• All specifications are subject to change without notice.
• Conformity to RoHS Directive: This means that, in conformity with EU Directive 2002/95/EC, lead, cadmium, mercury, hexavalent chromium, and specific
bromine-based flame retardants, PBB and PBDE, have not been used, except for exempted applications.
Issue date: October 2011
Mid-high Voltage Ceramic Capacitors
CD series
Disk type with lead
Safety standard approved
(1/2)
005-03 / 20111003 / e4b3_cd.fm
• All specifications are subject to change without notice.
Mid-high Voltage Ceramic Capacitors(Disk with Lead)
Safety Standard Approved CD Series
REINFORCED INSULATION TYPE/Operating temperature range: –25 to +105°C(UL standard: –25 to +85°C)
CLASS 2 HIGH DIELECTRIC
FEATURES
• Flame-resistant reinforced outer insulation prevents fires, electri-
cal shock, and other potential hazards.
• Compliant with the safety standards of 11 countries.
• This ceramic capacitor meets European Class II (reinforced
insulation) Safety Standards VDE, SEV, SEMKO, BS. Since it is
rated at a withstand voltage of AC.4000V, it can be used in
single-unit configurations within European Class II devices.
• This product is compatible with halogen-free external resin
coating (we recommend halogen-free products as standard).
CAPACITANCE TEMPERATURE CHARACTERISTICS
AND TOLERANCE
PRODUCT IDENTIFICATION
(1) Type
(2) Shape
(3) Capacitance temperature characteristics
(4) Rated voltage
(5) Nominal capacitance
(6) Capacitance tolerance
(7) Class
(8) Lead type
(9) Safety standard
(10) Halogen-free compatible product
CAPACITANCE AND DIMENSIONS
∗ : Lead shape symbol
LIST OF STANDARD LEAD SHAPES
The lead type is indicated by the letter which is the 15th character of the product name.
Dimensions in mm
• We recommend using a vertical kink type.
• For bulk products, we recommend a short lead type with the symbol N.
Conformity to RoHS Directive
Temperature characteristics Test temperature
range
Capacitance
tolerance
B(±10%) –25 to +85°C K(±10%)
E(+20, –55%) –25 to +85°C M(±20%)
CD 12 -E 2GA 222 M Y N S A
(1) (2) (3) (4) (5) (6) (7) (8) (9) (10)
Part No. Capacitance
temperature
characteristics
Capacitance
(pF)
Capacitance
tolerance
Dimensions(mm)
Halogen-free product Current product D max. T max. F d
CD70-B2GA101KY∗SA CD70-B2GA101KY∗S
B(±10%)
100 K(±10%) 7.0 7.0 10+2, –1 0.6±0.05
CD70-B2GA151KYSA CD70-B2GA151KYS 150 K(±10%) 7.0 7.0 10+2, –1 0.6±0.05
CD85-B2GA221KYSA CD85-B2GA221KYS 220 K(±10%) 8.5 7.0 10+2, –1 0.6±0.05
CD90-B2GA331KYSA CD90-B2GA331KYS 330 K(±10%) 9.0 7.0 10+2, –1 0.6±0.05
CD90-B2GA391KYSA CD90-B2GA391KYS 390 K(±10%) 9.0 7.0 10+2, –1 0.6±0.05
CD95-B2GA471KYSA CD95-B2GA471KYS 470 K(±10%) 9.5 7.0 10+2, –1 0.6±0.05
CD75-E2GA681MYSA CD75-E2GA681MYS
E(+20, –55%)
680 M(±20%) 7.5 7.0 10+2, –1 0.6±0.05
CD85-E2GA102MYSA CD85-E2GA102MYS 1,000 M(±20%) 8.5 7.0 10+2, –1 0.6±0.05
CD10-E2GA152MYSA CD10-E2GA152MYS 1,500 M(±20%) 10.0 7.0 10+2, –1 0.6±0.05
CD12-E2GA222MYSA CD12-E2GA222MYS 2,200 M(±20%) 11.5 7.0 10+2, –1 0.6±0.05
CD14-E2GA332MYSA CD14-E2GA332MYS 3,300 M(±20%) 13.5 7.0 10+2, –1 0.6±0.05
CD15-E2GA392MYSA CD15-E2GA392MYS 3,900 M(±20%) 14.5 7.0 10+2, –1 0.6±0.05
CD16-E2GA472MYSA CD16-E2GA472MYS 4,700 M(±20%) 15.5 7.0 10+2, –1 0.6±0.05
Long lead Short lead
Vertical kink
Symbol G Symbol N
Example) TDK Product Name: CD12-E2GA222MYNSA
N: Lead type (Vertical kink, Short)
25min.
4max.
D T
Fd
5±1 4max.
D T
Fd
• Conformity to RoHS Directive: This means that, in conformity with EU Directive 2002/95/EC, lead, cadmium, mercury, hexavalent chromium, and specific
bromine-based flame retardants, PBB and PBDE, have not been used, except for exempted applications.
(2/2)
005-03 / 20111003 / e4b3_cd.fm
• All specifications are subject to change without notice.
