUANTITY
500 pcs/Reel The products are packaged so that no damage will be sustained.
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TYPICAL ELECTRICAL CHARACTERISTICS
Differential
Differential
MCM-1211M-701
10000
1000
100
Impedance(Ω)
10
1
1 10 100 1000
Frequency(MHz)
MCM-1211M-102
10000
Common Mode
Differential Mode
1000
100
Impedance(Ω)
10
100000
10000
1000
100
Impedance(Ω)
Common Mode
1
1 10 100 1000
Frequency(MHz)
MCM-1211M-222
10
Common Mode
1
1 10 100 1000
Frequency(MHz)
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TYPICAL ELECTRICAL CHARACTERISTICS
MCM-1211M-800
1000
100
10
Impedance(Ω)
Common Mode
1
1 10 100 1000
Frequency(MHz)
0.1MHz~0.9MHz:HP4285,1MHz~100MHz:HP4291B
MCM-1211M-272
10000
1000
Differential Mode
100
Impedance(Ω)
10
Common Mode
1
0.1 1 10 100
Frequency(MHz)
Differential Mode
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