CC3225680KL

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品牌:ABC
描述:WOUND CHIP INDUCTOR

CC3225680KL 概述

WOUND CHIP INDUCTOR 绕线型片状电感器

CC3225680KL 数据手册

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SPECIFICATION FOR APPROVAL  
20080131-D  
REF :
PAGE: 1  
CC3225□□□□L-□□□  
PROD.  
NAME  
ABC'S DWG NO.  
ABC'S ITEM NO.  
WOUND CHIP INDUCTOR  
CONFIGURATION & DIMENSIONS:  
A
B
C
E
F
:
:
:
:
3.2±0.4  
2.5±0.2  
2.2±0.2  
m/m  
m/m  
m/m  
m/m  
m/m  
+0  
100  
Marking  
1.0±0.2  
+0.3  
Inductance code  
2.9±0.2  
:
0.6  
- 0  
※ △K=K1-K2=0.25 m/m  
1.8  
1
1
F
F
K1  
E K2  
B
A
PCB Pattern )  
SCHEMATIC DIAGRAM:  
d
a
c
MATERIALS:  
a
b
c
d
e
CoreFerrite DR core  
Wire Enamelled copper wire (class H)  
TerminalCu/Sn  
EncapsulateEpoxy novolac molding compound  
b
RemarkProducts comply with RoHS'  
requirements  
Reflow profile  
GENERAL SPECIFICATION:  
Peak Temp250max.  
Max time above 245℃ :20~40sec max.  
Max time above 217℃ :60~150sec max.  
a
b
c
d
e
f
Temp. rise 20max.  
200~250Average Ramp-up Rate3/second max.  
Temperature  
Rising Area  
Ambient temp.100max.  
Storage temp.-40----+125℃  
Operating temp.-40----+125℃  
Terminal pull strength1.5 kg min.  
Rated currentCurrent cause  
Preheat Area  
Reflow Area  
Forced Cooling Area  
6/ second max.  
150 ~ 200/ 60 ~ 180sec  
Peak Temperature  
250  
250  
245  
20~40sec  
217  
200  
60~150sec  
150  
100  
50  
inductance drop within 10%  
g
h
Resistance to solder heat260.10 secs.  
Resistance to solventPer MIL-STD-202F  
0
50  
100  
150  
Time ( seconds )  
200  
250  
AR-001A  
SPECIFICATION FOR APPROVAL  
20080131-D  
REF :
PAGE: 2  
CC3225□□□□L-□□□  
PROD.  
ABC'S DWG NO.  
ABC'S ITEM NO.  
WOUND CHIP INDUCTOR  
NAME  
ELECTRICAL CHARACTERISTICS:  
RDC  
( )  
max.  
SRF  
( MHz )  
min.  
IDC  
Inductance  
Q
Test Freq  
( MHz )  
( mA )  
max.  
DWG No.  
( µH )  
min.  
CC32251R0ML-□□□  
CC32251R5ML-□□□  
CC32252R2ML-□□□  
CC32253R3ML-□□□  
CC32254R7ML-□□□  
CC32256R8ML-□□□  
CC3225100KL-□□□  
CC3225150KL-□□□  
CC3225220KL-□□□  
CC3225270KL-□□□  
CC3225330KL-□□□  
CC3225470KL-□□□  
CC3225680KL-□□□  
CC3225820KL-□□□  
CC3225101KL-□□□  
1.00±20%  
1.50±20%  
2.20±20%  
3.30±20%  
4.70±20%  
6.80±20%  
10.00±10%  
15.00±10%  
22.00±10%  
27.00±10%  
33.00±10%  
47.00±10%  
68.00±10%  
82.00±10%  
100.00±10%  
10  
10  
10  
10  
10  
10  
15  
15  
15  
15  
15  
20  
20  
20  
20  
7.96  
100  
0.156  
770  
580  
480  
400  
320  
280  
220  
180  
145  
125  
115  
105  
85  
7.96  
7.96  
7.96  
7.96  
7.96  
2.52  
2.52  
2.52  
2.52  
80  
65  
55  
45  
35  
28  
25  
20  
17  
15  
13  
10  
9
8
0.195  
0.260  
0.325  
0.520  
0.650  
1.105  
1.690  
2.600  
3.000  
3.640  
5.460  
8.450  
8.710  
10.140  
2.52  
2.52  
2.52  
2.52  
0.796  
80  
75  
1). Packaging information… ABulk BTaping Reel  
2). "- ":Reference code  
□□□  
AR-001A  
SPECIFICATION FOR APPROVAL  
20080131-D  
REF : 2
PAGE: 3  
CC3225□□□□L-□□□  
PROD.  
NAME  
ABC'S DWG NO.  
ABC'S ITEM NO.  
WOUND CHIP INDUCTOR  
CURVE:  
@ Inductance VS. DC Superposition Characteristics  
102  
7
101K  
5
3
2
330K  
100K  
101  
7
5
3
2
1R5M  
100  
7
5
3
2
101  
2
3
5 7 102  
2
3
5 7 103  
2
3
5 7 103  
DC Current (mA)  
@ Q VS. Frequency Response  
100  
90  
80  
70  
60  
50  
40  
30  
20  
10  
330K  
100K  
101K  
Q
1R5M  
-1  
10  
2
4
6
8 100  
Frequency (MHz)  
2
4
6
8 101  
2
4
AR-001A  
SPECIFICATION FOR APPROVAL  
20080131-D  
REF :
PAGE: 4  
CC3225□□□□L-□□□  
PROD.  
NAME  
ABC'S DWG NO.  
ABC'S ITEM NO.  
WOUND CHIP INDUCTOR  
PACKAGING INFORMATION:  
( 1 ) Configuration  
