SD68517 [SUMIDA]
Datacom Transformer, LAN; 10/100 BASE-T Application(s), 1CT:1CT; 1CT:1CT, ROHS COMPLIANT;
| 型号： | SD68517 |
| 厂家： | 
SUMIDA CORPORATION |
| 描述： | Datacom Transformer, LAN; 10/100 BASE-T Application(s), 1CT:1CT; 1CT:1CT, ROHS COMPLIANT 变压器 局域网 以太网：10/100BASE-T 局域网（LAN）标准 |
| 文件： | 总76页 (文件大小：4665K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
総合カタログ
INDEX
GENERAL PRODUCTS
INDEX
PAGE
Scope of Sumida products, General stipulations for coil use
3
NEW PRODUCTS
4
5
6
7
8
CMCM104 CDEP125ME
CDH2D09(/S) CDH3D11(/S) CDSH3D11(/S)
CDRH8D38/A CDRH127C/A
CDR6D23MN CDR6D28MN CDR7D28MN CDR7D43MN
CDR10D48MN
POWER INDUCTORS
9 - 10
CDRH4D16FB CDRH5D16F/LD CDPH4D19F CDRH6D26FB CDRH10D43F
L.P.F.COILS FOR DIGITAL AMP
INVERTER TRANSFORMERS
INVERTER UNIT
11
CDEPI106 DEPI1615
24 - 25
26
CPUDL294 CEIDL318 CEIDL377 CEIDL369 EIDL369
CIUH11D66
27
IV120307
CLS4D18 CLS4D28 CLS6D28
CLQ5D27 CLQ7D23
CPFC805 CPF6D36
CBM6068
AS737
CEP79
32
33
41
42
47
48
52
53
DC/DC CONVERTER TRANSFORMERS
SIGNAL COMMON MODE CHOKE COILS
ANTENNA/FILTER
CPE1311C
CEP1311 EP1311
For xDSL LINE TRANSFORMERS
GAS DISCHARGE TUBE
TM
Switching Spark Gaps-Sparctube
72 - 73
PRODUCTS
SMD TYPE
PIN TYPE
SMD TYPE
PIN TYPE
SMD TYPE
PIN TYPE
12 - 20
21 - 23
28 - 30
31
34 - 36
37 - 40
43
POWER INDUCTORS
INVERTER TRANSFORMERS
DC/DC CONVERTER TRANSFORMERS
SIGNAL COMMON MODE CHOKE COILS
DC COMMON MODE CHOKE COILS
NORMAL MODE CHOKE COILS
AC COMMON MODE CHOKE COILS
ANTENNAS
For xDSL LINE TRANSFORMERS
For xDSL POTS SPLITTER COILS
For xDSL COMMON MODE CHOKE COIL
STB/FAX/MODEM TRANSFORMERS
LAN LINE TRANSFORMERS
10/100 BESE PULSE TRANSFORMERS
RADIO CONTROL CLOCK ANTENNAS
AUDIO/VIDEO FILTERS
43
44
45 - 46
49 - 50
51
54 - 55
56
57 - 61
62
63
64
65
66
IFT
67
RF COILS
68
68
QUADRATURE DETECTOR COILS
VCO COIL
68
HELICAL FILTER
68
69
ANTENNA LOADING COIL
MOLD COILS
69
BALUN
70
71
FIXED INDUTORS FOR TAPE RECORDER
VARIABLE INDUCTORS
Dimensions for embossed tape and reel packing with packed QTY
74-75
Specifications in this catalog are subject to change without notice. It is requested to confirm the specifications when ordering.
Any dimensions without tolerance is typical value.
Sumida declares that any ozone depleting substance is not used in the all coil manufacturing process.
We recommend to use resist to protect from solder bridge.
2
Scope of Sumida products, General stipulations for coil use
N
Scope of Sumida products
1. Sumida components are manufactured and promoted for use in general AV electronics, home appliances, OAs,
communications, measurement equipments and machine tools.
2. In the event the product is used in aerospace equipment, medical equipment, transportation equipment, disaster
preventing equipment, or an equivalent which may affect human health or property, please do not fail to consult with
our business headquarters, branch or business office.
When the suggested recommendations are not heeded, Sumida Group shall not be held liable for any dysfunctious in
or damage to the equipment with which the product is used.
3. In the event a problem occurs which may affect industrial property and any other rights of Sumida Group (or a third
party) during the use of the product and information described in this catalog, Sumida Group shall not be held liable
for any such problem, nor grant any license to the offending party.
N
General stipulations for coil use
1. Products should not be kept in unsuitable storage conditions, such as areas susceptible to high temperatures, high
humidity, dust or corrosion.
2. Always handle products with care.
3. Don't touch electrodes directly with bare hands as oil secretions may inhibit soldering.
Always ensure optimum conditions for soldering.
4. Don't bend the terminals or subject them to excessive stress.
5. Please ensure that all terminals and case lugs are completely fixed with solder onto PCB.
6. Ensure the tuning slug or cap is not fixed by solder flux during the production process.
7. Refrain from rinsing coils. If necessary, please consult with our company.
8. Avoid placing coils near the edge of the PCB.
9. Our SMD coils are designed for automatic mounting. Please be careful if soldering by hand.
10. Don't touch any exposed winding part and avoid coming into contact with the guide of electrode in
automatic mounting.
11. Our specification limits the quality of the component as a single unit.
Please ensure the component is thoroughly evaluated in your application circuit.
12. When using our high voltage inverter transformers, place 2mm away from the electric conductor.
13. About Lead-free Products
・Lead-free products are now available for sale
・To order a lead-free product, please add“NP”after the product type:
e.g. Ordering code of lead product: Type name-△△△○×
Ordering code of lead-free product: Type name NP△△△○×
3
POWER INDUCTORS
Power Inductors <SMD Type>
■ OUTLINE
By using the square wire, power inductors can de used for large
current with low profile and low resistance.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CMCM104
11.5
6.6
Max.4.0
Min.0.01
3.8
6
3.8
K SPECIFICATIONS
Part No.
D.C.R.(Ω)
Saturation Rated Current (A)
Temperature Rise Current(typ)(A)
Inductance
Max. (Typ.)
(at 20℃)※1
※2
CMCM104
0.36µH 20%
1.20m
37.0※1
27.0
※1:Saturation Rated Current:The current when the inductance becomes 20% lower than its intial value.
※2:Temperature Rise Current (Typ.):The actual current when temperature of coil becomes ΔT=40℃ (Ta=20℃)
■ OUTLINE
By using the square wire, power inductors can de used for large
current with low profile and low resistance.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDEP125ME
Max,5.5
12.5 0.4
8.5 0.2
8.2
13.5
K SPECIFICATIONS
Part No.
D.C.R.(Ω)
Saturation Rated Current (A)
Temperature Rise Current(typ)(A)
Inductance
Max. (Typ.)
1.00m
(at 20℃)※1
40.0
※2
21.0
20.0
17.ꢀ
13.ꢀ
11.ꢀ
CDEP12SMENP-0R3MC
CDEP12SMENP-0R7MC
CDEP12SMENP-1R2MC
CDEP12SMENP-2R0MC
CDEP12SMENP-2R9MC
0.3µH 2ꢀ%
0.7µH 2ꢀ%
1.2µH 2ꢀ%
2.0µH 2ꢀ%
2.9µH 2ꢀ%
1.70m
32.0
2.60m
2ꢀ.6
4.10m
20.4
6.30m
16.0
※1:Saturation Rated Current:The current when the inductance becomes 20% lower than its nominal value.
※2:Temperature Rise Current (Typ.):The actual current when temperature of coil becomes ΔT=40℃ (Ta=20℃)
About CMCM104, DCEP12ꢀME
※This specification might be changed without notice due to under developing and improving. Thank you for your understanding.
4
POWER INDUCTORS
Inductors for Low Profile
■ OUTLINE
This is low profile type of power inductor for portable equipment.
It is suitable for a DC/DC converter power supply with height
restrictions.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDH2D09/S
CDH2D09
1.0MAX.
2.4
2.35
0.5
2.8
0.4
1.2
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDH3D11/S
CDH3D11
3.6
1.2MAX.
3.0
2.7
1.15
0.7
0.5
1.55
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDSH3D11/S
CDSH3D11
1.2MAX.
1.2
3.4
1.1
2.0
1.1
K SPECIFICATIONS
Part No.
D.C.R.(Ω)
Saturation Rated Current (A)
Temperature Rise Current(typ)(A)
Inductance
Max. (Typ.)
4ꢀ6m (380m)
ꢀ04m (420m)
219m (17ꢀm)
(at 20℃)
380m※1
8ꢀ0m※2
660m※3
※4
CDH2D09/S, CDH2D09
CDH3D11/S, CDH3D11
CDSH3D11/S, CDSH3D11
4.7µH
4.7µH
4.7µH
630m
ꢀ60m
840m
※1:Saturation Rated Current:The current when the inductance becomes 2ꢀ% lower than its nominal value.
※2:Saturation Rated Current:The current when the inductance becomes 10% lower than its initial value.
※3:Saturation Rated Current:The current when the inductance becomes 3ꢀ% lower than its nominal value.
※4:Temperature Rise Current (Typ.):The actual current when temperature of coil becomes ΔT=40℃ (Ta=20℃)
About CDH2D09/S CDH2D09, CDH3D11/S CDH3D11, CDSH3D11/S CDSH3D11
※This specification might be changed without notice due to under developing and improving. Thank you for your understanding.
5
POWER INDUCTORS
Inductors Corresponding High Temperature
■ OUTLINE
The operating temperature range is a maximum of 12ꢀ degree,
and the inductance range is 10～470uH.
It matches as power inductor for DC/DC converters
corresponding high temperature.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDRH8D38/A
8.9
5.9
2.3
4.0MAX.
8.0
Solder Resist
3.0
7.0
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDRH127C/A
8.0MAX.
12.5
K Inductance Range
CDRH8D38/A : 10µH-100µH
CDRH127C/A : 10µH-470µH
K Characteristics
CDRH8D38/A
Saturation Current
Temperature Rise
70
60
50
40
30
20
10
0
1,000
100
10
100µH
33µH
10µH
33µH
100µH
10µH
1
0
0.5
1
1.5
2
2.5
3
3.5
4
0.0
0.5
1.0
1.5
Idc (A)
2.0
2.5
3.0
Idc (A)
CDRH127C/A
Saturation Current
Temperature Rise
100
90
80
70
60
50
40
30
20
10
1,000
33µH
100µH
100µH
100
10µH
33µH
10µH
10
1
0
0
1
2
3
4
5
6
7
8
9
10
0
1
2
3
4
5
6
7
8
9
10
Idc (A)
Idc (A)
About CDRH8D38/A
※This specification might be changed without notice due to under developing and improving. Thank you for your understanding.
6
POWER INDUCTORS
Hybrid Power Inductors
■ OUTLINE
The combination of the Mn ferrite core and the Ni ferrite core
achieves the large current and the smaller volume approximately
18% as compared to previous type.
The series has the foot print lineup of 6 mm, 7 mm, and 10 mm
square, so the lineup matches power supplies for potable PCs,
DVCs, DSCs, LCD-TVs, and low profile type on-board power
supplies.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDR6D23MN
0.9
2.5MAX.
6.5
R2.7
C1.0
R2.4
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDR6D28MN
CDR7D28MN
0.9
3.0MAX.
6.5
R2.7
C1.0
R2.4
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
1.3
7.3
3.0MAX.
R3.0
C1.1
R2.75
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDR7D43MN
1.3
7.3
4.5MAX.
R3.0
C1.1
R2.75
7
POWER INDUCTORS
Hybrid Power Inductors
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDR10D48MN
C1.4
1.7
5.0MAX.
10.0
R3.7
K Inductance Range
CDR6D23MN : 2.0µH - 100µH
CDR6D28MN : 1.ꢀµH - 120µH
CDR7D28MN : 1.2µH - 470µH
CDR7D43MN : 3.7µH - 100µH
CDR10D48MN : 2.4µH - 120µH
※Mesurement frequency of inductance : at 100kHz
Saturation Current
12.0
10.0
8.0
CDR7D28MN
Hybrid Power Inductor
CDRH8D28
Previous Type
6.0
4.0
2.0
0.0
0.0
0.5
1.0
1.5
2.0
2.5
3.0
3.5
D.C. Current: I(A)
About CDR10D48MN
※This specification might be changed without notice due to under developing and improving. Thank you for your understanding.
8
POWER INDUCTORS
Double Flat Winding Inductors
■ OUTLINE
It is suitable for the power inductor for chopper circuit of DC/DC
converters for the power supply of portable equipment.
Having adopted double flat winding technology, it is a product
which corresponds to a low profile power supply model with lower
DCR demand for DVC.e.t.c.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDRH4D16FB
4.0
1.8MAX.
CDRH5D16F/LD
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
5.5MAX.
1.8MAX.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDPH4D19F
CDRH6D26FB
CDRH10D43F
2.0MAX.
5.2MAX.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
2.8MAX.
7.0MAX.
6.6
7.3
K LAND PATTERNS(mm)
K DIMENSIONS(mm)
11.0
6.2
4.5MAX.
1.7
10.0
5.0
9
POWER INDUCTORS
Double Flat Winding Inductors
K Inductance Range
CDRH4D16FB
: 4.7µH - 33µH
CDRHꢀD16F/LD : 2.2µH - 47µH
CDPH4D19F
CDRH6D26FB
CDRH10D43F
: 3.3µH - 47µH
: 2.2µH - 22µH
: 4.7µH - 33µH
K CDRH4D16FB: Saturation Current
K CDRH5D16F/LD: Saturation Current
12.0
12.0
10.0
10µH
8.0
10.0
10µH
8.0
6.0
6.0
4.7µH
4.7µH
4.0
2.0
0.0
4.0
2.0
0.0
0.0
0.2
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
0.0
0.2
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
D.C.Current:I(A)
D.C.Current:I(A)
K CDPH4D19F: Saturation Current
K CDRH10D43F: Saturation Current
12.0
12.0
10.0
10.0
10µH
10µH
8.0
8.0
6.0
6.0
4.7µH
4.7µH
4.0
4.0
2.0
0.0
2.0
0.0
0.0
2.0
4.0
6.0
8.0
10.0
12.0
14.0
16.0
0.0
0.2
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
D.C.Current:I(A)
D.C.Current:I(A)
About CDRH4D16FB, CDRH10D43F
※This specification might be changed without notice due to under developing and improving. Thank you for your understanding.
10
POWER INDUCTORS
L.P.F Coils for Digital AMP
■ OUTLINE
It is the inductor for LPF used in the digital amplifier featuring with
higher efficiency and lower heat generation.
It is a product which corresponds to the demand of SMD type and
smaller foot print (two in one type LPF) for 1 speaker.
Applications are car audios, ꢀ.1ch home theater sets and large
LCDs.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CDEPI106
7.2
1.8
11.0
10.5MAX.
6.8
2.6
K SPECIFICATIONS
Saturation Rated Current(A)
※3
Part No.
Stamp
D.C.R.(mΩ)
Max. (Typ)※2
(1-2), (4-3)
Inductance〈WITHIN〉※1
(1-2), (4-3)
Temperature Rise Rated Current(A)
※4
(at 20°C)
4.9
(at 105°C)
4.ꢀ
CDEPI106NP-100
CDEPI106NP-1ꢀ0
CDEPI106NP-220
100
1ꢀ0
220
10µH 2ꢀ%
1ꢀµH 2ꢀ%
22µH 30%
28.8(23)
28.8(23)
28.8(23)
4.0
4.0
4.0
3.ꢀ
3.0
2.2
1.9
※1:Mesurement frequency of inductance : at 100kHz
※2（: ）is typical value.
※3:Saturation Rated Current : It indicates the D.C. current value when inductance value become more than 7ꢀ% of the nominal one.
※4:The Temperature Rise Rated Current : The value of D.C. current when temperature rise is ∆t=40˚C (Ta=20˚C).
K DIMENSIONS(mm)
DEPI1615
10.4 0.2
18.1 0.3
14.2 0.3
3.2
4.0
0.6
K SPECIFICATIONS
Saturation Rated Current(A)
※3
Part No.
Stamp
Inductance〈WITHIN〉
※1
D.C.R.(mΩ)
※2
Temperature Rise Rated Current(A)
※4
(at 20°C)
9.6
(at 105°C)
7.6
(1-2), (4-3)
(1-2), (4-3)
DEPI161ꢀ-100
DEPI161ꢀ-1ꢀ0
DEPI161ꢀ-220
100
1ꢀ0
220
10µH 20%
1ꢀµH 20%
22µH 20%
14.8 (12.3)
20.6 (17.2)
29.0 (24.2)
8.ꢀ
6.0
4.3
8.4
6.ꢀ
6.8
ꢀ.3
※1:Mesurement frequency of inductance : at 100kHz
※2（: ）is typical value.
※3:Saturation Rated Current : It indicates the D.C. current value when inductance value become more than 7ꢀ% of the nominal one.
※4:The Temperature Rise Rated Current : The value of D.C. current when temperature rise is ∆t=40˚C (Ta=20˚C).
About DEPI161ꢀ
※This specification might be changed without notice due to under developing and improving. Thank you for your understanding.
11
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
CMD4D06
6.3MAX.
3.5
0.8MAX.
0.4
4.1
Inductance : 2.2µH – 47µH
D.C.R. : 116mΩ – 2.84Ω
Rated Current : 180mA – 950mA
CMD4D08
CMD4D11
CMD4D13
CMD5D11
CMD5D13
CMD6D11B
CDC4D20
6.3MAX.
3.5
1.0MAX.
4.1
0.4
Inductance : 3.3µH – 100µH
D.C.R. : 160mΩ – 3.3Ω
Saturation Rated Current : 210mA – 1.2A
Temperature Rise Rated Current : 170mA – 850m
A
4.4MAX.
3.5
1.2MAX.
