MetalLions-ACW5020-152T15

Part #MetalLions-ACW5020-152T15
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MetalLions-ACW5020-152T15
Wire Wound Type Common Mode Filter  
SPECIFICATIONS  
Customer
:
 
Customer P/N:  
Drawing No
:  
Quantity
:
 
Ser
i
es  
AC
W
–  
0
Pcs.  
Date :  
2017/09/06  
Meled
P/N
:  
Series/
參照  
AC
W
–  
SPECIFICATION  
ACCEPTED BY:  
COMPONENT  
ENGINEER  
ELECTRICAL  
ENGINEER  
MECHANICAL  
ENGINEER  
APPROVED  
REJECTED  
For Customer approval Only  
Qualification Status:  
Approved By  
Full  
Verified By  
Restricted  
Rejected  
Re-checked By  
Checked By  
Comments:  

Wire Wound Type Common Mode Filter  
Version change history  
Rev.  
01  
Effective Date  
/
Changed Contents  
New release  
Change Reasons  
/
Approved By  
/

Wire Wound Type Common Mode Filter  
0
– – – – –  
A
CUSTOMER  
CUSTOMER P/N  
REV.  
PRODUCT  
TYPE  
ACW
5020-SERIES  
SP-20103001  
Meled
P/N  
FILE NO.  
A
B
C
D
E
F
G
H
I
4.8 ±0.2  
5.0 ±0.2  
2.5 Max  
0.8 Typ  
1.0 Typ  
2.3 Ref  
1.6 Ref  
0.8 Ref  
1.0 Ref  
DIMENSION
(
U
NI
T
:
mm)  
1.  
2
.
CIRCUIT DIAGRAM  
3.
NOTE
:
 
ELECTRICAL CHARACTERISTIC  
Common mode  
4.  
Rated  
Voltage  
(V)  
DCR  
(mΩ)  
MAX  
Rated Current  
IR  
MΩ  
MIN  
Test  
Frequency  
Impedance  
Meled P/N  
(A)  
Max.  
(
)
(Ω)  
MAX  
100 (Typ)  
250 (Typ)  
420 (Typ)  
500 (Typ)  
1000 (Typ)  
1400 (Typ)  
1500 (Typ)  
100MHz/0.5V  
100MHz/0.5V  
100MHz/0.5V  
100MHz/0.5V  
100MHz/0.5V  
100MHz/0.5V  
100MHz/0.5V  
50  
50  
50  
50  
50  
50  
50  
13  
20  
27  
27  
34  
56  
56  
6.0  
5.0  
4.0  
4.0  
2.0  
1.5  
1.5  
10  
10  
10  
10  
10  
10  
10  
ACW
5020-101
T60  
ACW
5020-251
T50  
ACW
5020-421
T40  
ACW
5020-501
T40  
ACW
5020-102
T20  
ACW
5020-142
T15  
ACW
5020-152
T15  
1.IDC
:
∆
T=40
℃
Typ.  
2.I.R
:
50V(DC)/0.5S  

Wire Wound Type Common Mode Filter  
0
– – – – –  
A
CUSTOMER P/N  
Meled
P/N  
CUSTOMER  
REV.  
ACW
5020-SERIES  
SP-20103001  
PRODUCT  
TYPE  
FILE NO.  
CHARACTERISTICS(REFERENCE)  
5.  
ACW
5020-251
T50  
ACW
5020-501
T40  
ACW
5020-102
T20  
ACW
5020-152
T15  

Wire Wound Type Common Mode Filter  
0
– – – – –  
A
CUSTOMER  
CUSTOMER P/N  
REV.  
ACW
5020-SERIES  
SP-20103001  
PRODUCT  
TYPE  
Meled
P/N  
FILE NO.  
CHARACTERISTICS(REFERENCE)  
5.  
ACW
5020-421
T40  

Wire Wound Type Common Mode Filter  
0
– – – – –  
A
CUSTOMER  
CUSTOMER P/N  
Meled
P/N  
REV.  
ACW
5020-SERIES  
SP-20103001  
PRODUCT  
TYPE  
FILE NO.  
MATERIAL LIST  
6.  
NO.  
ITEM  
CORE  
DESCRIPTION  
SUPPLIER  
1
2
3
4
FERRITE  
FENGYIN OR EQ  
WIRE  
P180 Grd1
43*2*16.5  
EPOXY RESIN  
ELEKTRISOLA OR
 
EQ  
NAGASE OR
 
EQ  
ADHESIVE  
SOLDER  
Sn99.3:Cu0.7  
SHENMAO OR
 
EQ  
8
7.
TAPING SPECFICATIONS  
Reel Dimensions
(
Unit: mm)  
Quantity  
A
B
C
D
Pcs/Reel  
2500  
330  
100  
13  
12.5  

Wire Wound Type Common Mode Filter  
0
– – – – –  
A
CUSTOMER  
CUSTOMER P/N  
REV.  
ACW
5020-SERIES  
SP-20103001  
PRODUCT  
TYPE  
Meled
P/N  
FILE NO.  
RELIABILITY TESTING  
8.  
Operating Temperature  
Appearance Inspection  
Terminal Strength  
– 40 to +125
℃
( Contain Heating coil )  
No external defects by visual inspection  
After soldering , between copper plaet and terminals  
of coils , push in two directions of X , Y with  
standing 10N(1.02kg) for10+/-2 sec.  
Terminal should not peel off. (
 
Refer to figure at right )  
Refer to
 
figure  
Heat endurance of reflow  
soldering  
Insulating resistance  
Dielectric Strength  
Over 100 MΩ at 100V D.C . between wire and core  
Apply at
 
0.5KV 3mA
 
for 1 minute between wire and core  
Inductance coefficient ( 0~2,000 ) × 10 /
℃
( – 40~ + 125
℃
)  
Inductance deviation within ± 10% , after 96 hours in 90~95%  
Temperature characteristics  
Humidity characteristics  
relative humidity at 40 ± 2
℃
and 1 hours drying under normal condition  
A test is made under the above mentioned condition , and it is kept for 2 hours in the normal  
IR Reflow profile  
Temperature ℃  
Soldering  
255 ℃  
300  
250  
200  
preheating  
150  
Natural cooling  
100  
50  
Time  
10sec  
more than 2 min  
1 to 4 min  
Temperature and humidity . After that , no mechanical and electrical defect should  
be found .