T
Cover Tape  
2.0±0.5  
C  
Embossed Carrier  
G
Carrier Tape Width : D  
4 m/m  
P:4 m/m  
End  
Start  
Leader  
Trailer  
no component  
400 m/m min.  
no component  
Components  
200 m/m min.  
User direction of feed  
There is no differentiation or directions of polarity ( marking ) in the packaging method.  
( 2 ) Dimensions  
Unit:m/m  
T
A
B
C
D
G
N
Style  
07 - 08  
13 - 12  
+0  
-0  
178  
330  
21±0.8  
21±0.8  
13  
13  
8
12  
10  
10  
50  
50  
12.5  
18.4  
+0  
-0  
( 3 ) Q'TY & G.W. Per package  
Inner : Reel  
Outer : Carton  
Q'TY (pcs) G.W. (Kg)  
Series  
Q'TY (pcs) G.W. (gw) Style  
Size (cm)  
CC3225  
CC3225  
CC3225  
1,000  
2,000  
7,000  
110  
220  
770  
07 - 08  
07 - 08  
13 - 12  
50,000  
100,000  
168,000  
7.50  
15.00  
25.20  
41 x 39 x 22  
41 x 39 x 22  
41 x 39 x 22  
AR-001A  
SPECIFICATION FOR APPROVAL  
REF : 20080131-D  
PROD.  
PAGE: 5  
CC3225□□□□L-□□□  
ABC'S DWG NO.  
ABC'S ITEM NO.  
WOUND CHIP INDUCTOR  
NAME  
DWGING NUMBER EXPRESSION  
C
C
3
2
2
5
Reference code  
Appendix code 2 : Package  
Appendix code 1 : Classification  
Tolerance code  
Electrical code  
Dimension code  
Type code  
Appendix code 1Product Classification  
LLead Free Standard products comply with RoHS' requirements  
1 ~ 9Lead Free Special products comply with RoHS' requirements  
Appendix code 2Package Information  
Code  
Inner package  
Inner package Q'TY  
Remark  
A
Bag  
1000  
1000  
2000  
7000  
1000  
2000  
pcs  
pcs  
pcs  
pcs  
pcs  
pcs  
B
C
D
E
F
T / R ( Reel package )  
T / R ( Reel package )  
T / R ( Reel package )  
T / R ( Reel package )  
T / R ( Reel package )  
[ anti-static ]  
Hot-press  
[ anti-static ]  
Note1 package code "B" &"C" & "E" :  
End  
Start  
-0  
-0  
200 m/m  
450 m/m  
Note2 package code "F" :  
End  
Start  
-0  
+0  
200 m/m  
160 m/m  
AR-001A  
SPECIFICATION FOR APPROVAL  
20080131-D  
REF :
PAGE: 6  
CC3225□□□□L-□□□  
PROD.  
NAME  
ABC'S DWG NO.  
ABC'S ITEM NO.  
WOUND CHIP INDUCTOR  
RELIABILITY TEST:  
Test item  
Specification  
Test condition / Test method  
Electrical performance test  
Inductance L  
HP4194A with HP-16034E test fixture  
Q
Self resonance  
HP4291A with HP-16093A test fixture  
frequency SRF  
Refer to standard  
electrical  
CH-502AC  
DC Resistance RDC  
Rated current IDC  
characteristic list  
Applied the current to coilsThe  
Inductance change shall be less than 10%  
to initial value & temperature rise shall  
not be more than 20  
1
Applied the allowed DC current for  
Temperature  
rise test  
10 minutes  
20max.  
2
Temperature measure by digital  
surface thermometer  
After testInductors  
shall be no evidence  
of electrical and  
Applied 2 times of rated allowed DC  
current to inductor for a period of  
5 minutes  
Over load test  
mechanical damage  
After tsetInductors  
shall be no evidence  
of electrical and  
Withstanding  
voltage test  
AC voltage of 1000VAC applied between  
inductors terminal and coating for 5 seconds  
mechanical damage  
Insulation  
100 VDC applied between inductor terminal and coating  
1000 Mmin  
resistance test  
Mechanical performance test  
1
Inductors shall be  
no evidence of  
1
2
3
4
Amplitude1.5 m/m  
Vibration test  
Frequency10 -- 55 -- 10 Hz / 1min.  
DirectionXYZ  
( Low frequency )  
electrical and  
mechanical damage  
Duration2 hrs / XYZ  
2
3
Inductance shall  
not change more  
than±5%  
Inductors shall be dropped 10 times from  
a height of 1m onto 3cm wooden board  
Shock test  
Resistance to  
soldering heat  
Q Shall not change  
more than ±20%  
Temp260±5℃  