3.7
2.9
Inductance : 2.2µH – 47µH
D.C.R. : 116mΩ – 2.84Ω
Rated Current : 180mA – 950mA
4.4MAX.
3.5
1.45MAX.
3.7
2.9
Inductance : 3.3µH – 150µH
D.C.R. : 160mΩ – 5.36Ω
Saturation Rated Current : 180mA – 1.2A
Temperature Rise Rated Current : 130mA – 850m
A
5.8MAX.
5.2
5.5
4.2
1.2MAX.
Inductance : 3.3µH – 100µH
D.C.R. : 109mΩ – 2.8Ω
Saturation Rated Current : 200mA – 940mA
Temperature Rise Rated Current : 200mA – 1.16A
5.5
4.2
5.8MAX.
1.5MAX.
Inductance : 3.3µH – 47µH
D.C.R. : 81mΩ – 875mΩ
Saturation Rated Current : 550mA – 1.9
Temperature Rise Rated Current : 350mA – 1.25A
A
6.8
5.5
6.8
1.2MAX.
Inductance : 4.7µH – 150µH
D.C.R. : 100mΩ – 3.1Ω
Saturation Rated Current : 210mA – 1.3
Temperature Rise Rated Current : 180mA – 1.4
3
4
2
1
A
A
MAX 2.0
0.05+0.10
0.05
Inductance : 100µH – 4.7mH
D.C.R. : 1.77Ω – 72.1Ω
-
Rated Current : 35mA – 230mA
1.0 0.1
12
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
6.0MAX.
2.5MAX.
CDC5D23
Inductance : 2.2µH – 270µH
D.C.R. : 39mΩ – 2.73Ω
Rated Current : 190mA – 2.16A
0.8
CR32
4.1MAX.
3.0MAX.
3.1
2.0
Inductance : 10µH – 390µH
D.C.R. : 230mΩ – 7.8Ω
Rated Current : 115mA – 760mA
4.3MAX.
3.5MAX.
3.4
CR43
Inductance : 1.0µH – 68µH
D.C.R. : 48.7mΩ – 1.12Ω
Rated Current : 370mA – 2.56A
1.2MAX.
0.9
6.5
4.2
CR5D11
CR54
Inductance : 1.0µH – 33µH
D.C.R. : 40mΩ – 784mΩ
Saturation Rated Current : 400mA – 2.2
A
Temperature Rise Current (Typ) : 450mA – 2.8A
0.5
5.6MAX.
7.3MAX.
10.4MAX.
4.85MAX.
4.7
Inductance : 2.2µH – 220µH
D.C.R. : 23.4mΩ – 1.57Ω
Rated Current : 350mA – 3.84A
CR75
5.5MAX.
4.7
Inductance : 1.2µH – 470µH
D.C.R. : 15.6mΩ – 1.96Ω
Rated Current : 340mA – 6.0A
7.6
4.0MAX.
CR10D37
Inductance : 2.7µH – 680µH
D.C.R. : 34.5mΩ – 2.55Ω
Saturation Rated Current : 350mA – 5.7A
Temperature Rise Rated Current : 330mA – 2.65A
13
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
9.5MAX.
5.8MAX.
7.6
CR105
Inductance : 1.8µH – 820µH
D.C.R. : 13.0mΩ – 2.55Ω
Rated Current : 240mA – 6.0A
3.0
CDRH2D09
1.0MAX.
Inductance : 1.2µH – 10µH
D.C.R. : 97.5mΩ – 537.5mΩ
Saturation Rated Current : 280mA – 800mA
Temperature Rise Current (Typ) : 420mA – 1.24A
CDRH2D11
1.2MAX.
3.0
Inductance : 1.5µH – 10µH
D.C.R. : 68mΩ – 400mΩ
Saturation Rated Current : 350mA – 900mA
Temperature Rise Current (Typ) : 650mA – 1.48A
CDRH2D11/HP
1.2MAX.
3.2MAX.
Inductance : 1.5µH – 10µH
D.C.R. : 80mΩ – 559mΩ
Saturation Rated Current : 520mA – 1.35A
Temperature Rise Current (Typ) : 520mA – 1.6A
CDRH2D14
1.55MAX.
3.0
Inductance : 1.5µH – 12µH
D.C.R. : 63mΩ – 394mΩ
Saturation Rated Current : 620mA – 1.8
A
Temperature Rise Current (Typ) : 640mA – 2.0A
3.2MAX.
2.0MAX.
CDRH2D18/LD
Inductance : 2.2µH – 47µH
D.C.R. : 41mΩ – 660mΩ
Saturation Rated Current : 200mA – 850mA
Temperature Rise Current (Typ) : 480mA – 2.3A
3.2MAX.
2.0MAX.
CDRH2D18/HP
CDRH3D11
Inductance : 1.7µH – 15µH
D.C.R. : 44mΩ – 345mΩ
Saturation Rated Current : 700mA – 1.85
A
Temperature Rise Current (Typ) : 640mA – 2.2A
3.8
1.2MAX.
Inductance : 2.7µH – 39µH
D.C.R. : 84.5mΩ – 1.02Ω
Saturation Rated Current : 140mA – 530mA
Temperature Rise Current (Typ) : 400mA – 1.82A
14
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
1.5MAX.
CDRH3D14/HP
4.0MAX.
Inductance : 1.5µH – 22µH
D.C.R. : 76mΩ – 830mΩ
Saturation Rated Current : 650mA – 2.6A
Temperature Rise Current (Typ) : 480mA – 1.85A
4.0MAX.
1.8MAX.
CDRH3D16
Inductance : 1.5µH – 33µH
D.C.R. : 52mΩ – 675mΩ
Rated Current : 320mA – 1.55A
4.0MAX.
1.8MAX.
CDRH3D16/LD
Inductance : 3.3µH – 47µH
D.C.R. : 66mΩ – 775mΩ
Saturation Rated Current : 210mA – 800mA
Temperature Rise Current (Typ) : 450mA – 2.0A
CDRH3D16/HP
CDRH3D28
CDRH3D28/LD
CLS4D09
1.8MAX.
4.0MAX.
Inductance : 1.7µH – 33µH
D.C.R. : 51mΩ – 870mΩ
Saturation Rated Current : 460mA – 2.0A
Temperature Rise Current (Typ) : 410mA – 2.4A
3.0MAX.
4.0MAX.
Inductance : 3.3µH – 47µH
D.C.R. : 72.1mΩ – 599mΩ
Saturation Rated Current : 480mA – 2.0
Temperature Rise Current (Typ) : 560mA – 1.85A
A
4.0MAX.
3.0MAX.
Inductance : 10µH – 220µH
D.C.R. : 95mΩ – 1.27Ω
Saturation Rated Current : 116mA – 500mA
Temperature Rise Current (Typ) : 360mA – 1.52A
1.0MAX.
4.6
Inductance : 4.7µH – 22µH
D.C.R. : 185mΩ – 910mΩ
Saturation Rated Current : 350mA – 800m
A
Temperature Rise Rated Current : 300mA – 750mA
CLS4D11
1.2MAX.
4.6
Inductance : 3.3µH – 33µH
D.C.R. : 120mΩ – 1.1Ω
Rated Current : 300mA – 1.0
A
15
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
CLS4D14
1.5MAX.
4.6
Inductance : 4.7µH – 47µH
D.C.R. : 110mΩ – 830mΩ
Saturation Rated Current : 300mA – 900mA
Temperature Rise Rated Current : 330mA – 1.0A
3
4
2
1
CDRH4D14/HP
CDRH4D18
1.5MAX
4.8MAX
Inductance : 4.7µH – 10µH
D.C.R. : 140mΩ – 280mΩ
Saturation Rated Current : 950mA – 1.4
Temperature Rise Rared Current : 750mA – 1.1A
A
5.0MAX.
2.0MAX.
4.5
Inductance : 1.0µH – 180µH
D.C.R. : 45mΩ – 4.0Ω
Rated Current : 140mA – 1.72A
CDRH4D18C
CDRH4D18C/LD
CDRH4D22
CDRH4D28
CLS5D11
2.0MAX.
5.1MAX.
Inductance : 1.1µH – 100µH
D.C.R. : 29mΩ – 1.51Ω
Rated Current : 250mA – 2.4A
2.0MAX.
5.1MAX.
Inductance : 1.1µH – 100µH
D.C.R. : 24mΩ – 962mΩ
Saturation Rated Current : 200mA – 2.1
Temperature Rise Rared Current : 350mA – 3.5A
A
2.4MAX.
5.0MAX.
4.5
Inductance : 1.5µH – 150µH
D.C.R. : 18.3mΩ – 1.35Ω
Saturation Rated Current : 210mA – 2.0
Temperature Rise Current (Typ) : 470mA – 4.2A
A
3.0MAX.
5.0MAX.
4.5
Inductance : 1.2µH – 180µH
D.C.R. : 23.6mΩ – 1.54Ω
Rated Current : 220mA – 2.56A
1.2MAX.
5.85
Inductance : 4.7µH – 47µH
D.C.R. : 120mΩ – 930mΩ
Saturation Rated Current : 380mA – 1.1
A
Temperature Rise Rated Current : 350mA – 1.1A
16
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
CDRH5D18
6.0MAX.
2.0MAX.
5.5
Inductance : 4.1µH – 100µH
D.C.R. : 57mΩ – 1.2Ω
Rated Current : 360mA – 1.95A
CDRH5D28
CDRH5D28R
CDRH6D12
CLQ61
3.0MAX.
6.0MAX.
5.5
Inductance : 2.5µH – 100µH
D.C.R. : 18mΩ – 520mΩ
Rated Current : 420mA – 2.6A
6.2MAX.
3.0MAX.
2.0
Inductance : 2.5µH – 100µH
D.C.R. : 17.6mΩ – 520mΩ
Rated Current : 400mA – 2.6
A
1.5MAX.
6.7MAX.
Inductance : 1.0µH – 68µH
D.C.R. : 37.5mΩ – 920mΩ
Saturation Rated Current : 450mA – 3.5
Temperature Rise Current (Typ) : 400mA – 2.8A
A
2.0MAX.
1.25 0.55
5.7MAX.
5.7MAX.
7.0MAX.
7.0MAX.
7.6MAX.
5.93
(0.83)
(0.83)
Inductance : 2.2µH – 330µH
D.C.R. : 81mΩ – 7.15Ω
Rated Current : 70mA – 1.36A
CLQ61B
2.0MAX.
1.25 0.55
7.6MAX.
5.93
(0.83)
(0.83)
Inductance : 2.2µH – 330µH
D.C.R. : 81mΩ – 7.15Ω
Rated Current : 70mA – 1.36A
CDRH6D26
CDRH6D28
2.8MAX.
6.5
Inductance : 2.2µH – 100µH
D.C.R. : 22mΩ – 560mΩ
Rated Current : 500mA – 3.2A
3.0MAX.
6.5
Inductance : 3.0µH – 100µH
D.C.R. : 24mΩ – 535mΩ
Rated Current : 540mA – 3.0A
17
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
CDRH6D38
7.0MAX.
4.0MAX.
6.5
Inductance : 3.3µH – 100µH
D.C.R. : 20mΩ – 358mΩ
Rated Current : 650mA – 3.5A
3.0MAX.
8.3MAX.
6.3
1.2
CDRH8D28
CDRH8D38
CDRH8D43
CDRH8D43/HP
CDRH8D58/LD
CDRH103R
Inductance : 2.5µH – 100µH
D.C.R. : 15.6mΩ – 430mΩ
Saturation Rated Current : 750mA – 4.5
A
Temperature Rise Current (Typ) : 800mA – 6.4A
4.0MAX.
8.3MAX.
6.3
1.2
Inductance : 1.8µH – 100µH
D.C.R. : 15.6mΩ – 410mΩ
Saturation Rated Current : 1.05A – 7.0
A
Temperature Rise Current (Typ) : 880mA – 6.8A
4.5MAX.
8.3MAX.
6.3
1.2
Inductance : 2.0µH – 100µH
D.C.R. : 14mΩ – 360mΩ
Saturation Rated Current : 1.3A – 7.0
A
Temperature Rise Rated Current : 800mA – 5.5A
4.7MAX.
6.3
1.2
8.0
Inductance : 1.2µH – 68µH
D.C.R. : 16.5mΩ – 363mΩ
Saturation Rated Current : 1.6A – 12.6
A
Temperature Rise Current (Typ) : 800mA – 5.6A
6.0MAX.
6.3
1.2
8.0
Inductance : 2.8µH – 100µH
D.C.R. : 15mΩ – 175mΩ
Saturation Rated Current : 800mA – 4.7
A
Temperature Rise Current (Typ) : 1.4A – 6.9
A
3.1MAX.
10.3MAX.
3.0
Inductance : 0.8µH – 150µH
D.C.R. : 5.7mΩ – 871mΩ
Saturation Rated Current : 840mA – 11.2
A
Temperature Rise Rated Current : 510mA – 8.3A
CDRH104R
10.3MAX.
4.0MAX.
3.0
Inductance : 1.5µH – 330µH
D.C.R. : 8.1mΩ – 1.09Ω
Saturation Rated Current : 700mA – 10.0
A
Temperature Rise Rated Current : 520mA – 6.5A
18
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
CDRH105R
10.3MAX.
5.1MAX.
3.0
Inductance : 0.8µH – 1.0mH
D.C.R. : 4.3mΩ – 2.0Ω
Saturation Rated Current : 420mA – 9.5
A
Temperature Rise Rated Current : 480mA – 13.5A
12.3MAX.
4.5MAX.
5.0
CDRH124
CDRH125
CDRH127
0.2
Inductance : 3.9µH – 330µH
D.C.R. : 15mΩ – 990mΩ
Rated Current : 500mA – 6.5A
12.3MAX.
6.0MAX.
5.0
0.2
Inductance : 1.3µH – 1.0mH
D.C.R. : 12mΩ – 1.53Ω
Rated Current : 400mA – 8.0A
12.3MAX.
8.0MAX.
5.0
Inductance : 1.2µH – 1.0mH
D.C.R. : 7.0mΩ – 1.82Ω
Rated Current : 550mA – 9.8A
12.3MAX.
8.0MAX.
5.0
CDRH127/LD
Inductance : 1.0µH – 1.0mH
D.C.R. : 6.5mΩ – 1.50Ω
Rated Current : 700mA – 14.0A
5.0MAX.
1.8
3.3MAX.
CDBM73MN
CDBM7D28
Inductance : 100µH
D.C.R. : Max 0.9mΩ
Saturation Rated Current : 24.0A
Temperature Rise Current (Typ) : 22.5A
1.8
5.0MAX.
3.0MAX.
Inductance : 80nH – 120nH
D.C.R. : Max. 1.7mΩ
Rated Current : 15.0A
10.4MAX.
5.6MAX.
2.9 3.8
CDEP105
Inductance : 0.15µH – 8.8µH
D.C.R. : 1.7mΩ – 23.8mΩ
Saturation Rated Current : 4.8A – 55.0A
Temperature Rise Current (Typ) : 4.9A – 19.0A
19
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
3.0MAX.
12.8MAX.
CEI122(H)
1.6
1.6
Inductance : 0.7µH – 22µH
D.C.R. : 10.7mΩ – 85.0mΩ
Saturation Rated Current : 2.3A – 17.0A
Temperature Rise Current (Typ) : 2.3A – 6.6A
3.5MAX.
12.8MAX.
9.2
CEP123
1.70
1.60
Inductance : 1.2µH – 8.0µH
D.C.R. : 5.83mΩ – 23.0mΩ
Rated Current : 4.0A – 10.0A
12.9MAX.
5.6MAX.
4.0 4.2
CEP125(H,U)
CDEP134(H)
CDEP145
Inductance : 0.35µH – 10.0µH
D.C.R. : 1.5mΩ – 13.5mΩ
Saturation Rated Current : 5.0A – 35.0A
Temperature Rise Current (Typ) : 7.6A – 19.5A
9.6
13.9MAX.
4.9MAX.
Inductance : 0.3µH – 8.0µH
D.C.R. : 1.9mΩ – 18.4mΩ
Saturation Rated Current : 7.2A – 35.0A
Temperature Rise Current (Typ) : 6.5A – 18.5A
10.2
6.0MAX.
14.9MAX.
Inductance : 0.56µH – 6.1µH
D.C.R. : 1.7mΩ – 10.8mΩ
Saturation Rated Current : 10.4A – 36.0A
Temperature Rise Current (Typ) : 9.5A – 23.0A
CDEP147
Max.8.0
10.5
14.5±0.4
Inductance : 0.7µH – 9.5µH
D.C.R. : 1.86mΩ – 11.23mΩ
Saturation Rated Current : 11.2A – 36.0A
Temperature Rise Current (Typ) : 8.5A – 21.0A
15.2MAX.
14.6
10.0MAX.
2.0
2.0
10.6
9.0
2.0
CDEP149(H)
Inductance : 0.45µH – 3.0µH
D.C.R. : 1.1mΩ – 2.3mΩ
Saturation Rated Current : 12.4A – 32.0A
Temperature Rise Current (Typ) : 28.0A – 35.0A
0.15
20
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
RCH-654
ø6.5MAX.
5.0MAX.
4.0
Inductance : 1.0µH – 1.0mH
D.C.R. : 29mΩ – 7.06Ω
Rated Current : 130mA – 3.0A
RCH-664
RCR-664D
RCH-855
RCH-875
RCR-875D
RCH-895
RCH8011
ø6.5MAX.
ø6.5MAX.
ø8.3MAX.
6.5MAX.
4.0
Inductance : 1.0µH – 1.0mH
D.C.R. : 18.3mΩ – 4.45Ω
Rated Current : 190mA – 4.0A
6.5MAX.
