ABC CB50094R7ML

SPECIFICATION FOR APPROVAL
REF : 20070320-A
PROD.
NAME
PAGE: 1
ABC'S DWG NO.
SMD POWER INDUCTOR
CB5009□□□□L□-□□□
ABC'S ITEM NO.
Ⅰ﹒CONFIGURATION & DIMENSIONS:
A
m/m
m/m
m/m
m/m
m/m
m/m
m/m
m/m
C
B
7
R
4
A : 5.60±0.15
B : 6.00 max.
C : 0.90±0.10
D : 1.50±0.30
E : 1.40±0.20
F : 2.00 ref.
G : 6.00 ref.
H : 1.50 ref.
E
F
D
G
H
(PCB Pattern Suggestion)
Ⅱ﹒SCHEMATIC DIAGRAM:
a
b
Ⅲ﹒MATERIALS:
c
d
a﹒Core:Ferrite core
Peak Temp:260℃ max.
Max time above 230℃ :50sec max.
Max time above 200℃ :70sec max.
b﹒Wire:Enamelled copper wire
c﹒Base:Cu/Ag(1.0um)
d﹒Adhesive:Epoxy resin
e﹒Remark:Products comply with RoHS'
requirements
Temperature
Rising Area
Preheat Area
+4.0 ℃ / sec max.
150 ~ 200 ℃ / 60 ~ 120sec
Reflow Area
+2.0 ~ 4.0℃
Forced Cooling Area
-(1.0 ~ 5.0)℃ / sec max.
Peak Temperature:
260℃
250
Ⅳ﹒GENERAL SPECIFICATION:
a﹒Temp. rise :40℃ typ.
b﹒Storage temp.:-40℃ ----+120℃
c﹒Operating temp.:-40℃----+125℃
Temperature ( ℃ )
50sec max.
230℃
200
150
70sec max.
100
50
(included Temp. rise)
d﹒Resistance to solder heat:260℃.10 secs.
AR-001A
0
50
100
150
Time ( seconds )
200
250
SPECIFICATION FOR APPROVAL
REF : 20070320-A
PROD.
NAME
PAGE: 2
SMD POWER INDUCTOR
ABC'S DWG NO.
CB5009□□□□L□-□□□
ABC'S ITEM NO.
Ⅴ﹒ELECTRICAL CHARACTERISTICS :
DWG No.
Inductance
(µH)
0.1V/100KHz
RDC
(Ω)
max.
Irms.
(A)
typ.
Isat.
(A)
max.
CB50092R7ML□-□□□
2.7±20%
0.17
1.05
1.26
CB50094R7ML□-□□□
4.7±20%
0.24
0.90
1.08
CB50096R8ML□-□□□
6.8±20%
0.35
0.80
0.90
CB5009100ML□-□□□
10.0±20%
0.45
0.65
0.72
CB5009150ML□-□□□
15.0±20%
0.71
0.52
0.63
CB5009220ML□-□□□
22.0±20%
0.96
0.45
0.50
CB5009330ML□-□□□
33.0±20%
1.47
0.36
0.41
CB5009470ML□-□□□
47.0±20%
2.30
0.29
0.36
1). Packing information : A : Bulk B : Taping Reel
2)."-
□□□ ":Reference code
3). Irms. base on temp. rise 40℃ typ.
4). Isat. base on △ L/LOA=10% max.
AR-001A
SPECIFICATION FOR APPROVAL
REF : 20070320-A
PROD.
PAGE: 3
ABC'S DWG NO.
SMD POWER INDUCTOR
NAME
CB5009□□□□L□-□□□
ABC'S ITEM NO.
Ⅵ﹒PACKAGING INFORMATION
( 1 ) Configuration
T
Cover Tape
A
B
N
2.0±0.5
∮C
∮C
D
G
Embossed Carrier
※ Carrier tape width : D
4m/m
P:8m/m
End
Start
.
7
R
4
.
7
R
4
.
7
R
4
Leader
no component
200 m/m min.
.
7
R
4
.
7
R
4
7
R
4
.
Trailer
no component
400 m/m min.
Components
User direction of feed
( 2 ) Dimensions
Unit:m/m
Style
A
07 - 12
178
B
21±0.8
C
D
13
12
N
G
14
+0
50
-0
T
18.4
( 3 ) Q'TY & G.W. Per package
Outer : Carton
Inner : Reel
Series
CB5009
AR-001A
Q'TY (pcs)
G.W. (gw)
1,500
300
Style
07 - 12
Q'TY (pcs)
60,000
G.W. (Kg)
12.0
Size (cm)
42 x 41 x 24
SPECIFICATION FOR APPROVAL
REF : 20070320-A
PROD.
PAGE: 4
SMD POWER INDUCTOR
NAME
ABC'S DWG NO.
CB5009□□□□L□-□□□
ABC'S ITEM NO.