HALOGEN-FREE PRODUCT
MARKINGS
∗Year and month of production: last digit of year + month denoted by 1, 2, 3, 4, 5, 6, 7, 8, 9, O (October), N (November), or D (December).
∗The expression has become simplified due to a revision in the standards.
INTERNATIONALLY CERTIFIED STATUS / IEC60384-14 EN60384-14 Approved
• Certificate numbers shall be changed owing to the revisions of the related standards.
CURRENT PRODUCT
MARKINGS
∗Year and month of production: last digit of year + month denoted by 1, 2, 3, 4, 5, 6, 7, 8, 9, O (October), N (November), or D (December).
INTERNATIONALLY CERTIFIED STATUS / IEC60384-14 EN60384-14 Approved
• Certificate numbers shall be changed owing to the revisions of the related standards.
Item Marking examples
1. Series
2. Nominal capacitance
3. Capacitance tolerance
4. Rated voltage Eac
5. Sub-class of safety performance
6. TDK’s logogram
7. Date code
CD
222(2200pF)
M(±20%)
X1Y1
15 (2011.5)∗
Safety
standard
Standard No.
of IEC Standard No. Temperature
characteristics
Insulation
sub-class
Rated voltage
Eac(V)
Approval report No.
Japan Taiwan Xiamen
BSI IEC 60065 BS EN 60065 B, E X1, Y1 250 KM37103 KM37103 KM37103
IEC 60384-14 BS EN60384-14
VDE IEC 60384-14 EN 60384-14 B, E X1, Y1 250 40029780 40029780 40029780
SEV IEC 60384-14 EN 60384-14 B, E X1, Y1 250 10.0121 10.0121 10.0121
SEMKO IEC 60384-14 EN 60384-14 B, E X1, Y1 250 912465 912465 912465
NEMKO IEC 60384-14 EN 60384-14 B, E X1, Y1 250 P09211658 P09211658 P09211658
DEMKO IEC 60384-14 EN 60384-14 B, E X1, Y1 250 315294-01 315294-01 315294-01
FIMKO IEC 60384-14 EN 60384-14 B, E X1, Y1 250 FI 25522 FI 25522 FI 25522
IMQ IEC 60384-14 EN 60384-14 B, E X1, Y1 250 V3691 V3691 V3691
SAA IEC 60065 AS3250 B, E — 400 CS6268 CS6268 CS6268
UL — UL 1414 B, E (X, Y) 250 E37861 E37861 E37861
CSA IEC 60384-14 CAN/CSA-E60384-14 B, E (X, Y) 250 2278970
(LR 35801)
2278970
(LR 35801)
2278970
(LR 35801)
CQC IEC 60384-14 GB-T 14472-1998 B, E X1, Y1 250 CQC10001051611 CQC10001051638 CQC03001004816
Item Marking examples
1. Series
2. Nominal capacitance
3. Capacitance tolerance
4. Rated voltage Eac
5. Withstand voltage Eac
6. Sub-class of safety performance
7. TDK’s logogram
8. Date code
9. Regulatory body safety standards compliance markings
CD
222(2200pF)
M(±20%)
X1Y1
15 (2011.5)∗
Safety
standard
Standard No.
of IEC Standard No. Temperature
characteristics
Insulation
sub-class
Rated voltage
Eac(V)
Approval report No.
Japan Taiwan Xiamen
BSI IEC 60065 BS EN 60065 B, E X1, Y1 250 226495 226495 226495
IEC 60384-14 BS EN60384-14
VDE IEC 60384-14 EN60384-14 B, E X1, Y1 250 138526 138550 124321
SEV IEC 60384-14 EN60384-14 B, E X1, Y1 250 09.0963 09.0963 09.0963
SEMKO IEC 60384-14 EN60384-14 B, E X1, Y1 250 915564 915564 915396
NEMKO IEC 60384-14 EN60384-14 B, E X1, Y1 250 P09211509 P09211509 P08209310
DEMKO IEC 60384-14 EN60384-14 B, E X1, Y1 250 315180-01 315180-01 314712-02
FIMKO IEC 60384-14 EN60384-14 B, E X1, Y1 250 FI 25452 FI 25452 FI 24307
IMQ IEC 60384-14 EN60384-14 B, E X1, Y1 250 V3691 V3691 V3691
SAA IEC 60065 AS3250 B, E — 400 6268 6268 6268
UL — UL 1414 B, E (X, Y) 250 E37861 E37861 E37861
CSA — CSA C22.2 No.0 & No.1 B, E (X, Y) 250 LR35801 LR65972 LR65972
250V (AC.250V)
CD222M
15
250 X1Y1
(Marking position is reference.)
BSI
(U.K.)
SEMKO
(Sweden)
VDE
(Germany)
SEV
(Switzerland)
UL
(U.S.A.)
CSA
(Canada)
FIMKO
(Finland)
DEMKO
(Denmark)
NEMKO
(Norway)
IMQ
(Italy)
BSI TJ508
250V (AC.250V)
T4KV (AC.4kV)
CD222M
250V
X1Y1
BSI
T4KV
TJ508
94
Front Back
(Marking position of the monogram is reference.)
• For more information about products with other capacitance or other data, please contact us.