4.0
Inductance : 2.7µH – 1.0mH
D.C.R. : 42mΩ – 5.56Ω
Rated Current : 140mA – 2.42A
5.5MAX. 5.0
Inductance : 2.5µH – 10mH
D.C.R. : 23mΩ – 55.7Ω
Saturation Rated Current : 81mA – 4.5A
Temperature Rise Rated Current : 37mA – 3.1A
ø8.3MAX.
7.5MAX.
5.0
Inductance : 2.2µH – 10mH
D.C.R. : 13.7mΩ – 33.0Ω
Saturation Rated Current : 84mA – 5.8A
Temperature Rise Rated Current : 54mA – 3.0A
7.5MAX. 5.0
ø8.3MAX.
Inductance : 1.2µH – 10mH
D.C.R. : 18mΩ – 35.0Ω
Rated Current : 74mA – 4.14A
ø8.3MAX.
9.5MAX.
5.0
Inductance : 2.5µH – 47mH
D.C.R. : 13.7mΩ – 96.4Ω
Saturation Rated Current : 38mA – 5.0A
Temperature Rise Rated Current : 31mA – 3.2A
10.8MAX.
5.0
ø7.8
ø8.3MAX.
Inductance : 10µH – 1.0mH
D.C.R. : 35mΩ – 1.92Ω
Saturation Rated Current : 490mA – 4.4A
Temperature Rise Current (Typ) : 470mA – 4.1A
21
POWER INDUCTORS
POWER INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
RCH-106
ø10.5MAX.
6.5MAX.
4.0
3.5
Inductance : 1.0µH – 1.0mH
D.C.R. : 5.0mΩ – 3.2Ω
Rated Current : 360mA – 9.3A
RCH-108
RCR-108D
RCH-110
RCR-110D
RCH-114
RP1315
ø10.5MAX.
8.5MAX. 3.5
4.0
Inductance : 2,2µH – 1.0mH
D.C.R. : 8.5mΩ – 2.1Ω
Rated Current : 450mA – 7.9A
ø10.5MAX.
8.5MAX. 3.5
4.0
Inductance : 1.0µH – 1.0mH
D.C.R. : 6.5mΩ – 2.3Ω
Rated Current : 280mA – 9.15A
ø10.5MAX.
10.5MAX. 3.5
4.0
Inductance : 10µH – 1.0mH
D.C.R. : 22mΩ – 1.7Ω
Rated Current : 530mA – 5.3A
ø10.5MAX.
10.5MAX.
3.5
4.0
Inductance : 10µH – 1.0mH
D.C.R. : 23mΩ – 1.5Ω
Rated Current : 350mA – 3.51A
ø10.5MAX.
14.4MAX.
5.0
Inductance : 6.3µH – 39mH
D.C.R. : 26mΩ – 58Ω
Rated Current : 90mA – 4.3A
ø13.0MAX.
15.0MAX. 5.0
Inductance : 10µH – 33µH
D.C.R. : 19mΩ – 70mΩ
Saturation Rated Current : 4.5A – 8.1A
Temperature Rise Rated Current : 2.3A – 4.5A
RCR1616
ø16.5MAX.
16.5MAX. 5.0
Inductance : 4.7µH – 1.0mH
D.C.R. : 6.7mΩ – 665mΩ
Saturation Rated Current : 850mA – 12.6A
Temperature Rise Rated Current : 930mA – 9.2A
22
FIXED INDUCTORS
FIXED INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
7.5MAX.
11.5MAX.
5.0
RC-875
Inductance : Max. 47mH
Operating Freq. : Max. 1MHz
Molded case type
Excellent maximum allowable DC current characteristics
ø7.3MAX.
8.6MAX.
5.0
RX-7P
Inductance : Max. 6.8mH
Operating Freq. : Max. 1MHz
Magnetically shielded type
ø8.5MAX.
13.0MAX.
3.0
RX-8P
Inductance : Max. 33mH
Operating Freq. : Max. 1MHz
Magnetically shielded type
23
INVERTER TRANSFORMERS
High Reliability Inverter Transformers
■ OUTLINE
The leakage transformer has a special core that allows for co-axial
winding.
Suitable for large LCD panel, and complies to customer needs of
high open voltage and high lamp wattage.
Inverter transformer corresponding to multiple CCFL lamps driving
for large LCD TV application
It is possible to drive 2 CCFLs in 1 transformer. No ballast
capacitor is required
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CPUDL294
9.3
4.5
9.3
5.7MAX.
9.3 4.5 9.3
4-0.7
11 10
9
8
1.6
7-0.8
6-3.0
1.6
1
7
29.6
6-3.0
K LAND PATTERNS(mm)
K DIMENSIONS(mm)
CEIDL318
CEIDL377
10.3 4.2 10.3
±0.3
1.6
Max. 7.5
10.3 4.2 10.3
4-1.0
14 13 12
11
0.35
1.6
2.8
10-1.0
2.8
1
10
2.8
37.2±0.6
2.8
3.7±0.3
3.7
K Dimensions(mm)
K Recommended land patterns(mm)
10.3 3.7 10.3
1.6
MAX. 9.0
10.3 3.710.3
4-1.0
3.5
3.5
2.8
1.0
28
0.35
1.6
2.8
3.2
31.2±0.6
3.2
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CEIDL369
13
11
14
12
4.2
4-3.0
4-3.0
14-0.8
10
1
36.0
a=1.6
4.0
25.8
33.8
4.0
a=1.6
b=1.4
9.9
9.9
7.3
24
INVERTER TRANSFORMERS
High Reliability Inverter Transformers
K DIMENSIONS(mm)
EIDL369
14
13 12
11
4.2
4-3.0
4-3.0
4-0.8
1
10
36.0
9.9
9.9
7.3
■ CHARACTERISTICS
Unique shielding reduces noise emissions.
Leakage transformer types are magnetically shielded.
No ballast capacitor is required due to leakage structure of the
transformer.
High temperature reflow soldering is permitted. (Pb free)
◆APPLICATION
1. Large LCD TV
2. LCD monitor
K Schematic
L
Vin
Lamp
Cover
Lamp
Cover
R
R
C
Tr1
C
(P.P)
Tr2
IG
IL1 IL2
IG
GND
Normal size panel (TV.Monitor)
Large size panel (TV.Monitor)
K Schematic
Lamp
Cover
Lamp
Cover
Vin
U1
DM
GND
IG
IL1 IL2
U3
U2
IG
OVP
FB
Normal size panel (TV.Monitor)
Large size panel (TV.Monitor)
K SPECIFICATIONS
Product Type
Frequency Range
Max. Open Voltage
Max. Lamp Wattage
CPUDL294
CEIDL318
CEIDL377
CEIDL369
EIDL369
35kHz～70kHz
35kHz～65kHz
35kHz～65kHz
40kHz～65kHz
40kHz～65kHz
1500Vrms
3Wꢀ2
7.5Wꢀ2
7.5Wꢀ2
10Wꢀ2
10Wꢀ2
1500Vrms (1800Vrms, 3sec)
1500Vrms (1800Vrms, 3sec)
1600Vrms (2000Vrms, 3sec)
1600Vrms (2000Vrms, 3sec)
About CPUDL294, CEIDL369, EIDL369
※This specification might be changed without notice due to under developing and improving. Thank you for your understanding.
25
INVERTER TRANSFORMERS
High Reliability Inverter Transformers
■ OUTLINE
Slim type Inverter transformer corresponding to multiple CCFL
lamps driving for large LCD TV application
Designed secondary winding for out put voltage check
High efficiency suitable for IC controlled type circuit
K DIMENSIONS(mm)
CIUH11D66
K LAND PATTERNS(mm)
3.3
3.3
36.2
38.2
40.8MAX.
K SPECIFICATIONS
Frequency Range
Max. Open Voltage
Max. Lamp Wattage
50kHz～300kHz
1600Vrms
8.0W
26
INVERTER TRANSFORMERS
INVERTER UNIT
M OUTLINE
1. Inverter unit for powering CCFL in 27" TV application
2.Line communication type circuitry
3.Polyphase circuitry
DIMENSIONS (mm)
IV120307
NEW
PWM IC
Driver
Trans
Trans
Trans
Trans
Trans
Trans
Trans
Trans
Trans
Trans
Trans
Trans
Trans
Trans
120.0
3-116.25
3-3.75
Power
Power up seqense
ON/OFF
r
PWM IC
PWM IC
PWM IC
Driver
Driver
Driver
PWM Clock
Burst controle
Ext.clock
r
8-5.0
Clock sel.
Analog Dim
.
1.0
6-7.5
101.75
Ret. C. det
.
COMPONEMT SIDE
MEASUREMENT CIRCUIT DIAGRAM
KELECTRICAL SPECIFICATIONS
Specifications
Parameter
Symbol
Condition
Unit
min.
typ.
max.
Input Voltage
Input Current
Frequency
Vin
Iin
Vin=24.0V±0.1V
Vin=24.0V±0.1V
Vin=24.0V±0.1V
21.6
24.0
26.4
V
A
－
－
5.91
58.0
Fosc
54.0
56.0
kHz
Lamp Current (Current/a Lamp)
IL
Vin=24.0V±0.1V Duty Ratio=100%
4.4
4.7
5.0
mArms
M FEATURES
1.Lead-free available
2.For light adjustment, both PWM and voltage methods are used.
3.Effective protection functionality:Excessive-voltage protection and
lamp-open detection circuitry.
27
INVERTER TRANSFORMERS
INVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
CPU9D25
13.8MAX.
10.1
2.8MAX.
Operating Freq. : Max. 140kHz
Max. Open Voltage : 750Vrms
Max. Lamp Wattage : 1.5W
10.8MAX.
3.0MAX.
7.4
CLQ122
Operating Freq. : Max. 140kHz
Max. Open Voltage : 750Vrms
Max. Lamp Wattage : 1.2W
15.2MAX.
5.0MAX.
10.0
CPU144C
0.8
7
6
Operating Freq. : Max. 100kHz
Max. Open Voltage : 1,500Vrms
Max. Lamp Wattage : 4W
1
5
5-0.8
4-2.5
31.5MAX.
26.0MAX.
6.2MAX.
CPU215
7
1
8
9
Operating Freq. : Max. 80kHz
Max. Open Voltage : 1,800Vrms
Max. Lamp Wattage : 6W
24.5MAX.
7.0MAX.
6-2.75
1.0
CPUL236
Operating Freq. : Max. 100kHz
Max. Open Voltage : 1,500Vrms
Max. Lamp Wattage : 7.5W
1.0
16.5
8.5MAX.
32.9MAX.
10.9 5.0 10.9
CPUDL328
CIUH84
4-1.0
11
10
9
8
Operating Freq. : Max. 65kHz
Max. Open Voltage : 1,500Vrms
Max. Lamp Wattage : 6Wꢀ2
7-1.2
6-3.0
1
7
21.6
23.6MAX.
4.7MAX.
Operating Freq. : Max. 300kHz
Max. Open Voltage : 1,000Vrms
Max. Lamp Wattage : 1.2W
0.3
28
INVERTER TRANSFORMERS
INVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
12.6
5.0 2.5
14.7MAX.
CEPH145B
CEPH165
CEPH209
CEPH249
CEPH115
CIU7D32
5.75MAX.
1.0
Operating Freq. : Max. 300kHz
Max. Open Voltage : 1,300Vrms
Max. Lamp Wattage : 2.5W
0.6
0.3
6.1MAX.
4-2.5
16.2
5.5
17.0MAX.
2.75
1.0
Operating Freq. : Max. 300kHz
Max. Open Voltage : 1,300Vrms
Max. Lamp Wattage : 3.0W
0.8
4-2.75
33.0MAX.
30.0
9.5MAX.
29.0
Operating Freq. : Max. 100kHz
Max. Open Voltage : 2,000Vrms
Max. Lamp Wattage : 10.0W
33.5MAX.
30.5
9.3MAX.
Operating Freq. : Max. 100kHz
Max. Open Voltage : 2,000Vrms
Max. Lamp Wattage : 15.0W
30.2MAX.
27.2
6.1MAX.
1.3
26.4
1.5
Operating Freq. : Max. 150kHz
Max. Open Voltage : 1,300Vrms
Max. Lamp Wattage : 3.0W
7.6MAX.
0.6
5.6
3.5
3.5MAX.
0.9
Operating Freq. : Max. 100kHz
Max. Open Voltage : 1,600Vrms
Max. Lamp Wattage : 3.5W
1.8
0.5
CIUH7D45
37.8MAX.
35.9
Operating Freq. : Max. 200kHz
Max.open voltage : 1,600Vrms
Max.lamp wattage : 4.0W
4.8MAX.
29
INVERTER TRANSFORMERS
INVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
4.5MAX.
CIUH8D34
9.0MAX.
5.2
0.625
3.7MAX.
0.5
Operating Freq. : Max. 200kHz
Max. Open Voltage : 1,600Vrms
Max. Lamp Wattage : 3.5W
0.5
0.3
3-1.7
9.0MAX.
4.5MAX.
5.2
CIUH8D42
0.625
0.5
Operating Freq. : Max. 200kHz
Max. Open Voltage : 1,600Vrms
Max. Lamp Wattage : 3.5W
0.5
0.3
3-1.7
CIU86
9.3MAX.
7.2MAX.
6.8
0.7
Operating Freq. : Max. 200kHz
Max. Open Voltage : 1,500Vrms
Max. Lamp Wattage : 3.0W
0.5
5-1.5
10.7MAX.
8.5MAX.
7.8
0.7
CIU98
Operating Freq. : Max. 300kHz
Max. Open Voltage : 1,800Vrms
Max. Lamp Wattage : 6.0W
1.9
0.5
4-1.6
CIOH175
34.6MAX.
31.4
6.1MAX.
31.6
Operating Freq. : Max. 150kHz
Max. Open Voltage : 1,800Vrms
Max. Lamp Wattage : 5.0W
30
INVERTER TRANSFORMERS
INVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
13.5MAX.
8.0MAX. 3.0
4-2.5
EW-12H
Operating Freq. : Max. 300kHz
Max. Open Voltage : 900Vrms
Max. Lamp Wattage : 1.7W
SEP-16
17.0MAX.
16.0MAX. 4.0
4-3.3
Operating Freq. : Max. 300kHz
Max. Open Voltage : 1,200Vrms
Max. Lamp Wattage : 4.0W
10.0MAX.
3.0
5-2.5
22.5MAX.
EP208B
Operating Freq. : Max. 300kHz
Max. Open Voltage : 1,600Vrms
Max. Lamp Wattage : 4.0W
25.5
EEH2513
MC159
LC158
35.0MAX.
14.0MAX.
3.5
Operating Freq. : Max. 500kHz
Max. Open Voltage : 2,200Vrms
Max. Lamp Wattage : 15.0W
ø15.5MAX.
10.4MAX.
Operating Freq. : Max. 100kHz
Max. Open Voltage : 900Vrms
Max. Lamp Wattage : 1.5W
ø15.5MAX.
9.0MAX. 3.0
Operating Freq. : Max. 100kHz
Max. Open Voltage : 900Vrms
Max. Lamp Wattage : 2.5W
31
DC/DC CONVERTER TRANSFORMERS
Transformer for UP-Down or Up Converter
■ OUTLINE
This is small size and high efficient up-down converter
transformer which is 2 in 1 construction. (ex. SEPIC converter)
It is possible to output the high voltage which is hard to obtain
with an ordinary inductor with sufficient accuracy.
It is available for a white LED back light drive.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CLS4D18
MAX.2.0
4.8 0.2
5.3
3.4
0.5
3.1
1.5
2
1
3
3
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CLS4D28
CLS6D28
4.5
2.6
4.8 0.2
MAX,3.0
2.3 1.3
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
5.5
2.5
2.7
6.7
2.1 1.9
K SEPIC CONVERTER SCHEMATIC
Vin(2.5~6V)
T1:CLS6D28
Vo(3.3V)
L1
C1
L2
C2
C1、C2:10µF（ceramic capacitor）
K SEPIC CONVERTER CHARACTERISTIC
η
(
)
η
(
)
η (
90
)
%
vs.Io Vin=3V/Vo=3.3V
η (
90
)
%
vs.Io Vin=3V/Vo=3.3V
SEPIC
zeta
flyback
80
70
60
50
40
80
70
60
50
40
(
A
)
( )
Io A
Io
0.0
0.2
0.4
0.6
0.8
1.0
0.2
0.4
0.6
0.8
1.0
0.0
About CLS4D18, CLS4D28
※This specification might be changed without notice due to improving. Thank you for your understanding.
32
DC/DC CONVERTER TRANSFORMERS
DC/DC Converter Transformers
■ OUTLINE
This is the transformer of multiple output type,which has size
lineup.
There are Max.3.0mm hight×5mm square and Max.2.5mm
hight×7mm square.
It is designed as a special structure to prevent wire breaking and
solves the space reduction problem in the DSCs and DVCs.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CLQ5D27
NEW
6.4MAX.
3.0MAX.
5.6
4.5
4.0
1.4
Solder Resist
※In order to prevent short-circuiting, a solder resist is recommended.
K SPECIFICATIONS
Max. Operating frequency
1MHz
Max. Operating power
350mW @ 300kHz
580mW @ 500kHz
1.1W @ 1MHz
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CLQ7D23
NEW
9.8MAX.
7.7
2.5MAX.
6.0
5.5
2.5
Solder Resist
※In order to prevent short-circuiting, a solder resist is recommended.
K SPECIFICATIONS
Max. Operating frequency
1MHz
Max. Operating power
450mW @ 300kHz
700mW @ 500kHz
1.4W @ 1MHz
About CLQ5D27
※This specification might be changed without notice due to improving. Thank you for your understanding.
33
DC/DC CONVERTER TRANSFORMERS
DC/DC COVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
2.0MAX.
0.05
4.8
3.7
4.6MAX.
CLQ4D18
Inductance : Max.500µH
NEW
Operating Freq. : Max. 1MHz
Max. Operating Power : 100mW (300kHz)
175mW (500kHz)
350mW (1MHz)
0.6
5.1MAX.