Time10±1.0 sec.  
AR-001A  
SPECIFICATION FOR APPROVAL  
REF : 2
20080131-D  
PAGE: 7  
CC3225□□□□L-□□□  
PROD.  
NAME  
ABC'S DWG NO.  
ABC'S ITEM NO.  
WOUND CHIP INDUCTOR  
Terminal  
Terminal shall not  
A 0.5kg load shall be applied to both  
Terminals in the axis direction for  
1 minute  
test  
ruptured  
strength-pull  
be loosened or  
The terminal shall  
be at least 90%  
After fluxingInductor shall be dipped in  
a melted solder bath at 240±5for  
5 seconds  
Solderability test  
covered with solder  
There shall be no  
case deformation  
change in  
Resistance to  
solvent test  
MIL-STD-202FMethod 215D  
appearance or obliteration  
of marking  
Climatic test  
Temperature  
characteristic  
1
Inductors shall be  
no evidence of  
-40-- +125℃  
electrical and mechanical  
damage  
1
2
3
Temp40±2℃  
R.H.90 -- 95%  
Time96±2 hours  
Humidity test  
Cold test  
2
3
Inductance shall  
not change more  
than ±10%  
1
Temp-25±2℃  
2
Time96±2 hours  
Q shall not  
Room temp  
15 mins  
-40±2℃  
30 mins  
+125±2℃  
30 mins  
change more than ±20%  
Thermal shock test  
Room temp  
15 mins  
Total5 cycles  
1
Temp85±2℃  
Dry heat test  
2
Time96±2 hours  
1
2
3
1
2
3
4
Temp85±2℃  
High temperature  
load life test  
Time1000±12 hours  
LoadAllowed DC current  
There shall be no  
evidence of short or  
open circuiting  
Temp40±2℃  
R.H.90 -- 95%  
Humidity load life  
Time1000±12 hours  
LoadAllowed DC current  
Note:  
Unless otherwise specified , Allow the specimen to stand at room temperature  
for 1 hour or more but not more than 2 hours , Measure the electrical and  
mechanical performances  
AR-001A  
SPECIFICATION FOR APPROVAL  
20080131-D  
REF :
PAGE: 8  
CC3225□□□□L-□□□  
PROD.  
NAME  
ABC'S DWG NO.  
ABC'S ITEM NO.  
WOUND CHIP INDUCTOR  
UL CARD:  
OBMW2  
Magnet Wire-Comporent  
August 27, 1999  
ELEKTRISOLA (MALAYSLA) SDN BHD  
E143312  
IALAN DAMN SATU IANDA BAIK 28750 BENTONG, PAHANG  
DARUL MAKMUR MALAYSIA  
Coating Type  
ANSI  
Typ  
Temp  
Class  
Mtl Dsg  
Mark Dsg  
E180  
BC  
OC  
____  
Estersol 160  
Polyesterimide  
(solderable)  
MW-77  
180  
____  
Nylon  
____  
Amldester 200  
Polysol-N 155  
A200  
Polyesterimide  
Polyurechane  
MW-74  
MW-80,  
MW-28  
MW-79,  
MW-79  
MW-79  
MW-79  
MW-79  
MW-79  
200  
155,  
100  
155,  
130  
130  
155  
155  
155  
156  
180  
PN155  
Polysol 155  
P155  
Polyurechane  
____  
____  
____  
____  
____  
Polysol 155g  
Polysol 155p  
Polysol 160  
Polysol 180  
Polysol 170  
Polysol-N 180  
Pg155  
Polyurechane  
Polyurechane  
Polyurechane  
Polyurechane  
Polyurechane  
Polyurechane  
Pp155,Gp155  
P160  
P180  
P170 or G170  
PN180  
MW-79  
____  
Nylon  
MarkingDompany name/nateriel designation or marked designation and factory identification on package ok reel  
See General Information preceding These Recognitions  
For use only in equipment where the acceptability of the combination is determined by Underwriters Laboratories Inc.  
OMFZ2  
March 4, 1994  
E59481 (S)  
BM-21  
BM-22  
BM-23  
ALL  
ALL  
ALL  
0.79  
0.79  
0.79  
94HB  
94HB  
94V-0  
50  
50  
50  
50  
50  
50  
50  
50  
50  
EME-1100  
EME-1200  
EME-5961C  
BK  
BK  
BK  
BK  
BK  
BK  
0.84  
6.4  
0.84  
6.4  
0.3  
3.1  
94V-0  
94V-0  
94V-0  
94V-0  
94V-0  
94V-0  
130  
130  
130  
130  
130  
130  
130  
130  
130  
130  
130  
130  
130  
130  
130  
130  
130  
130  
__________________  
Reports: January 19, 1988: January 19, 1988: January 19, 1988: June 2, 1988;  
June 2, 1998; June 2, 1988.  
R
AR-001A  

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