Ⅶ﹒DWGING NUMBER EXPRESSION:
C
B
5
0
0
9
Reference code
Appendix code 2 : Package
Appendix code 1 : Classification
Tolerance code
Electrical code
Dimension code
Type code
Appendix code 1:Product Classification
L:Lead Free Standard products comply with RoHS' requirements
1 ~ 9:Lead Free Special products comply with RoHS' requirements
Appendix code 2:Package Information
Code
AR-001A
Inner package
Inner package Q'TY
A
T.B.D.
T.B.D.
B
T /R (Reel package)
1500 pcs
Remark
SPECIFICATION FOR APPROVAL
REF : 20070320-A
PROD.
NAME
PAGE: 5
SMD POWER INDUCTOR
ABC'S DWG NO.
CB5009□□□□L□-□□□
ABC'S ITEM NO.
Ⅷ﹒RELIABILITY TEST:
Test item
Solderability
Thermal shock test
( Temp. cycle )
Specification
Test condition
More than 90% of the
terminal electrode
Shall be covered
With fresh solder.
Preheat : 150±25℃ for 60 seconds
Solder : Sn96.5 / Ag3 / Cu0.5 or equivalent
Solder temp. : 260±5℃
Flux : Rosin
Dip time : 4±1 seconds
Inductance shall
not change more
than ±20%
Room temp.
15 minutes
-25±2 ℃
30 minutes
Room temp.
15 minutes
85±2 ℃
Total : 50 cycles
Humidity
Resistance test
Temperature : 40±2℃
Humidity : 90 ~ 95%
Applied current : Per spec.
Time : 500 hours
High temp.
Resistance test
Temperature : 80±2℃
Applied current : Per spec.
Time : 500 hours
AR-001A
30 minutes
SPECIFICATION FOR APPROVAL
PAGE: 6
REF : 20070320-A
PROD.
NAME
SMD POWER INDUCTOR
CB5009□□□□L□-□□□
ABC'S DWG NO.
ABC'S ITEM NO.
Ⅸ﹒UL CARD:
OBMW2
Magnet Wire-Component
September 8, 2000
E174837
JUNG SHING WIRE CO LTD
231 CHUNG CHENG RD, SEC 3 JEN-TEH HSIANG, TAINAN
HSIEN TAIWAN
Mtl
Dsg
AIW
CFUEWB
EIAIW
EILOCKY
EILOCKW
EIW
EIW-2
FL.EILOCKY
LSFFW
LSUEW
PEW
PEY
SF.FLW
SF.EIW
[email protected]
[email protected]
SF.BLOCKBS
SF.EILOCKY#
SF.EILOCKBS
[email protected]
SFFW
Mark
Dsg
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
____
BC
Polyamideimide
Polyurethane
Polyesterimide
Polyesterimide
Polyesterimide
Polyesterimide
Polyesterimide
Modified Polyester
Polyurethane
Polyurethane
Polyester
Polyester
Modified Polyester
Polyesterimide
Modified Polyester
Modified Polyester
Modified
Polyester
Polyesterimide
Polyesterimide
SFFY
UEW-1
UEW-2
UEW-4
UEY
UEY-2
OC
____
____
Polyamideimide
Polyamide
Modified
____Epoxy
____
Polyamide
____
____
____
____Nylon
____
Nylon
Nylon
Modified
Polyamide
Polyamide
Modified
Polyamide
____
Modified Polyester
Polyurethane
ANSI
Type
Temp
Class
MW81-C
MW75C
MW35C
___
___
220
130
200
180
200
___
MW74-C
___
MW79-C
___
___
MW24-C
MW26C
MW77C
MW27-C
MW27-C
___
___
___
Mark
Dsg
____
____
____
____
____
____
BC
Coat Typ
Polyurethane
Polyurethane
Polyurethane
Polyurethane
Polyurethane
Polyurethane
220
200
155
155
130
155
155
155
180
155
155
155
180
180
MW26C
MW79
155
155
A not-for-profit organization
dedicated to public safety and
committed to quality service
Page 1 of 2
287806002
Mtl
Dsg
Coat Typ
OC
Polyamide
____
____
____
Nylon
Polyamide
ANSI
Type
MW80C
MW2-C
___
MW75C
MW28-C
MW28-C
Temp
Class
155
105
130
130
130
130
@-May be suffixed by LZ; # - May be suffixed by LZ, EL or LZI.
LZ - Signifies magned wires twisted together; EL - signifies base coated magnet wire laid parallel with top coat applied overall; LZL - signifies base coated magnet wire twisted together and covered with top coat overall.
or 榮星電線 , material designation or marked designation on packaed or reel, and
Marking: Company name or trademarks
Recognized Component Mark.
See General Information Preceding These Recognitions
For use only in equipment where the acceptability of the combination is determined by Underwriters Laboratories Inc.
287806002
AR-001A
Page 2 of 2
OBMW2⁄E174837
September 8 , 2000