4.4
CLQ4D27
3.0MAX.
3.7
Inductance : Max.500µH
Operating Freq. : Max. 1MHz
Max. Operating Power : 160mW (300kHz)
270mW (500kHz)
540mW (1MHz)
0.6
6.0
4.3
1.8MAX.
CLQ5D16
5.6
Inductance : Max.500µH
Operating Freq. : Max. 1MHz
Max. Operating Power : 290mW (300kHz)
480mW (500kHz)
NEW
930mW (1MHz)
6.4MAX.
5.6
CLQ52
2.5MAX.
4.5
Inductance : Max.800µH
Operating Freq. : Max. 1MHz
Max. Operating Power : 290mW (300kHz)
480mW (500kHz)
930mW (1MHz)
3-1.27
7.0MAX.
2.5MAX.
0.4
CLQ72B
CLQ72
Inductance : Max. 2.0mH
Operating Freq. : Max. 1MHz
Max. Operating Power : 220mW (300kHz)
380mW (500kHz)
780mW (1MHz)
3-1.27
7.0MAX.
3.0MAX.
0.4
Inductance : Max. 3.0mH
Operating Freq. : Max. 1MHz
Max. Operating Power : 240mW (300kHz)
400mW (500kHz)
800mW (1MHz)
9.8MAX.
7.7
CLQ7D27
3.0MAX.
6.0
Inductance : Max. 4mH
Operating Freq. : Max. 1MHz
Max. Operating Power : 640mW (300kHz)
1.0W (500kHz)
2.0W (1MHz)
9.8MAX.
7.7
CLQ7D37
4.0MAX.
6.0
Inductance : Max. 5.2mH
Operating Freq. : Max. 1MHz
Max. Operating Power : 1.0W (300kHz)
1.8W (500kHz)
3.0W (1MHz)
34
DC/DC CONVERTER TRANSFORMERS
DC/DC COVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
7.8MAX.
4.5MAX.
CBM74
3-1.27
Inductance : Max. 1mH
Operating Freq. : Max. 1MHz
Max. operating power : 700mW(500kHz)
11.3MAX.
9.6
5.0MAX.
CLS-10
CLQ102
CLQ104
CLS-12
CEE-78
CEE93
9.2
Inductance : Max. 4.3mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 650mW (100kHz)
1.5W (300kHz)
2.2W (500kHz)
8.0
3-1.7
3.0MAX.
10.9MAX.
0.5
Inductance : Max. 8.2mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 600mW (100kHz)
1.4W (300kHz)
2.2W (500kHz)
10.9MAX.
4.5MAX.
7.5
Inductance : Max. 18.0mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 800mW (100kHz)
2.0W (300kHz)
3.0W (500kHz)
14.5MAX.
12.0
6.0MAX.
12.2
Inductance : 22mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 1.2W (100kHz)
2.9W (300kHz)
4.3W (500kHz)
9.5MAX.
6.6
6.2MAX.
7.6
Inductance : Max. 300mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 700mW (100kHz)
1.6W (300kHz)
2.4W (500kHz)
11.3MAX.
8.2
3.9MAX.
9.2
Inductance : Max. 40mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 400mW (100kHz)
900mW (300kHz)
1.8W (500kHz)
11.3MAX.
8.2
CEE94
4.5MAX.
9.2
Inductance : Max. 300mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 870mW (100kHz)
2.0W (300kHz)
3.0W (500kHz)
35
DC/DC CONVERTER TRANSFORMERS
DC/DC COVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
11.3MAX.
8.2
CEE-98
6.0MAX.
9.2
Inductance : Max. 1.1H
Operating Freq. : Max. 500kHz
Max. Operating Power : 1.1W (100kHz)
2.8W (300kHz)
4.2W (500kHz)
14.5MAX.
11.0
CEI-120
CEEH126
CEE156
6.0MAX.
12.2
Inductance : Max.2.0H
Operating Freq. : Max. 500kHz
Max. Operating Power : 1.2W (100kHz)
3.8W (300kHz)
6.3W (500kHz)
13.7MAX.
12.0
6.5MAX.
9.8
Inductance : Max. 5.2mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 1.0W (100kHz)
2.3W (300kHz)
3.4W (500kHz)
16.5MAX.
7.5MAX.
0.5
Inductance : Max. 125mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 2.5W (100kHz)
6.0W (300kHz)
8.8W (500kHz)
4-2.5
17.0MAX.
12.8
CEE158
14.5
9.0MAX.
Operating Freq. : Max. 500kHz
Max. Operating Power : 2.6W (100kHz)
6.2W (300kHz)
9.3W (500kHz)
24.0MAX.
17.1
CEPH1710
CEPH199
CEPH205
10.8MAX.
20.6
Inductance : Max. 700mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 4.0W (100kHz)
10.0W (300kHz)
14.0W (500kHz)
29.9MAX.
26.6
24.0
22.0
18.0
14.0
10.2MAX.
Inductance : Max. 130mH
Operating Freq. : Max. 500kHz
Max. Operating Power : 3.2W (100kHz)
7.5W (300kHz)
11.0W (500kHz)
22.0MAX.
21.0
5.8MAX.
20.0
Inductance : Max. 3.0H
Operating Freq. : Max. 500kHz
Max. Operating Power : 800mW (100kHz)
2.5W (300kHz)
4.2W (500kHz)
36
DC/DC CONVERTER TRANSFORMERS
DC/DC CONVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
LC-8, LC-8U
LC-8/※LC-8U
4.0MAX.
Operating Freq. : Max. 500kHz
ø8.5MAX.
ø8.7MAX.
ø11.0MAX.
※6.0MAX. 3.0
ø5.5
LC-8
Max. Operating Power : 320mW (100kHz)
750mW (300kHz)
LC-8U
Max. Operating Power : 370mW (100kHz)
1.1W (300kHz)
1.8W (500kHz)
MC-080U
LC-10
8.5MAX.
3.0
Operating Freq. : Max. 500kHz
Max. Operating Power : 330mW (100kHz)
1.0W (300kHz)
1.7W (500kHz)
5.0MAX. 2.0
Operating Freq. : Max. 500kHz
Max. Operating Power : 360mW (100kHz)
1.1W (300kHz)
1.8W (500kHz)
ø11.0MAX.
ø13.0MAX.
ø13.0MAX.
7.3MAX.
3.0
MC-100C
LC-128
LC128B
LC-15
Operating Freq. : Max. 500kHz
Max. Operating Power : 960mW (100kHz)
2.2W (300kHz)
3.4W (500kHz)
8.5MAX 2.5
Operating Freq. : Max. 500kHz
Max. Operating Power : 1.5W (100kHz)
3.6W (300kHz)
5.0W (500kHz)
8.5MAX. 2.5
Operating Freq. : Max. 500kHz
Max. Operating Power : 0.8W (100kHz)
1.9W (300kHz)
2.9W (500kHz)
ø15.0MAX
10.0MAX 3.5
Operating Freq. : Max. 300kHz
Max. Operating Power : 2.7W (100kHz)
6.5W (300kHz)
EEH116
12.6MAX.
6.9MAX. 2.8
10.6
Inductance : Max. 5.4mH
Operating freq. : Max. 500kHz
Max. Operating Power : 2.5W (100kHz)
5.8W (300kHz)
8.6W (500kHz)
37
DC/DC CONVERTER TRANSFORMERS
DC/DC COVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
EER-137
10.0
2.52.5 2.52.5
14.0MAX.
10.0MAX. 3.5
Operating Freq. : Max. 300kHz
Max. Operating Power : 2.0W (100kHz)
6.1W (300kHz)
EEH157
EE1011
EE-13
15.8MAX.
8.8MAX. 3.2
12.5
Inductance : Max. 6.5mH
Operating freq. : Max. 300kHz
Max. Operating Power : 2.5W (100kHz)
7.6W (300kHz)
2.9
3.5
4.0
10.8MAX.
12.5MAX.
13.5MAX.
16.0MAX.
8.0
Operating Freq. : Max. 500kHz
Max. Operating Power : 2.5W (100kHz)
6.0W (300kHz)
8.9W (500kHz)
4-2.5
14.0MAX.
Operating Freq. : Max. 300kHz
Max. Operating Power : 3.1W (100kHz)
9.2W (300kHz)
SEE-16
EI-191
EI-20H
EEH2017
17.0MAX.
4-3.3
Operating Freq. : Max. 300kHz
Max. Operating Power : 4.0W (100kHz)
12.0W (300kHz)
15.5MAX.
18.0MAX.
3.5
Operating Freq. : Max. 300kHz
Max. Operating Power : 8.7W (100kHz)
20.0W (300kHz)
6.0 5.0
6-2.5
21.0MAX.
13.0MAX. 5.0
Operating Freq. : Max. 300kHz
Max. Operating Power : 4.8W (100kHz)
11.0W (300kHz)
24.0MAX.
17.7MAX. 3.8
15.25
Operating Freq. : Max. 500kHz
Max. Operating Power : 4.0W (100kHz)
10.0W (300kHz)
14.0W (500kHz)
38
DC/DC CONVERTER TRANSFORMERS
DC/DC CONVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
EF2017
21.5MAX.
18.5MAX.
3.5
15.2
Operating Freq. : Max. 500kHz
Max. Operating Power : 3.3W (100kHz)
10.0W (300kHz)
16.5W (500kHz)
EI-22
21.0MAX.
23.0MAX.
6.0
4.0 4.0 4.0 4.0
Operating Freq. : Max. 300kHz
Max. Operating Power : 7.8W (100kHz)
18.0W (300kHz)
21.0MAX.
21.0MAX. 3.0
15.5
EI-255B
EI-28
Operating Freq. : Max. 300kHz
Max. Operating Power : 16.0W (100kHz)
38.0W (300kHz)
29.5MAX.
23.0MAX. 7.5
4-5.0
Operating Freq. : Max. 300kHz
Max. Operating Power : 22.0W (100kHz)
51.0W (300kHz)
4.1
17.0MAX
10-2.54
EPH2815
29.5MAX
NEW
Operating Freq. : Max. 300kHz
Max. Operating Power : 14.0W (100kHz)
32.0W (300kHz)
31.0MAX.
26.0MAX. 5.0
5-5.0
ERH2826
Operating Freq. : Max. 500kHz
Max. Operating Power : 11.0W (100kHz)
27.0W (300kHz)
40.0W (500kHz)
EI-30
33.0MAX.
33.0MAX.
6.0
4-5.0
Operating Freq. : Max. 300kHz
Max. Operating Power : 29.0W (100kHz)
67.0W (300kHz)
26.0MAX.
25.0MAX.
3.5
17.5
ER3023
Operating Freq. : Max. 500kHz
Max. operating power : 20W(500kHz)
Weight : 30g
39
DC/DC CONVERTER TRANSFORMERS
DC/DC CONVERTER TRANSFORMERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
33.0MAX.
33.0MAX.
3.5
25.0
ER4831
Inductance : Max. 56mH
Operating Freq. : Max. 500kHz
Max. operating power : 60W(500kHz)
Weight : 75g
40
SIGNAL COMMON MODE CHOKE COILS
Common Mode Choke Coils for DC LINES
■ OUTLINE
DC line noise filter for LCDTV,PC and Electronic Equipments.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CPFC805
MAX.7.9
MAX.4.8
4.3
3.9 2.3
K SPECIFICATIONS
Impedance
at100MHz
D.C.R
(1-4) (2-3)
Rated current
4.5A
500Ω or more
7.5mΩ or less
K IMPEDANCE CHARACTERISTICS
1000
100
1M
10M
100M
1G
FREQUENCY(Hz)
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CPF6D36
5.3
Max.6.2
4.2
MAX.3.8
(3.1)
2.5 2.1
K SPECIFICATIONS
Impedance
at100MHz
D.C.R
(1-4) (2-3)
Rated current
600Ω or more
22mΩ or less
2.5A
K IMPEDANCE CHARACTERISTICS
1000
100
1M
10M
100M
1G
FREQUENCY(Hz)
About CPF6D36
※This specification might be changed without notice due to improving. Thank you for your understanding.
41
SIGNAL COMMON MODE CHOKE COIL
Common Mode Choke Coil for Communication
■ OUTLINE
It is common mode noise filter of small and SMD type
It has 4-line construction and is suitable to IEEE1394.
K DIMENSIONS(mm)
CBM6068
6.4
3.05
8-0.4
6-1.27
6-1.27
1
2
3
4
8
7
6
5
0.4
PIN1
0.57
K LAND PATTERNS(mm)
K MEASUREMENT CIRCUIT DIAGRAM
8.0
1
8
1.5
2
3
4
7
6
5
SUGGEST PCB LAYOUT
TOLERANCE:
K SPECIFICATIONS
ITEM
SPECIFICATION
0.3Ω MAX
CONDITION
20℃
D.C.R （1-8），（2-7），（3-6），（4-5）
Idc
0.65 A MAX
-2.8±2.0dB
-7.3±2.5dB
-12.0±3.0dB
-14.0±3.0dB
50 MHz
100 MHz
300 MHz
500 MHz
INSERTION LOSS
HIPOT
(1-8) TO (2,3,4, CORE),(2-7) TO (3,4, CORE)
(3-6) TO (4, CORE),(4-5) TO CORE
INSULATION RESISTANCE
DC 100 V
0.5mA, 1 minute.
(1-8) TO (2,3,4, CORE),(2-7) TO (3,4, CORE), (3-6)
TO (4, CORE),(4-5) TO CORE
COMMON MODE IMPEDANCE
100 MΩ MIN
185Ω Typical
100Vdc, 1 minute
100 MHz
About CBM6068
※This specification might be changed without notice due to improving. Thank you for your understanding.
42
SIGNAL COMMON MODE CHOKE COILS / DC COMMON MODE CHOKE COILS
SIGNAL COMMON MODE CHOKE COILS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
2.54
1.27
2.5MAX.
0.25
CLP42
4.6
0.5
Inductance : 50µH – 500µH
Leakage Inductance : Max.0.3µH – Max.0.35µH
Line capacitance : Max.6.0pF – Max.10.0pF
D.C.R : Max.250mΩ – Max.300mΩ
CLP82
SFC68
CRR32
2.54
1.27
2.5MAX.
0.25
9.0MAX.
0.5
Inductance : Max.500µH
Leakage Inductance : Max.0.25µH
Line capacitance : Max.10.0pF
D.C.R : Max.700mΩ
6.2MAX
8.2MAX
2.54
4.5
1.0
Inductance : 4.3µH – 121.5µH
D.C.R. : 19.5mΩ – 114mΩ
Rated Current : 600mA – 2.9A
3.4MAX.
2.2
2.8MAX.
Impedance : 350Ω – 800Ω (at 100MHz)
D.C.R. : 200mΩ – 500mΩ
Rated Current : 400mA – 800mA
0.1
DC COMMON MODE CHOKE COILS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
BM1012LF
10.3MAX.
12.0MAX.
4.0
7.5
Inductance : 0.20µH – 2.69µH
Rated current : 2.2A – 3.4A
11.0MAX.
16.5MAX.
3.5
7.0
UU9TF
Inductance : 8.6mH
D.C.R. : 3.0Ω
Rated current : 300mA
CPFC74
5.08MAX.
9.5MAX.
7.0
6.4
0.15
Impedance : 100Ω – 1kΩ (at100MHz)
D.C.R. : 60mΩ – 120mΩ
Rated current : 1.5A – 3.0A
43
NORMAL MODE CHOKE COILS
NORMAL MODE CHOKE COILS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
BM27
7.5MAX.
2.5MAX.
Impedance : 300Ω – 900Ω (10MHz)
D.C.R : 150mΩ – 250mΩ
5.0
ø0.5
9.5MAX.
6.3MAX.
SLF0912
PFN1316
PFN1825
PFN2029
PFN2028
Inductance : 18.0µH
D.C.R. : 44mΩ
Rated current : 1.8A
(5.0)
0.5
Inductance : 21µH – 37µH
D.C.R. : 43mΩ – 58mΩ
Rated current : 2.0A – 5.4A
(10.5)
14.5MAX.
16.0MAX.
Inductance : 32µH – 88µH
D.C.R. : 31mΩ – 53mΩ
Rated current : 3.7A – 4.9A
(15.0)
24.0MAX.
19.0MAX.
29.00MAX.
Inductance : 52µH – 83µH
D.C.R. : 30mΩ – 38mΩ
Rated current : 5.4A – 6.1A
ø1.10
16.0
21.0MAX.
24.0MAX.
26.0MAX.
Inductance : 52µH – 83µH
D.C.R. : 30mΩ – 38mΩ
Rated current : 5.4A – 6.1A
(16.0)
21.0MAX.
24.0MAX.
44
AC COMMON MODE CHOKE COILS
AC COMMON MODE CHOKE COILS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
UU9LF
11.0MAX.
3.5
16.5MAX.
7.0
Inductance : 470µH – 10.0mH
D.C.R. : 150mΩ – 4.0Ω
Rated current : 200mA – 1.0A
UU9LFH
UU9LFB
UU9LFBH
UU10LF
UU10LFB
LF1290
UU16LF
12.5MAX. 3.5
3.5
15.5MAX.
7.0
Inductance : 470µH – 10.0mH
D.C.R. : 150mΩ – 40Ω
Rated current : 200mA – 1.0A
11.0MAX.
3.4
16.5MAX.
2.8
7.0
Inductance : Min. 19.0mH
D.C.R. : 6.5Ω
Rated current : 150mA
2.8
12.5MAX.
3.4
15.5MAX.
7.0
Inductance : Min.19.0mH
D.C.R. : 6.5Ω
Rated current : 150mA
17.0MAX.
5.7
23.0MAX.
4.0
10.0
Inductance : 3.3mH – 51.0mH
D.C.R. : 710mΩ – 9.12Ω
Rated current : 150mA – 650mA
17.0MAX.
5.7
4.0
10.0
23.0MAX.
Inductance : 3.3mH – 51.0mH
D.C.R. : 710mΩ – 9.12Ω
Rated current : 150mA – 650mA
17.0MAX.
9.5MAX. 3.5
14.0
Inductance : 470µH – 10.0mH
D.C.R. : 150mΩ – 4.0Ω
Rated current : 200mA – 1.1A
20.0MAX.
6.20
28.5MAX.
4.5
10.0
Inductance : 1.5mH – 30mH
D.C.R. : 125mΩ – 2.5Ω
Rated current : 400mA – 1.9A
45
AC COMMON MODE CHOKE COILS
AC COMMON MODE CHOKE COILS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
20.0MAX.
6.20
28.5MAX.
4.5
10.0
UU16LFB
Inductance : 1.5mH – 30mH
D.C.R. : 200mΩ – 2.5Ω
Rated current : 400mA – 1.9A
LF2115
17.0MAX. 3.5
13.0
22.0MAX.
17.2MAX.
29.5MAX.
Inductance : 2.2mH – 33mH
D.C.R. : 240mΩ – 3.42Ω
Rated current : 300mA – 1.3A
LF2020
LF2823
LF2420
PFC2225B
22.5MAX.
4.5
10.0
Inductance : 2.2mH – 33mH
D.C.R. : 240mΩ – 3.42Ω
Rated current : 300mA – 1.3A
20.0
24.0MAX. 4.0
Inductance : 1.8mH – 68.0mH
D.C.R. : 72mΩ – 1.82Ω
Rated current : 600mA – 2.6A
25.2MAX.
21.0MAX.
4.0
15.0
Inductance : 2.5mH – 35mH
D.C.R. : 130mΩ – 1.58Ω
Rated current : 600mA – 2.0A
Inductance : 450µH – 7.0mH
D.C.R. : 8.5mΩ – 135mΩ
Rated AC current : 2.5A – 10.0A
ø0.9
(10.0)
(15.0)
20.0MAX.
25.0MAX.
PFC2831
Inductance : 600µH – 1.5mH
D.C.R. : 4.8mΩ – 18.5mΩ
Rated current : 8.5A – 17A
ø0.8
(18.0)
34.0MAX.
(16.0)
25.0MAX.
46
ANTENNA / FILTER
Transponder・RF-ID (TX)
■ OUTLINE
-
Suitable for Key less enter and Home security system's Tx ant
K DIMENSIONS(mm)
AS737
72.5
3
2
1
0.35
4.6
4.6
K SCHEMATICS
L
L
C
C
3
2
1
2
1
✽ It is possible 2 terminal type (ꢀ ꢁ)
ー
◆FEATURES
1. Pre-tune Ant provide high efficiency in customer line
2. Molding improved from environmental suffering
3. 2 terminals out available
4. Packaging can be available (with Harness, Connector
and Casing)
K SPECIFICATIONS(REFERENCE)
Tuning Frequency
12ꢀ.0ꢀ1.0kHz within
Impedance
1.0Ω (typ.)
✽ It is possible for customer specification at harness length and connector form.
※This specification might be changed without notice due to under developing and improving. Thank you for your understanding.
47
ANTENNA / FILTER
Noise Filter
■ OUTLINE
It is AM Radio Noise reduction filter which is combined with an antenna of Smart
Entry System.
K DIMENSIONS(mm)
K SCHEMATICS
CEP79
9.2
7.6
11.0MAX.
10.0MAX.
4
5
1
3
8
6
2
7
K SPECIFICATIONS
Inductance (4-1)
D.C.R (4–1)
D.C.R (8–5)
260µH 35ꢀ
50mΩ below
50mΩ below
(2–1, 4–3 tie)
(3–4, 2–1 tie)
(5–6, 8–7 tie)
Temperature Rise
Current (Typ.)
2.5A@△=30˚C (D.C.Current)
6.8A@△=30˚C (Dummy Load Current)
K Characteristics
Common Attenuation
20
10
0
0pF
Add on 270pF
-10
-20
-30
Add on 150pF
-40
100k
1M
10M
FREQUENCY(Hz)
48
ANTENNAS
Transponder・RF-ID (RX)
■ OUTLINE
Antenna coils for Keyless Entry Systems, Smart Entry Systems and
Passive Entry Systems RF-ID etc.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CAS11D21
11.6MAX.
8.5
2.3MAX.
NEW
8.1
12.3
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CAS11D28
11.6MAX.
2.95MAX.
8.6
8.6
12.3
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CAS14D26
11.4
15.6
15.0MAX.
12.0
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CAS16D14
NEW
16.4
3.5MAX.
17.0MAX.
1.3
14.2
1.3
13.1
17.4
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CAK15D14
1.5
6.85
MAX.1.6
13.5
17.2
φ13.5
φ14.7
0.2
K SPECIFICATIONS
Product Type
Inductance
S.R.F.
Sensitivity
Frequency
Q
CAS11D21
CAS11D28
CAS14D26
CAS16D14
CAK1ꢀD14
2.3mH
Min. 30
Min. 30
Min. 30
3ꢀ (TYP.)
1MHz
700kHz
1MHz
Min. 29mV/A/m
ꢀ0mV/µT (7.2mH)
38mV/µT (2.3mH)
68mV/µT (6mH)
12ꢀkHz
12ꢀkHz
12ꢀkHz
12ꢀkHz
µ
ꢀ00 H～7.2mH
900µH～2.4mH
6ꢀ0kHz
1mH～6mH
1mH～6mH
1M
13 (TYP.)
Hz
ꢀꢀmV/µT
12ꢀkHz
49
ANTENNAS
■ OUTLINE
This is the RF-ID transponder coil, which is for related security
equipment and keyless entry systems for automobiles.
K DIMENSIONS(mm)
K SCHEMATICS
AR9D27
NEW
2
1
9.2
0.5
1.0
1.5
K SPECIFICATIONS
Inductance
S.R.F.
Sensitivity
Frequency
Q
1.0mHꢀꢀ.0mH
Min. 30
1000kHz
41mV/µT (ꢀ.0mH)
12ꢀkHz
※This specification might be changed without notice due to under developing and improving. Thank you for your understanding.
■ OUTLINE
It is transponder antenna coil which also performs as key-less
entry antenna built into key case.
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CAS19D17C
20.0MAX.
17.2
20.6
16.0
19.0
1.9MAX.
K SPECIFICATIONS(REFERENCE)
Inductance
Q
S.R.F.
Sensitivity
Frequency
1mHꢀ7mH
Min. 40
Min. 400kHz
82mV/µT (7mH)
12ꢀkHz
TPMS・RF-ID
■ OUTLINE
It is TPMS(Tire Pressure Monitoring System)
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
CAS113
9.7
11.55MAX.
3.0MAX.
9.0
12.1
K SPECIFICATIONS(REFERENCE)
Inductance
S.R.F.
Sensitivity
Frequency
Q
7.2mH
2.89mH
ꢀꢀ
4ꢀ
700kHz
700kHz
ꢀ0mVp-p/µT
31mVp-p/µT
12ꢀkHz
12ꢀkHz
50
For xDSL LINE TRANSFORMER & SPLITTER COILS
For xDSL LINE TRANSFORMER & SPLITTER COILS
RM4
EEH1313
TEL
PC
RM6
EEH1617
CEP79
CEP1311
EP1311
CEP1311C
CPFC85
CEP811
Line Transformer
■ OUTLINE
It is a xDSL line transformer which corresponds to the smaller foot
print demand for limited equipment installation space in central
offices.
Application is the xDSL line transformer used in central offices.
K DIMENSIONS(mm)
K SCHEMATICS
CEP79
9.2
7.6
11.0MAX.
10.0MAX.
1
8
3
2
6
7
LINE
(PRI)
CHIP
(SEC)
4
5
◆APPLICATION
Line transformer for control operation side.
K SPECIFICATIONS
Impedance (1–4)
Inductance (1–4)
Turns Ratio
Designed to reflect 100Ω on the PRI with 100Ω load on SEC.
850µH 10ꢀ
1 : 1 ( 1ꢀ)
(10kHz 0.1V)
(PRI : SEC)
2+3 tie
Leakage Inductance (1–5) 3.6µH (TYP)
(100kHz 0.1V) 2+3, 6+7 tie, 5+8 short
D.C.R (1–3)
D.C.R (2–4)
D.C.R (5–7)
D.C.R (6–8)
Insertion loss
Total Harmonic Distortion –75dB(TYP)
–90dB(TYP)
Longitudinal Balance 70dB(TYP)
1.2Ω(TYP)
0.9Ω(TYP)
0.85Ω(TYP)
0.8Ω(TYP)
0.1dB(TYP)
(20˚C)
(20˚C)
(20˚C)
(20˚C)
(30kHz–1.1MHz)
(40kHz, 5.3Vrms)
(100kHz, 5.3Vrms)
(100kHz) (6, 7 GND)
Isolation Voltage
1875Vrms 1SEC (50Hz/60Hz) between PRI-SEC
Longitudinal Balance : This characteristic was measured with our longitudinal test circuit boad.
51
For xDSL LINE TRANSFORMER
xDSL LINE TRANSFORMER
■ OUTLINE
Application is the xDSL line transformer.
K DIMENSIONS(mm)
CPE1311C
0.5±0.1
[.020±.004]
13.5MAX.
[.531]
12.3MAX.
[.484]
12x
5.1
[.201]
NEW
TERMINAL CONNECTION
(BOTTON VIEW)
3.4
[.134]
2x
16
15
14
13
12
11
10
9
1
2
3
4
5
6
7
8
2.2
[.087]
sumida
Tx
Rx
1.0
[.039]
12x
12x
C10113A
17.3MAX.
[.681]
16.1
[.634]
LINE
CHIP
Country of Origin
1.7
[.067]
Date Code
7x
11.9±0.25
[.469±.010]
POLARITY
1.7±0.2
[.067±.008]
Pin 1. Pin numbers increment
clockwise around the part.
7x
K FEATURES
・Approved by GlobespanVirata for use with the following chipsets：
TM
TM
TM
TM
Argon Ⅱ/ⅡPlus, Argon Ⅲ/Ⅲ Plus, Centragate , Titanium
TM
Ultra/Ultra Plus, and Viking
・Superb THD performance
Ⅱ
(-93 dB typ. from 20 kHz, Tx and Rx windings)
..
・Complies with EN 60950/UL60950/BABT/TUV supplementary
insulation requirments for working voltages up to 250 Vrms
K ELECTICAL SPECIFICATIONS
Paramenter
Conditions
Limit
Units
μH
Tolerance
Inductance(OCL)
Turms Ratio(T/R)
line side, 10kHz, 0.1V, (16–9)［tie 11+14］
chip - Tx:line=(1–4):(16–9)［tie 2+3, 11+14］
700
±6％
1:3.95
N/A
+1.5%
–1.0%
chip - Rx:line=(5–8):(16–9)［tie 6+7, 11+14］
Tx and Rx windings, 20kHz, 5.3Vrms
100kHz, 0.1V, (16–9)［tie 1+4, 2+3, 11+14］
100kHz, 0.1V, (16–9)［tie 5+8, 6+7, 11+14］
35kHz - 650kHz (16–9)［tie 11+14］
line side, (16–9)［tie 11+14］
1:2.04
–87
32
N/A
dB
±1.5％
Max.
Max.
Max.
Min.
Total Harmonic Distortion(THD)
Leakage Inductance(LL)
μH
μH
dB
32
Longitudinal Balance(LB)
DC Resistance(DCR)
53
3.5
Ω
Max.
Max.
Max.
Max.
Max.
Min.
chip side - Tx, (1–4)［tie 2+3］
0.98
1.74
50
Ω
chip side - Rx, (5–8)［tie 6+7］
Ω
Interwinding Capacitance(Cww)
100kHz, 0.1V, (1–16)［tie 2+3, 11+14］
100kHz, 0.1V, (5–16)［tie 6+7, 11+14］
1 sec, (1–16)［tie 2+3, 4+5, 6+7, 11+14］
pF
50
pF
Dielectric Breakdown Isolation
(equivalent to 1 min, 1500 Vrms)
Impedance
1875
Vrms
reflected on line side
load on chip side, Tx
load on chip side, Rx
100
5.6
Ω
Ω
Ω
℃
Non.
Non.
Non.
Non.
300
Operating Temperature
–40 to +85
52
For xDSL LINE TRANSFORMERS
xDSL LINE TRANSFORMER
■ OUTLINE
Application is the xDSL line transformer.
K DIMENSIONS(mm)
CEP1311
2.5±0.25
[.098±.010]
13.5 MAX.
[.531]
12.3 MAX.
[.484]
8x
6
10
17.7 MAX.
[.697]
Country of Origin
Date Code
5
1
0.65±0.20
[.026±.008]
Pin 1. Pin numbers increment
clockwise around the part.
10x
K RECOMENNED LAND PATTRNS
K SCHEMATICS
(BOTTOM VIEW)
1.3
10 x
1
2
3
4
5
10
[.051]
9
8
7
6
16.5
[.650]
LINE
CHIP
2.5
8 x
[.098]
2.54
10 x
[.100]
10.0
[.394]
POLARITY
K DIMENSIONS(mm)
EP1311
13.8MAX.
[.543]
13.1MAX.
[.516]
2.5±0.3
[.098±.012]
10
6
10.0±0.3
14.0MAX.
[.394±.012]
[.551]
φ0.6±0.2
[φ.024±.008]
Country of Origin
Date Code
10x
1
5
5.3±0.5
[.209±.020]
10.0±0.3
[.394±.012]
Pin 1. Pin numbers increment
clockwise around the part.
K TERMINAL LAYOUT
K SCHEMATICS
φ0.9
[φ.035]
2.5
[.098]
(BOTTOM VIEW)
10 x
1
2
3
4
5
10
9
8
7
6
10.0
[.394]
LINE
CHIP
10.0
[.394]
POLARITY
K FEATURES
・Approved by TI for use with the following chipsets：
AR7, AR7V, AR7VWi.
C10120 & T10120 for Annex A,C.
C10121 & T10121 for Annex B.
・Superb LB from 30kHz to 1.1MHz
・Complies with EN 60950/BABT/TUV supplementary
insulation requirments for working voltages up to 250 Vrms
K ELECTRICAL SPECIFICATIONS
INDUCTANCE (Ls)1–4
10kHz, 0.1V, (2+3)Tie
Sumida
Type
TURNS RATIO
(10-7):(1–4)
LL MAX (1–4)
100kHz, 0.10Vac
THD MAX (dB)
100kHz, 5.3Vrms
LB MAX (dB)
30kHz-1.1MHz
DCR MAX (Ω)
(1–4)/(10–7)
IMPEDANCE
(1–4)/(10–7)
Part No.
CEP1311
CEP1311
EP1311
EP1311
C10120
C10121
T10120
T10121
1.5mH 6ꢀ WITHIN
400uH 5ꢀ WITHIN
1.5mH 6ꢀ WITHIN
400uH 5ꢀ WITHIN
1:2(+–2ꢀ)
1:2(+–2ꢀ)
1:2(+–2ꢀ)
1:2(+–2ꢀ)
14uH (2+3, 8+9)Tie
7uH (2+3, 8+9)Tie
14uH (2+3, 8+9)Tie
7uH (2+3, 8+9)Tie
–90db
–90db
–90db
–90db
60db
60db
60db
60db
1.82/0.76
0.63/0.33
1.82/0.76
0.63/0.33
100Ω/25Ω
100Ω/25Ω
100Ω/25Ω
100Ω/25Ω
53
For xDSL POTS SPLITTER COILS
xDSL POTS SPLITTER COILS
■ OUTLINE
It is pot splitter coil for xDSL. correspondence with each ITU-T
(Annex-A/E/C) standard.
Using EE core for compatibility and competitive cost merit.
K DIMENSIONS(mm)
K SCHEMATICS
EEH1313
13.0MAX.
14.0MAX.
5.3
10
5
6
1
10
◆OUTLINE
Apot splitter coil for ADSL Splitter.
◆FEATURES
Correspond ence with each ITU-T(Annex-A/E/C) standard.
Using EE core for compatibility and competitive cost merit.
◆APPLICATION
ADSL Splitter
◆SPECIFICATIONS
Part No.
Inductace
D.C.R
50M-020
50M-021
50M-022
2.4mH (Typ.) (at 1kHz, 0.1V)
0.983mH (Typ.) (at 1kHz, 0.1V)
0.712mH (Typ.) (at 1kHz, 0.1V)
2.7Ω(Typ.)
1.0Ω(Typ.)
0.9Ω(Typ.)
◆Weight
5g
K DIMENSIONS(mm)
K SCHEMATICS
EEH1617
15.5MAX.
17.6MAX.
4.0
12
6
7
12
1
◆OUTLINE
Inductor available for ADSL Splitter.
◆FEATURES
Correspondence with each ITU-T(Annex-A/E/C) standard.
Using EE core for compatibility and competitive cost merit.
◆APPLICATION
ADSL Splitters
◆SPECIFICATIONS
Part No.
Inductace
D.C.R
50M-026
50M-027
50M-028
10.5mH(Typ.) (at 1kHz,0.1V)
4.5mH(Typ.) (at 1kHz,0.1V)
4.0mH(Typ.) (at 1kHz,0.1V)
5.8Ω(Typ.)
2.3Ω(Typ.)
2.2Ω(Typ.)
◆Weight
10g
K Application Circuit
C4
C6
Choke Inductor
Inductor
Inductor
Input
ADSL & POTS
Signals
Output
POTS Signal
Only
C1
C2
C3
Input
Output
L1
L2
L3
Capacitor
EEH1313
Capacitor
EEH1617
Capacitor
EEH1617
UU16LF
C5
C7
54
For xDSL POTS SPLITTER COILS
xDSL POTS SPLITTER COILS
K DIMENSIONS(mm)
K
RECOMENNED LAND PATTRNS
K SCHEMATICS
CEEH1011
NEW
8.40±0.20
12.0MAX.
12.0MAX.
8.40±0.20
4×2.74
4×1.40
4×1.00
◆FEATURES
• Small footprint for Central Office applications
• For use with Legerity's Intergrated Voice and Data (IVD) solution
• Customized inductance values available
K SPECIFICATIONS
Inductance MIN (mH)
Part No.
LL MAX
THD MAX (dB)
LB MAX (dB)
DCR MAX (Ω)
PRI/SEC
20kHz
20kHz
20kHz
20kHz
0.1 Vac, 0.46 Adc
100kHz, 0.10 Vac 50kHz, 12.3Vrms
200Hz-3200Hz
0.1 Vac, 0 Adc 0.1 Vac, 0.12 Adc
0.1 Vac, 0.23 Adc
25µH
11µH
C15100
C15108
8.74
3.42
8.46
3.40
4.00
-85db
-85db
65db
65db
26.0/26.0
18.5/18.5
1.00
K DIMENSIONS(mm)
K SCHEMATICS
RM4
13.00 MAX
[0.512]
10.92 MAX
[0.430]
3.0
[0.120]
CONNECTING PIN PATTERN:
2.5 mm GRIDS
(BOTTOM VIEW)
3
6
2
2
6
ø1.0 x 4
PRI
(LINE)
SEC
(DEVICE)
2
5
13.00 MAX
[0.512]
6
3
5
5
3
POLARITY
0.50
[0.020]
◆FEATURES
• Small footprint for Central Office applications
• For use with Legerity's Intergrated Voice and Data (IVD)
solution
• Customized inductance values available
K SPECIFICATIONS
Inductance MIN (mH)
Part No.
LL MAX
THD MAX (dB)
LB MAX (dB)
DCR MAX (Ω)
PRI/SEC
20kHz
20kHz
20kHz
100kHz, 0.10 Vac 50kHz, 12.3Vrms
200Hz-3200Hz
0.1 Vac, 0 Adc 0.1 Vac, 0.12 Adc
0.1 Vac, 0.23 Adc
8µH
T15107
8.74 8.46
4.00
-85db
65db
26/26
T= Through Hole
K DIMENSIONS(mm)
K SCHEMATICS
RM6
20.00 MAX
[0.787]
13.00 MAX
[0.512]
3.0
[0.120]
CONNECTING PIN PATTERN:
2.54 mm GRIDS
(BOTTOM VIEW)
3
ø1.4mm X 2
6
2
2
6
PRI
(LINE)
SEC
(DEVICE)
20.00 MAX
[0.787]
2
5
ø1.0 X 4
6
5
3
3
5
PIN 3 INDICATOR
POLARITY
0.50
[0.020]
◆FEATURES
• Excellent Longitudinal Balance
• For use with Legerity's Intergrated Voice and Data(IVD)
solution
• Customized inductance values available
K SPECIFICATIONS
Inductance MIN (mH)
Part No.
LL MAX
THD MAX (dB)
LB MAX (dB)
DCR MAX (Ω)
PRI/SEC
20kHz
20kHz
20kHz
100kHz, 0.10 Vac 50kHz, 12.3Vrms
200Hz-3200Hz
0.1 Vac, 0 Adc 0.1 Vac, 0.12 Adc
0.1 Vac, 0.23 Adc
8µH
8µH
T15101
6.44
8.74
6.30
8.46
4.00
4.00
-85db
-85db
65db
65db
11/11
T15102
13.6/13.6
T= Through Hole
55
For xDSL COMMON MODE CHOKE COIL
xDSL COMMON MODE CHOKE COIL
■ OUTLINE
SMD Common Mode Choke avail for xDSL modem.
This is small size, SMD and having that impedance is 1ꢀkΩ at
1.0MHz.
K DIMENSIONS(mm)
CPFC85
5.5MAX.
9.3MAX.
7.2
0.5
0.9
0.05
K SCHEMATICS
S
S
2
1
3
4
K IMPEDANCE/COMMON MODE ATTENUATION CHAR.
Impedance cha.
Common mode attenuation cha.
100k
0
10k
1k
–10
–20
–30
100
–40
–50
10
1
0.01
0.1
1
10
100
0.001
0.01
0.1
1
10
100
FREQUENCY(MHz)
FREQUENCY(MHz)
K ELECTRICAL SPECIFICATIONS
INDUCTANCE
Min. 3.3mH
100kHz
D. C. R (1–4) (2–3)
Max. 0.6Ω
Min. 2.3Ω
Min. 9.8Ω
Min. 4.2Ω
30 dB(typ.)
43 dB(typ.)
38 dB(typ.)
IMPEDANCE (1–4) (2–3)
100kHz
1MHz
IMPEDANCE (1–4) (2–3)
IMPEDANCE (1–4) (2–3)
10MHz
100kHz
1MHz
COMMON MODE ATTENUATION
COMMON MODE ATTENUATION
COMMON MODE ATTENUATION
10MHz
WITHSTAND VOLTAGE (line-line) Min. 700Vrms (2 sec.) 50Hz/60Hz
◆FEATURES
1. EMI Filter of 15kΩ Impedance at
1.0MHz.
2. Small size.
3. Reflow soldering is possible as SMD type.
◆APPLICATION
1. ADSL Modem
2. Telecom applications
56
STB/FAX/MODEM TRANSFORMERS
STB/FAX/MODEM TRANSFORMERS
■ OUTLINE
This is a Fax modem transformer of V.32(9.6kbps) to V.92 (ꢀ6kbps)
conformity.
It is a UL/BABT authorization article.
K DIMENSIONS(mm)
K SCHEMATICS
MT1610/MT1610B
3.50 (+1.0/-0.5)
[0.138 (+0.004/-0.020)]
ø0.6 [0.024]
4
16.60 MAX
[0.654]
10.50 MAX
[0.413]
(BOTTOM VIEW)
3
2
3
sumida
MIT-400L
PRIMARY
(LINE)
SECONDARY
(MODEM)
16.60 MAX
[0.654]
COO
XX-XX
1
4
INTERCHANGEABLE
PRIMARY OR SECONDARY
2
1
◆FEATURES
K SPECIFICATIONS
• Internationally Safety Approved
for Supplementary Isolation
• EN 60950/BABT/TÜV
• Low cost
• V.92 (56kbps) to V.32 bis
(14.4kbps) THT fax/modem
transformer
LL
(mH)
Impedance(Ω) THD@600Hz
DCR (Ω)
PRI:SEC
Part No.
Speed
IL (dB)
RL (dB)
PRI:SEC
(dB)
MIT4033L
MIT2050L
MIT250L
MIT400L
V.92
V.92
600:420
-85
1.90
1.55
1.55
1.80
20
17
17
14
3.7
82/106
70/70
70/70
70/70
600:560
600:560
600:600
-87
-84
-62
17
17
15
V.34
V.32bis
• Reinforced safety encapsulated
versions also available
K MIT4033L Approved By TDK use for 79M1903chip.
K DIMENSIONS(mm)
K SCHEMATICS
MT2212
2.79 / 3.56
[0.110 / 0.140]
24.0 MAX
[0.945]
12.45 MAX
[0.490]
TERM NO.'S FOR REF
(BOTTOM VIEW)
2
3
X X - X X
C O O
2
1
3
4
PRIMARY
(LINE)
SECONDARY
(MODEM)
23.0 MAX
[0.906]
1
4
◆FEATURES
K SPECIFICATIONS
• Internationally Safety Approved
for Supplementary Isolation
• EN 60950/BABT/TÜV
• Low cost
DC Current PRI
(mA DC)
LL
(mH)
Impedance(Ω)
DCR (Ω)
PRI:SEC
Part No.
Speed
IL (dB)
RL (dB)
PRI:SEC
MIT6120
V.32
V.32
600:301
600:470
3.75
2.65
17
14
11
152/152
65
MIT4115V
7.5
110/128
100
• V.32 (9.6 kbps) THT fax/modem
"Wet" Transformer
K MIT4115V Approved By TDK use for 73M2901,
("Wet" means ability to withstand
some current.)
73M2901cand 73C 2901CL chip.
57
STB/FAX/MODEM TRANSFORMERS
STB/FAX/MODEM TRANSFORMERS
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
K SCHEMATICS
CMT97B
9.75 MAX
[0.384]
3.33
2.54
7.10 MAX
[0.279]
2.54
[0.100]
[0.131]
[0.100]
(BOTTOM VIEW)
6
5
2
4
3
1
6
X X - X X
C O O
4
3
5
2
6
1
12.70 MAX
[0.500]
SECONDARY
(MODEM)
PRIMARY
(LINE)
14.65 MAX
[0.577]
15.55
[0.612]
3
4
1
INTERCHANGEABLE
PRIMARY OR SECONDARY
1.52
[0.059]
0.80
[0.033]
◆FEATURES
K SPECIFICATIONS
• Internationally Safety Approved
for Reinforced Isolation
LL
(mH)
Impedance(Ω) THD@600Hz
DCR (Ω)
PRI:SEC
Part No.
Speed
IL (dB)
RL (dB)
PRI:SEC
(dB)
• EN 60950/BABT/ÜV
ESMIT3300
ESMIT3181
ESMIT300
ESMIT190
ESMIT100
V.92
V.92
600:260
-89
3.50
4.60
2.50
1.85
2.0
20
20
22
21
24
10.3
180/180
• V.92 (56kbps) to V.32 bis
(14.4kbps) encapsulated SMT
fax/modem transformer
600:280
600:330
600:420
600:390
-90
-84
-78
-80
9.3
7.5
4.6
5.6
235/260
150/150
90/90
V.92
V.32bis
V.32bis
115/115
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
K SCHEMATICS
CBM5D20
2.54
[0.100]
2.40 MAX
[0.094]
1.40
[0.055]
1.84
[0.072]
5.2 MAX
[0.205]
4
3
(BOTTOM VIEW)
3
2
1
9.14
[0.360]
9.65
[0.380]
7.1 MAX
[0.280]
SECONDARY
(MODEM)
PRIMARY
(LINE)
0.50
[0.020]
4
1 : 1.67
1
2
2.54
[0.100]
◆FEATURES
• EN 60950/BABT/ÜV
• V.92 (56kbps) Digital Isolation Barrier for
Conexant DAAs
K SPECIFICATIONS
LsPRI@100KHz
Min. (µH)
Turns
Ratio
Cww
(pF)
Self Res IR
(MHz)
D.C.R(Ω)
PRI/SEC
Part No.
Speed
EMIT4152
EMIT4153
EMIT4155
V.92
V.92
V.92
1:2.6
1:2.0
40
40
4
8.0
8.0
8.0
0.250/0.450
0.250/0.450
0.250/0.325
4
3
1:1.67
30 (at10kHz)
K DIMENSIONS(mm)
K LAND PATTERNS(mm)
K SCHEMATICS
CBM5D33
1.40
[0.055]
2.54
4
5.2MAX
1.40
[0.055]
3.5MAX
3
(BOTTOM VIEW)
2
3
SECONDARY
(MODEM)
PRIMARY
(LINE)
9.65
[0.380]
7.1MAX
9.14
1
4
1 : 2.00
1
2
0.5
2.54
[0.100]
◆FEATURES
• Safety standard approved
• V.92 (56 kbps) Digital Isolation Barrier for
Conexant DAAs
K SPECIFICATIONS
LsPRI@100kHz
Min. (µH)
Turns
Ratio
D.C.R(Ω)
PRI/SEC
Part No.
Speed
ESMIT4163
ESMIT4165
V.92
V.92
1:2.0
40
0.250/0.450
1:1.67
30(at 10KHz) 0.250/0.325
58
STB/FAX/MODEM TRANSFORMER
STB/FAX/MODEM TRANSFORMER
K DIMENSIONS(mm)
MT1910
3.5
ø0.6[0.024]
4
[0.138]
19.6MAX.
[0.654]
10.5MAX.
[0.413]
3
2
sumida
MIT4040
16.6MAX.
[0.654]
COO
1
K TERMINAL LAYOUT
K SCHEMATICS
(BOTTOM VIEW)
STAMP
4
1
3
2
2
3
SUPPLIER NAME
sumida
12.7
SUPPLIER P/N
MIT4040
[0.500]
PRIMARY
(LINE)
SECONDARY
(MODEM)
DATE CODE
DOT LOCATES
TERMINAL #1
ø1.0x4
[ø0.039]
COO
1
4
7.6
[0.300]
COUNTRY OF ORIGIN
◆FEATURES
• V.32 (9.6kbps) THT fax/modem "Dry" Transformer. ("Dry" means un-ability to withstand Current).
K SPECIFICATIONS
PARAMETERS
CONDITIONS
Reflected on Primary
With Load on Secondary
@ 600 Hz, -10 dBm
Per IEEE method; @ 1000 Hz
1 Minute
MIN
TYP
600
530
－80
―
MAX
UNITS
Ohms
Ohms
dB
–
–
–
Impedance
–
Total Harmonic Distortion
Insertion Loss
–
–
–
1.00
–
dB
1500
–
Vrms
µA
Dielectric Rating
Trip Leakage Current
Primary Winding
–
–
–
–
–
–
200
–
37
Ohms
Ohms
mADC
–
DC Resistance @ 20℃, 10 ꢀ
Secondary Winding
–
37
–
DC Current in Primary
Turns Ratio
0
–
Primary to Secondary; 2ꢀ
1 : 1
–
59
STB/FAX/MODEM TRANSFORMERS
STB/FAX/MODEM TRANSFORMERS
MIT-6101/MIT-6225 style
K TERMINAL LAYOUT
K DIMENSIONS(mm)
K SCHEMATICS
2.79 / 3.56
[0.110 / 0.140]
24.0 MAX
[0.945]
12.0 MAX
[0.472]
(BOTTOM VIEW)
13.97
[0.550]
2
3
1.52 [0.060]
TYP.(4)
X X - X X
PRIMARY
(LINE)
SECONDARY
(MODEM)
M E X I C O
2
1
3
4
一次側
（ライン）
1
二次側
（モデム）
4
23.0 MAX
[0.906]
3
2
1
11.43
[0.450]
4
TERM NO'S FOR REF.
ピンナンバー
K SPECIFICATIONS
Part No.
Speed
Impedance(Ω)
PRI:SEC
THD@600Hz
(dB)
IL (dB)
RL (dB)
LL
D.C.R (Ω)
PRI:SEC
DC Current PRI
(mA DC)
(mH)
MIT-6101
MIT-6225
V.32
V.34
600:260
600:260
- 60.0
- 79.0
3.5
3.3
8.0
19.0
19.0
170/170
170/170
50(Typ)
50(Typ)
10.0
MIT-4177 style
K DIMENSIONS(mm)
K TERMINAL LAYOUT
K SCHEMATICS
16.52 MAX
(0.650)
3.30 / 4.07
(0.130 / 0.160)
PIN SQ = 0.64 [0.025]
TYP.(4)
(BOTTOM VIEW)
7.6
[0.300]
3
4
ø1.0 [ø0.039]
TYP.(4)
SECONDARY
PRIMARY
(LINE)
一次側
4
3
6
1
sumida
(MODEM)
二次側
（モデム）
MIT-4177
6
1
4
3
16.52 MAX
(0.650)
C
（ライン）
12.7
[0.500]
R
1
6
R
11.70 MAX
(0.460)
TERM. NO. 1
K SPECIFICATIONS
Part No.
Speed
Impedance(Ω)
PRI:SEC
THD@600Hz
(dB)
IL (dB)
RL (dB)
LL
DCR (Ω)
PRI:SEC
(mH)
MIT-4177
MIT-3177
V.92/V.90
V.92/V.90
600:301
600:301
- 95.0
- 92.0
3.0
2.6
18.0
20.0
7.8
3.3
135/135
150/150
60
STB/FAX/MODEM TRANSFORMERS
STB/FAX/MODEM TRANSFORMERS
MT1812B
K TERMINAL LAYOUT
K SCHEMATICS
K DIMENSIONS(mm)
3.2 0.4
[0.125 0.015]
(BOTTOM VIEW)
18.3MAX
[0.720]
ø1.0 X 4
12.7
12.6MAX
[0.496]
[ø0.039]
[0.500]
PIN SQUARE = 0.6 MM MAX
X X - X X
4
5
PRIMARY
(LINE)
SECONDARY
(MODEM)
4
1
5
8
5
8
4
1
7.6
[0.300]
18.3MAX
[0.720]
1
8
0.3
[0.012]
INTERCHANGABLE
PRIMARY OR SECONDARY
K SPECIFICATIONS
Part No.
Speed
Impedance(Ω)
PRI:SEC
THD@600Hz
(dB)
IL (dB)
RL (dB)
LL
D.C.R (Ω)
PRI:SEC
(mH)
EMIT-2001L V.92/V.90
EMIT-2050L V.92/V.90
600:560
600:560
600:560
600:560
600:560
600:600
- 93.0
- 87.0
- 85.0
- 84.0
- 74.0
- 62.0
1.2
1.55
1.6
18.0
17.0
17.5
18.0
14.0
14.0
16.0
17.0
17.0
15.7
12.1
15.0
67/67
70/70
70/70
67/67
67/67
70/70
EMIT-200L
EMIT-1250L
EMIT-200L
EMIT-400L
V.34
V.34
1.2
V.32bis
V.32bis
1.5
1.8
MT1812
◆FEATURES
• Internationally Safety Approved for Reinforced Isolation
• EN 609ꢀ0/BABT/TÜV
• V.92 (ꢀ6kbps) to V.32 bis (14.4kbps) encapsulated THT fax/modem
transformer
K TERMINAL LAYOUT
K DIMENSIONS(mm)
K SCHEMATICS
12.6 MAX
[0.496]
18.3 MAX
[0.720]
X X - X X
PIN SQ = 0.6 [0.024]
TYP.(4)
(BOTTOM VIEW)
12.7
[0.500]
ø1.0 [ø0.039]
TYP.(4)
0.3
[0.012]
4
5
4
1
5
8
PRIMARY
(LINE)
SECONDARY
(MODEM)
5
8
4
1
18.3 MAX
[0.720]
7.6
[0.300]
1
8
3.2 0.4
[0.125 0.015]
K SPECIFICATIONS
Part No.
Speed
Impedance(Ω)
PRI:SEC
THD@600Hz
(dB)
IL (dB)
RL (dB)
LL
D.C.R (Ω)
PRI:SEC
(mH)
EMIT-4035L V.92/V.90
EMIT-4031L V.32
600:420
600:600
- 92.0
- 73.0
1.55
1.1
22.0
18.0
2.7
1.1
82/106
55/62
61
LAN PULSE TRANSFORMERS
LAN PULSE TRANSFORMERS
■ OUTLINE
This is very low profile SMD pulse transformer.
This is used whether pulse transformer or common mode choke
coil.
K DIMENSIONS(mm)
CLP42
2.54
1.27
2.5MAX.
0.25
4.6
0.5
K DIMENSIONS(mm)
CLP82
2.54
1.27
2.5MAX.
0.25
9.0MAX.
0.5
K SPECIFICATIONS
Turns ratio
Inductance
Leakage inductance
Line capacitance
D. C. R
ET-product
Part No.
(±5%)
(µH)
Max.(µH)
Max. (pF)
Max. (Ω)
Min. (µSec・V)
CLP42ｰ500
CLP42ｰ750
CLP42ｰ101
CLP42ｰ151
CLP42ｰ201
CLP82ｰ401
1 : 1
1 : 1
1 : 1
1 : 1
1 : 1
50
75
0.3
6.0
8.0
0.25
0.3
0.3
0.3
0.3
0.7
0.8
1.0
1.1
1.3
1.5
1.2
0.35
0.3
100
150
200
400
9.0
0.3
10.0
10.0
10.0
0.3
TX:RX
1CT:1CT
0.25
◆SPECIFICATIONS
These are very low profile SMD pulse transformers used in PCMCIA cards.
CLP42 : Built in either one pulse transformer or one common-mode choke coil.
CLP82 : Built in either two or three pulse transformers or two or three common-mode choke coils.
62
10/100 BASE PULSE TRANSFORMERS
10/100 BASE PULSE TRANSFORMERS
■ OUTLINE
This is a pulse transformer + filter module for LAN 10/100Base-T
(IEEE802.3).
K DIMENSIONS(mm)
K SCHEMATICS
CLP11D30
1 : 1
11.8
1
16
NEW
1.27 1.27 3.81 1.27 1.27
Tx
1CT : 1CT
3
2
14
15
10
7
0.2
12-0.5
Rx
1CT : 1CT
6
11
9
(3.05)
8
K LAND PATTERNS(mm)
K ELECTRICAL SPECIFICATIONS
Operating frequency
Inductance
f=0.1~100MHz
3ꢀ0µH or more（f=100kHz, 0.ꢀV）
1.0dB below（f=0.1=100MHz）
16dB or more（f=30MHz）
Insertion Loss
Return Loss
0.8
Differential to common mode rejection
40dB or more（f=30MHz）
Crosstalk
40dB or more（f=30MHz）
3.81
9.69
P2–1.27
P2–1.27
Voltage Isolation
AC16ꢀ0V 6sec.
K DIMENSIONS(mm)
K SCHEMATICS
CLP236
RD+
1
7
5
6
RX
CT
12.9MAX.
11.2
6.9MAX.
9.2
0.2
RD–
CT
2
3
RX–
11
12
10
TD– 15
CT 14
TD+ 16
TX–
CMT
TX+
K ELECTRICAL SPECIFICATIONS
RX
TX
Turns Ratio
Part No.
Insertion Loss
Return Loss
(0.1～100MHz)
(0.1～60MHz)
(60～100MHz)
1.0dB Max.
19dB typ.
14dB typ.
1.0dB Max.
18dB typ.
14dB typ.
RX
TX
SD68ꢀ1ꢀ
SD68ꢀ17
SD49783
SD1013
1CT : 1CT
1CT : 1CT
1CT : 1CT
1.4CT : 1CT
1.4CT : 1CT
2CT : 1CT
1CT : 1CT
1CT : 1CT
1CT : 1CT
1CT : 1CT
Differential to common (0.1～60MHz)
43dB Min.
40dB Min.
43dB Min.
40dB Min.
mode rejection ratio
(60～100MHz)
Inductance
(100KHZ)
3ꢀ0µH Min.
1ꢀ00 Vrms Min. For 1 Minute
SD49743
Voltage Isolation
This filter module is used in LAN 10/100 BASE–T (IEEE802.3) of Personal Computer cards.
63
RADIO CONTROL CLOCK ANTENNAS
RADIO CONTROL CLOCK ANTENNAS
■ OUTLINE
It is the radio controlled clock antenna with capacitor which is
already preset for resonant frequency.
K DIMENSIONS(mm)
ACL27
28.7
6.0MAX.2.0
28.0MAX.
ø5.0
22.0
2.0
K SPECIFICATIONS
Sensitivity
Part No.
Tuning Frequency
Tuning Impedance
(60dBµV/m)
(50dBµV/m)
(40dBµV/m)
ACL27-40
ACL27-60
40.0±0.20kHz within
60.0±0.20kHz within
Min. 80kΩ
Min. 6ꢀkΩ
8.91µV (output volt)
11.03µV
2.64µV
3.26µV
0.89µV
1.10µV
K DIMENSIONS(mm)
ACL80A/B
14.0
7.5
3.0
ø0.7
20.5MAX.
19.5MAX.
7.5
K SPECIFICATIONS
Part No.
Spec. No.
Inductance
ꢀ88µH
Resonant Capacitor
Resonant Frequency
Suitable IC
40K08S
S-074-094
27000pF
40kHz, 60kHz
LA16ꢀ0
Resonant frequencies (40kHz, 60kHz) are preset by suitable inductance and capacitors
64
AUDIO / VIDEO FILTERS
AUDIO FILTERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
7.3MAX.
7.5MAX.
1.2
CFB-6
6.2
7.6
1. By combining 1 to 2 pieces, various
kinds of LC filter combinations are
possible.
1.2
7.3MAX.
7.5MAX.
CFB2-6
※CFB-6,CFB2-6
2. Low profile type (7.5 mm Max.)
※CFB-6,CFB2-6
3. Two capacitors are able to be built in
1coil, therefore an additional capacitor
is unnecessary.
4. Surface mounting on PCB and reflow
solding is possible ※CFB-6,CFB2-6
6.2
7.6
6.7
7.8MAX.
11.5MAX.
3.0
5.5
FB-7DG
VIDEO FILTERS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
5.0MAX.
5.1MAX.
6.0
CY-4
5.2MAX.
5.2MAX.
6.0
CY-4W
CY-4T
1. Filter with shield case
2. From 1 to 3 pieces combinations are
possible for low pass, high pass, band
pass and delay lines
3. Low profile (H: 5.2MAX mm)
4. Two capasitors are able to be built in 1
coil.
5.2MAX.
5.2MAX.
5.5
5. Reflow soldering is possible.
K SPECIFICATIONS
Electric characteristics
Delay time
Parts No.
Application
Type
Impedance
Rin : Rout
Cutｰoff Freq
Attenuation
1.ꢀMHz
L. P. F.
320nS
at 1.0MHz
Min. 23dB (at 3.0 MHz)
Min. 40dB (at ꢀ.0 MHz)
2ꢀ67–021
2ꢀ69–T033
2ꢀ69–T021
2ꢀ67–026
2ꢀ67–034
2ꢀ70–T007
2ꢀ69–T017
CY–4
CY–4W
CY–4W
CY–4
1kΩ : 1kΩ
1kΩ : 1kΩ
1kΩ : 1kΩ
1kΩ : 1kΩ
1kΩ : 1kΩ
330Ω : 330Ω
1kΩ : 1kΩ
1.ꢀMHz (at 3.0dB)
3.81MHz
L. P. F.
140nS
at 3.0MHz
Min. 2ꢀdB (at 4.8 MHz)
Min. 3ꢀdB (at 9.ꢀ MHz)
3.81MHz (at 3.0dB)
10MHz (at 2.ꢀdB)
10MHz
L. P. F.
32nS
at 0.2MHz
Min. 4ꢀdB (at 12.2 MHz)
Min. ꢀ1dB (at 14.3 MHz)
ꢀ.06MHz
B. P. F.
4.8ꢀMHz (at 3.0dB)
ꢀ.2ꢀMHz (at 3.0dB)
Min. 20dB (at 3.8 MHz)
Min. 17dB (at 6.3 MHz)
—
—
4.21MHz
B. P. F.
4.01MHz (at 2.ꢀdB)
4.41MHz (at 2.ꢀdB)
Min. 2ꢀdB (at 2.94MHz)
Min. 17dB (at ꢀ.47MHz)
CY–4
10.7MHz
B. P. F.
10.2MHz (at 2.ꢀdB)
11.2MHz (at 2.ꢀdB)
720nS
at 10.7MHz
CY–4T
CY–4W
Min. 1ꢀdB (at 9.7MHz)
3.ꢀ8MHz
B. P. F.
2.46MHz (at 3.0dB)
4.7MHz (at 3.0dB)
187nS
at 3.ꢀ8MHz
Min. 1ꢀdB (at 1.0MHz)
Min. 17dB (at 7.0MHz)
65
IFT
IFT
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
3.4
1.5 1.5
5.1MAX.
2.2MAX.
CP-4LB
0.4
Inductance : Max. 246µH
Operation Freq. : Max. 15MHz
Variable range of L : L 1.5ꢀ
3.8MAX.
3.5
5.9MAX.
CP53
CP54
CP55
0.5
Inductance : Max. 800µH
Operation Freq. : Max. 15MHz
Variable range of L : L 2ꢀ
6.1MAX.
4.5MAX.
6.2±0.2
Inductance : Max. 1mH
Operation Freq. : Max. 20MHz
Variable range of L : L 3ꢀ
0.8±0.2
5.9MAX.
5.5MAX.
3.5
0.5
Inductance : Max. 1mH
Operation Freq. : Max. 15MHz
Variable range of L : L 3ꢀ
4.8MAX.
4.5MAX. 1.6
5.0
1.5 1.5
P-4SC
Inductance : Max. 680µH
Operation Freq. : Max. 25MHz
Variable range of L : L 3ꢀ
5.1MAX.
4.5MAX.
2.5
5.0
3.0
P-4SB
P-5DJ
Inductance : Max. 680µH
Operation Freq. : Max. 25MHz
Variable range of L : L 3ꢀ
5.9MAX.
6.5MAX.
3.0
5.8
3.5
Inductance : 1µH – 680µH
Operation Freq. : Max. 20MHz
Variable range of f & L : f 2ꢀ, L 4ꢀ
Internal capacitors : Max. 470pF
Good reliability characteristic
Hi Q type
8.0MAX.
2.8
6.0
3.5
PG57
PG78
6.1MAX.
Inductance : 1µH – 820µH
Operation Freq. : Max. 20MHz
Variable range of f & L : f 2ꢀ, L 4ꢀ
Internal capacitors : Max. 470pF
7.5
4.5
8.7MAX.
3.0
7.6MAX.
Inductance : 1µH – 820µH
Operation Freq. : Max. 20MHz
Variable range of f & L : f 2ꢀ, L 4ꢀ
Internal capacitors : Max. 430pF
66
RF COILS
RF COILS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
2.4MAX.
0.5
5.7MAX.
3.5
CS-5LN
Inductance : Max. 1.5µH
Operation freq. : Max. 150MHz
Variable range of L : L 1ꢀ
3.2
3.0
5.2MAX.
5.9MAX.
5.9MAX.
4.5MAX.
CS-4
CS53
CS54
CS55
0.4
Inductance : Max. 1.0µH
Operation freq. : Max. 300MHz
Variable range of L : L 2ꢀ
3.8MAX.
0.5
3.5
Inductance : Max. 5µH
Operation freq. : Max. 150MHz
Variable range of L : L 1ꢀ
6.2±0.2
（5.2）
4.5MAX.
Inductance : Max. 5µH
Operation freq. : Max. 150MHz
Variable range of L : L 1ꢀ
0.8±0.2
3.5
5.5MAX.
5.9MAX.
0.5
Inductance : Max. 5µH
Operation freq. : Max. 150MHz
Variable range of f : f 1ꢀ
Internal capacitors : Max. 100pF
3.7
5.8
3.6
5.9MAX.
6.1MAX. 2.5
S-5LE
Inductance : 0.1µH – 1.0µH
Operation freq. : Max. 300MHz
Variable range of L : L 4ꢀ
5.8
3.6
5.9MAX.
7.9MAX.
2.8
S-5LF
Inductance : Max. 1.0µH
Operation freq. : Max. 300MHz
Variable range of f & L : f 2ꢀ, L 4ꢀ
Internal capacitors : Max. 56pF
5.8
3.6
7.7MAX.
2.5
5.9MAX.
S-5CL3
Inductance : Max. 30µH
Operation freq. : Max. 300MHz
Variable range of f & L : f 2ꢀ, L 4ꢀ
Internal capacitors : Max. 56pF
S-7LC
7.6MAX.
8.5MAX.
3.0
4.5
Inductance : 0.1µH – 10µH
Operation freq. : Max. 300MHz
Variable range of f & L : f 2ꢀ, L 4ꢀ
Internal capacitors : Max. 100pF
67
QUADRATURE DETECTOR COILS, VCO COIL, HELICAL FILTER, ANTENNA LOADING COIL
QUADRATURE DETECTOR COILS
K DIMENSIONS(mm)
K SPECIFICATIONS
QU57
Inductance : 0.1µH – 25µH
Operation freq. : Max. 15MHz
Variable range of f : f 1ꢀ
Internal capacitors : Max. 100pF
Low temperature coefficient
8.2MAX.
6.1MAX.
1.5MAX.
2.5
6.0
1.8 1.8
K DIMENSIONS(mm)
K SPECIFICATIONS
Inductance : 0.1µH – 25µH
Operation freq. : Max. 30MHz
Variable range of f : f 1ꢀ
Internal capacitors : Max. 100pF
High Stability
QU-7L
7.8MAX.
8.0MAX.
3.0
4.5
Low temperature coefficient
VCO COIL
K DIMENSIONS(mm)
K SPECIFICATIONS(REFERENCE)
Tuning Capacitance Range 10.5pFꢁ2% over variable
SM76
7.9
7.8MAX.
4.5
6.8
3.0
(1-2)
(at 200MHz)
Unloaded
Q
147 (at 200MHz)
1
Maximum Turn：
3
/ T(ø0.5)
2
3.3
HELICAL FILTER
K DIMENSIONS(mm)
K SPECIFICATIONS
Center Frequency (F0) 480MHz
CH56W
ꢀ1dB Bandwidth at F0 Min.18MHz
Attenuation F0ꢁ80MHz Min.2ꢀdB
Attenuation F0ꢀ80MHz Min.19dB
6.0MAX.
6.3MAX.
7.0
3.1
0.6
6
5
Insertion Loss
Max.3.ꢀdB
Max.1dB
Ripple in Passband
7
8
4
3
1
2
ANTENNA LOADING COIL
K DIMENSIONS(mm)
K SPECIFICATIONS
MG56
(0.5)
5.95MAX.
7.0MAX.
2.5
High inductance type used in LW band with high
sensitivity
68
MOLD COILS, BALUN
MOLD COILS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
FEM-10BL
8.0MAX.
9.0MAX.
9.5MAX.
4.0
3.5
ø6.5MAX.
2.0MAX.
Inductance : 0.05µH – 0.1µH
Operation Freq. : Max. 200MHz
Variable range of L : L 3ꢀ
FEM-85B
FEM-7BLN
ø4.8MAX.
4.0
Inductance : 0.05µH – 0.13µH
Operation Freq. : Max. 200MHz
Variable range of L : L 3ꢀ
3.3
7.5MAX.
4.5
Inductance : 0.05µH – 0.1µH
Operation Freq. : Max. 200MHz
Variable range of L : L 3ꢀ
BALUN
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
5.05MAX.
2.8
CBM33
3.8MAX.
Operation Freq. : 50MHz – 1GHz
CBM42
BM-6N
CBM63
5.5MAX.
3.2
2.5MAX.
2.7
Operation Freq. : 100kHz – 1GHz
6.5MAX.
5.5MAX. 2.6
3.5
Operation Freq. : Max. 500MHz
1.751.75
5.95MAX.
3.15MAX.
0.5
Operation Freq. : 100kHz – 1GHz
69
FIXED INDUCTORS FOR TAPE RECORDER
FIXED INDUCTORS FOR TAPE RECORDER
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
2.0 2.0
6.1MAX
0.5
6.2MAX.
CMS65
Inductance : Max. 10mH
Operation Freq. : Max. 500kHz
Max. operation power : 300mW(100kHz)
610mW(200kHz)
910mW(300kHz)
MC-102
10.0
3.5
ø8.0
Inductance : Max. 80mH
Operation Freq. : Max. 400kHz
70
VARIABLE INDUCTORS
VARIABLE INDUCTORS
TYPE
DIMENSIONS（mm）
CONSTRUCTION
SPECIFICATIONS
7.6
6.2
1.2
CMG65
7.3MAX.
6.5MAX.
Inductance : Max. 27mH
Operation freq. : 10 – 250kHz
Variable range of L : L 10ꢀ
M-7GLB
M-8G
7.7
4.5
7.8MAX.
7.0MAX. 3.0
Inductance : Max. 4.5mH
Operation freq. : Max. 250kHz
Variable range of L : L 5ꢀ
8.2MAX.
11.0MAX.
3.5
4.5
Inductance : Max. 27mH
Operation freq. : Max. 500kHz
Variable range of L : L 8ꢀ
MG78
7.8MAX.
9.0MAX.
3.0
4.5
Inductance : Max. 100mH
Operation freq. : Max. 500kHz
Variable range of L : L 5ꢀ
M-10B
MC-129J
11.0MAX.
14.0MAX.
3.5
7.0
Inductance : Max. 20mH
Operation freq. : Max. 500kHz
Variable range of L : L 10ꢀ
ø13.0MAX.
16.0MAX.
3.5
7.0
Inductance : Max. 82mH
Operation freq. : Max. 250kHz
Variable range of L : L 10ꢀ
71
Gas Discharge Tube
TM
- SWITCHING SPARK GAPS
■ OUTLINE
TM
Sparctube is a range of switching spark gaps designed specifically
for voltage controlled switching of capacitive discharge circuits,
where a high energy, low loss, and a fast rate of switching is
required. Ideally suited to applications where a capacitive discharge
is utilised with a transformer to obtain pulses of very high voltage
levels in the order of several thousand volts.
■ APPLICATIONS／適用
・Igniters for Architectural and Automotive Xenon discharge lamps
・Ignition of Ultra High Pressure Gas Discharge Lamps for Data
and Video Projectors
・Electronic Igniters for Gas Heating and Gas Domestic Appliances,
e.g. Cookers
・Ignition Control for Plasma Discharge Welders
■ TYPICAL DATA
・Product Voltage Range ………………………………220 - 2000V
・Switching Time………………………………………………< ꢀ0ns
・Switching Current …………………………………………< 1000A
・Energy Per Discharge ……………………………………< 200mJ
・Service Life (operations) ………………………………> 200,000*
・Arc Voltage ………………………………………………10 - 100V
■ FEATURES／特徴
・Fast Switching Rate
・High Energy Low Loss Capability
・Wide Operating Temperature Range
・Excellent Service Life
・High Insulation Resistance
・Small Size
・Rugged Ceramic Metal Construction
・Non Radioactive
K SPECIFICATIONS
Product Code
Switching Voltage
Switching Frequency
Insulation Resistance
Capacitance
Operating Temperature
ST 0220
ST 03ꢀ0
ST 0400
ST 0600
ST 0800*
ST 1000
ST 2000
220V
3ꢀ0V
400V
600V
800V
1000V
2000V
<400Hz
<400Hz
<400Hz
<400Hz
<400Hz
<400Hz
<400Hz
>100 M
>100 M
>100 M
>100 M
>100 M
>100 M
>100 M
<2 pF
<2 pF
<2 pF
<2 pF
<2 pF
<2 pF
<2 pF
-40 ~ +160 ºC
-40 ~ +160 ºC
-40 ~ +160 ºC
-40 ~ +160 ºC
-40 ~ +160 ºC
-40 ~ +160 ºC
-40 ~ +160 ºC
*ST 0800 is available with a service life > 1,000,000 switchings.
TM
Sparctube is a trademark of Jensen Devices AB.
72
Gas Discharge Tube
TM
- SWITCHING SPARK GAPS
■ BASIC APPLICATION CIRCUIT
■ MECHANICAL DIMENSIONS
Min 28
6.00±0.20
6.00±0.20
Outline(L)
Outline(C)
■ ORDERING INFORMATION
ST XXXXX X X - STD
Packaging
T = Tape & Reel
B = Bulk
Switching Voltage
0220 = 220V
0350 = 350V
0400 = 400V
0600 = 600V
0800 = 800V
1000 = 1000V
2000 = 2000V
Outline Options
L = Leads
C = No Leads
Tolerance
A = 15%
B = 12%
TM
Sparctube is a trademark of Jensen Devices AB.
73
Dimensions for embossed tape and reel packing with packed QTY
Tape Dimensions (mm)
Dimensions for embossed tape and reel
4.0
packing with packed QTY
ø1.5
I
2.0
C
H
B
DIMENSION(mm)
TYPE
QYT
(PCS/Reel)
A
B
C
D
E
F
H
I
CAS14D26
CBM33
CBM42
CBM63
24.0
12.0
12.0
16.0
16.0
12.0
24.0
24.0
24.0
24.0
12.0
16.0
24.0
24.0
24.0
16.0
24.0
24.0
24.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
16.0
16.0
16.0
16.0
16.0
16.0
16.0
24.0
24.0
24.0
24.0
24.0
24.0
24.0
24.0
24.0
8.0
8.0
8.0
8.0
4.0
8.0
16.0
16.0
16.0
24.0
8.0
12.0
16.0
16.0
16.0
16.0
16.0
16.0
16.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
5.6
4.4
4.8
6.1
5.1
6.0
10.5
10.5
14.1
15.1
5.1
15.0
5.6
5.8
10.3
8.1
11.5
5.5
5.5
7.5
7.5
1.75
1.75
1.75
1.75
1.75
1.50
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.50
1.50
1.50
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
3.0
3.3
2.8
3.3
3.1
2.6
5.8
5.8
5.2
10.3
2.1
3.3
3.1
4.1
5.1
4.5
6.0
7.9
7.9
1.3
1.6
2.1
2.1
1.9
1.9
1.9
3.1
3.1
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.5
0.5
0.5
0.5
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.5
0.5
0.5
0.5
0.5
0.5
0.4
0.5
0.4
2000
500
500
500
CDBM7D28
CDC5D23
CDEP104(L.S)
CDEP105(L.S.H)
CDEP134(H)
CDEP149
CDPH4D19F
CDR7D28MN
CDRH103R
CDRH104R
CDRH105R
CDRH124
2000
2000
500
500
500
6.0
5.65
10.5
10.5
14.1
15.1
5.1
11.5
11.5
11.5
11.5
250
5.65
1000
1000
1000
1000
500
500
500
500
500
1500
1000
1000
1000
1000
1000
1000
500
7.6
7.6
7.5
11.5
11.5
11.5
11.5
11.5
11.5
11.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.65
5.65
5.65
5.65
5.6
5.65
5.65
5.5
5.65
5.65
5.65
7.5
7.5
7.5
7.5
7.5
7.5
7.5
11.5
10.4
10.4
10.4
12.4
12.4
12.4
10.0
3.3
3.3
3.3
3.3
4.3
4.3
4.3
4.3
4.3
4.6
5.1
5.1
5.1
5.1
5.1
5.1
5.1
5.5
6.0
6.0
6.3
6.8
7.1
7.1
7.1
10.4
10.4
10.4
12.4
12.4
12.4
12.4
3.3
3.3
3.3
3.3
4.3
4.3
4.3
4.3
4.3
4.6
5.1
5.1
5.1
5.1
5.1
5.1
5.1
5.5
6.0
6.0
6.4
6.8
7.1
7.1
7.1
8.2
8.2
8.2
15.4
9.7
CDRH125
CDRH127
CDRH127/LD
CDRH2D11
CDRH2D14
CDRH2D18/HP
CDRH2D18/LD
CDRH3D16
CDRH3D16/HP
CDRH3D16/LD
CDRH3D28
CDRH3D28/LD
CDRH4D16F/LD
CDRH4D18
CDRH4D18C
CDRH4D18C/LD
CDRH4D22
CDRH4D28
CDRH4D28C
CDRH4D28C/LD
CDRH5D16F/LD
CDRH5D18
CDRH5D28
CDRH5D28R
CDRH6D12
CDRH6D26
CDRH6D28
CDRH6D38
CDRH8D28
CDRH8D38
CDRH8D43
CEE156
500
2.05
1000
1000
1000
1000
2000
2000
2000
2000
1000
2000
2000
2000
1000
1500
1500
1000
1000
1000
500
300
500
500
500
500
500
1000
500
1000
2.1
2.1
2.1
2.5
3.1
3.1
3.1
2.05
2.1
3.1
3.1
1.7
3.1
3.1
4.1
3.1
4.1
4.7
7.1
6.1
4.6
4.6
6.1
6.1
3.6
6.1
3.6
8.0
8.0
8.0
8.0
12.0
12.0
12.0
12.0
16.0
16.0
16.0
24.0
16.0
16.0
16.0
16.0
16.0
16.0
16.0
16.0
10.5
8.2
10.5
16.9
9.0
11.0
11.0
11.0
14.0
12.9
14.0
12.9
CEE-78
CEE93
CEE94
CEE98
CEI120
CEI122(H)
CEI-128
CEP123
11.5
11.5
11.5
11.5
11.5
11.5
11.5
11.5
12.0
12.0
12.0
15.1
12.9
15.1
12.9
74
Dimensions for embossed tape and reel packing with packed QTY
DIMENSION(mm)
TYPE
形名
QYT
(PCS/Reel)
A
B
C
D
E
F
H
I
CEP125(H,U)
CEP12D38
CEPH199
CER95
24.0
24.0
44.0
24.0
16.0
24.0
32.00
16.00
16.0
24.0
24.0
24.0
24.0
12.0
12.0
16.0
16.0
16.0
24.0
24.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
12.0
16.0
16.0
16.0
16.0
12.0
12.0
12.0
16.0
16.0
24.0
24.0
24.0
12.0
12.0
12.0
16.0
12.0
12.0
12.0
12.0
12.0
24.0
24.0
16.0
16.0
36.0
16.0
12.0
12.0
16.0
8.0
12.0
16.0
16.0
20.0
20.0
8.0
13.0
12.9
26.1
11.0
7.1
8.2
13.4
5.2
13.0
12.9
30.6
12.8
8.2
13.9
23.5
9.8
11.5
11.5
20.2
11.5
7.5
11.5
14.2
7.5
11.5
11.5
11.5
11.5
11.5
5.5
5.5
7.5
7.5
7.5
11.5
11.5
5.5
5.5
5.5
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.5
5.8
4.1
10.1
6.3
7.6
7.6
7.0
2.6
2.6
3.1
4.6
3.1
3.5
3.3
2.6
3.1
3.1
3.1
5.1
6.1
1.5
1.5
1.7
1.5
1.7
1.5
1.7
1.5
1.7
1.5
1.8
1.5
6.6
3.3
4.3
6.0
4.6
5.5
3.2
5.9
4.2
3.0
3.5
5.0
5.5
4.6
4.3
6.0
2.6
5.3
5.2
5.2
0.4
0.4
0.4
0.5
0.5
0.5
0.3
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.5
0.5
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.5
0.3
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
0.4
500
1000
100
500
500
500
500
500
500
CFB-6
CFB2-6
CLP236
CLP42
CLP82
9.2
9.8
CLQ102
CLQ104
CLQ122
CLQ143
CLQ4D27
CLQ52
11.9
11.9
12.4
14.9
5.0
6.0
8.0
7.1
8.0
11.4
13.8
5.1
5.1
5.1
6.2
6.2
6.0
6.0
4.5
4.5
5.9
5.9
7.3
7.1
5.2
7.0
7.0
5.9
8.3
10.4
9.5
10.9
10.9
14.0
17.0
5.2
6.4
7.1
8.0
9.9
11.4
14.7
5.1
5.1
5.1
6.2
6.2
7.0
7.0
5.9
5.9
7.5
7.5
8.0
8.2
6.4
6.0
6.0
9.5
9.3
14.2
10.4
10.4
4.1
4.9
6.2
1000
500
500
500
1500
1500
1500
1500
1000
500
8.0
CLQ72
12.0
12.0
12.0
16.0
16.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
8.0
12.0
12.0
8.0
12.0
12.0
8.0
12.0
16.0
12.0
16.0
8.0
CLQ72B
CLQ7D27
CLS10
CLS12
500
CLS4D09
CLS4D11
CLS4D14
CLS5D11
CLS5D14
CMD4D06
CMD4D08
CMD4D11
CMD4D13
CMD5D11
CMD5D13
CMD6D11B
CMG65
CP-4LB
CP53
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
1000
2000
500
5.65
5.65
5.5
5.5
5.5
5.5
7.5
7.5
7.5
7.5
5.5
5.5
5.5
7.5
7.5
1.5
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.75
1.50
1.75
1.75
1.50
1.75
1.75
1.75
500/2000
1000
750
CP55
CPFC74
CPFC85
CPU9D25
CR105
CR10D37
CR32
CR43
CR54
CR75
CS-4
CS53
CS55
CS-5LN
CY-4
CY-4T
1000
1000
1000
500
11.5
11.5
11.5
5.5
5.5
5.5
10.4
3.75
1000
2000
1500
1500
1000
500/1500
1000
750
500/2500
1000
1000
1000
8.0
8.0
4.4
5.7
7.4
5.1
7.0
7.0
5.6
5.5
6.4
6.4
12.0
8.0
12.0
12.0
8.0
8.0
8.0
8.0
8.2
5.1
6.0
6.0
5.6
6.5
14.75
11.1
7.5
5.65
5.5
5.5
5.65
5.5
11.5
11.5
CY-4W
75
■ HEAD OFFICE
Sumida Electric Co., Ltd.
3-3-6, Nihonbashi-Ningyocho, Chuo-ku, Tokyo, Japan, 103-8ꢀ89
TEL. +81-3-3667-3302
FAX. +81-3-3667-3408
■ OVERSEAS SALES OFFICES
Sumida Trading Company Limited
14 / F., Eastern Centre, 106ꢀ King's Road, Quarry Bay, Hong Kong
TEL. +8ꢀ2-2880-6688
FAX. +8ꢀ2-2ꢀ6ꢀ-9600
E-mail : sales@hk.sumida.com
Sumida Trading Company Limited (Munich Office)
Stefan-George-Ring 29, Munich, D-81929 Germany
TEL. +49-89-930-86161
FAX. +49-89-930-86422
E-mail : sales@eu.sumida.com
Taiwan Sumida Electronics Inc. (Taiwan Head Office)
171 Fu Teh St., Hsin-I, Taipei,Taiwan R.O.C.
TEL. +886-22726-2177
FAX. +886-22728-2726
E-mail : sales@tw.sumida.com
Taiwan Sumida Electronics Inc. (Tainan Office)
Room B, ꢀF, Shan-Hua Building, No. 291 Ta-Cheng Road, Shan-Hua, Tainan County, Taiwan 741
TEL. +886-6-ꢀ834836 FAX. +886-6-ꢀ834768 E-mail : sales@tw.sumida.com
Taiwan Sumida Electronics Inc. (Hsinchu Office)
Room2, 10F, No.ꢀ37 Sec.2, Kuang Fu Road, Hsinchu, Taiwan R.O.C.
TEL. +886-3ꢀ61-0ꢀꢀ4 FAX. +886-3ꢀ61-0ꢀ64 E-mail : sales@tw.sumida.com
Dongguan Sumida (Taiping) Electric Co., Ltd. (Shenzhen Sales Office)
Room 390ꢀ, Block A, United Plaza, ꢀ022 Binhe Road, Futian District, Shenzhen, Guangdong, PRC, ꢀ18026
TEL. +86-7ꢀꢀ-82910228
FAX. +86-7ꢀꢀ-82910338
E-mail : shenzhen.sales@cn.sumida.com
Suzhou Sumida Electric Co., Ltd.
No.1ꢀ Dongxing Road, Loufeng Sub-district, Suzhou Industrial Park, Suzhou, Jiangsu, China PRC 21ꢀ021
TEL. +86-ꢀ12-6760-9280
FAX. +86-ꢀ12-6760-9ꢀ12
E-mail : suzhou.sales@cn.sumida.com
Sumida Europe S.A.
Chaussee de Tervuren 113A, B-1160 Brussels, Belgium
TEL. +32-2673-9ꢀ6ꢀ
FAX. +32-2672-04ꢀ4
E-mail : sales@eu.sumida.com
Sumida Trading Pte Limited
996 Bendemeer Road. #04-0ꢀ to 06, Singapore 339944
TEL. +6ꢀ-6296-3388 FAX. +6ꢀ-6296-3390 E-mail : sales@sg.sumida.com
SMD Marketing (M) Sdn. Bhd. (Malaysia Head Office)
Suite 704 Level 7, Menara, Apex, Off Jalan Semenyih, Bukit Mewah, 43000 Kajang, Selangor Darul Ehsan, Malaysia
TEL. +60-3-8733-0900 FAX. +60-3-8737-7384 E-mail : sales@my.sumida.com
SMD Marketing (M) Sdn. Bhd. (Penang Office)
Unit 2-08A, Choo Plaza, 41 Lorong Abu Siti, 10400 Penang, Malaysia
TEL. +60-4-228-3ꢀ0ꢀ, 229-26ꢀ0 FAX. +60-4-229-8ꢀ12 E-mail : sales@my.sumida.com
Sumida America Inc. (U.S.A. Head Office)
1701 West Golf Road, Tower 3, Suite 400, Rolling Meadows, Illinois, IL 60008 U.S.A.
TEL. +1-847-ꢀ4ꢀ-6700 FAX. +1-847-ꢀ4ꢀ-6720 E-mail : sales@us.sumida.com
Sumida America Inc. (San Jose Office)
2841 Junction Ave., Suite 120, San Jose, CA 9ꢀ134, U.S.A.
TEL. +1-408-321-9660 FAX. +1-408-321-9308 E-mail : sales@us.sumida.com
Sumida America Inc. (Detroit Office)
Suite 100, 320 East Big Beaver Road, Troy, MI 48084 U.S.A.
TEL. +1-248-ꢀ28-009ꢀ
FAX. +1-248-ꢀ28-0360
E-mail : sales@us.sumida.com
Jensen Devices AB
Rudbecks Väg 143, 192 ꢀ1 Sollentuna, Swedenꢀ
TEL. +46-(0)8-92889ꢀ FAX. +46-(0)8-96331ꢀ
E-mail : info@jensendevices.com
Jensen Devices AB(Belgium Office)
Industrieweg Noord 1118 Box 8, 3660 Opglabbeek, Belgium
TEL. +32-89-791877 FAX. +32-89-791876 E-mail : info@jensendevices.com
is a registered trademark of SUMIDA CORPORATION, and may not be used by you without prior written approval.
AGENT
This catalog was printed using recycled paper.
Printed in Japan 2004.9
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