Multilayer Ceramic Capacitors ( Large
Capacitance )
Multilayer Ceramic Chip Capacitors
(Large Capacitance)
Series:
ECJ
n Features
n Recommended Applications
n Precaution for Handling
n Packaging method
l Small and Large capacitance Multilayer Ceramic
Chip Capacitor by Panasonic creative material
technology and high precision lamination technology
l Low ESR, Low ESL and excellent High-frequency
l Optimal to change from TANTALUM CHIP CAPACITORS and ALUMINUM ELECTROLYTIC CAPACITORS
l Class 2 (Hi-K Type)
á Power supply circuit decoupling applications
Power supply circuit of the High-speed LSI
Smoothing circuit of DC-DC converters
See Page 44 to 48
See Page 82
n Explanation of Part Numbers
E
C
J
Product Code
(ECJ:Multilayer Ceramic
Chip Capacitors)
2
F
B
0
J
1
0
6
M
Packaging
Rated Voltage
Styles Code
Size Code
Temperature
Characteristics Code
Nominal Capacitance
No
Name
1
Ceramic dielectric
2
Internal electrode
Capacitance
Tolerance
n Construction
3
4
5
Terminal
electrode
Substrate electrode
Intermediate electrode
External electrode
n Dimensions in mm (not to scale)
Unit : mm
Code
1
Size code
(EIA)
Type“11”
(0603)
L
W
T
L1, L2
1.6±0.1
0.8±0.1
0.8±0.1
0.3±0.2
2.0±0.1
1.25±0.10
2.00±0.15
2.0±0.2
1.25±0.15
1.25±0.20
2
Type“12”
(0805)
3
Type“13”
(1206)
3.20±0.15
1.60±0.15
3.2±0.2
Type“23”
(1210)
Type“34”
(1812)
3.2±0.3
1.6±0.2
2.5±0.2
2.5±0.3
4
5
4.5±0.4
3.2±0.3
0.85±0.10
1.25±0.10
1.25±0.15
1.25±0.20
0.85±0.10
1.15±0.10
1.6±0.2
2.0±0.2
2.5±0.3
2.5±0.3
3.2±0.3
0.50±0.25
0.6±0.3
0.6±0.3
0.9±0.6
Multilayer Ceramic Capacitors ( Large
Capacitance )
n Packaging Styles and Standard Packaging Quantity
Code
Packaging Styles
Paper taping
(Pitch:4mm)
V
F
f180
reel
Embossed taping
(Pitch:4mm)
f330
reel*
Embossed taping
(Pitch:8mm)
Paper taping
(Pitch:4mm)
Y
Z
T : Thickness (mm)
TypeÒ11Ó
TypeÒ12Ó
TypeÒ13Ó
(0603)
(0805)
(1206)
T=0.8 T=0.85 T=1.25 T=0.85 T=1.15 T=1.6
TypeÒ23Ó
(1210)
T=2.0 T=2.5
TypeÒ34Ó
(1812)
T=2.5 T=3.2
4,000
4,000
Ñ
4,000
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
3,000
Ñ
3,000
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
2,000
2,000
1,000
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
500
500
Ñ
10,000
Ñ
Ñ
Ñ
Ñ
Ñ
Ñ
10,000 10,000
* For Part Number applicable to f330 reel, please contact us.
n Temperature Characteristics
l Class 2 Capacitors
Code
B
F
Temp. Char.
Capacitance Change
B
X7R
X5R
F
Y5V
±10 %
±15 %
±15 %
+30, Ð80 %
+22, Ð82 %
Measurement
Temperature Range
Ð25 to 85 ûC
Ð55 to 125 ûC
Ð55 to 85 ûC
Ð25 to 85 ûC
Ð30 to 85 ûC
Reference
Temperature
20 ûC
25 ûC
25 ûC
20 ûC
25 ûC
For applicable ÒTemperature CharacteristicsÓ, see the lists of standard products on page 7 to 8.
n Rated Voltage
Code
Rated Voltage
1H
DC 50 V
1E
DC 25 V
1C
DC 16 V
1A
DC 10 V
0J
DC 6.3 V
n Nominal Capacitance
Ex.
Nominal Capacitance
105
1000000 pF
(1µF)
225
2200000 pF
(2.2µF)
106
10000000 pF
(10µF)
226
22000000 pF
(22µF)
n Capacitance tolerance
Class
2
Temp. Char.
B, X7R, X5R
F, Y5V
Tol. Code
K
M
Z
Capacitance tolerance
±10 %
±20 %
+80, Ð20 %
Multilayer Ceramic Capacitors ( Large
Capacitance )
n Specification and Test Method
Item
Specification
Test Method
Operating
Temp. Char. B, X7R : Ð55 to 125 ûC
Temperature Temp. Char. B, X5R : Ð55 to 85 ûC
Range
Temp. Char. F, Y5V : Ð30 to 85 ûC
No break down
Dielectric
Withstanding
Voltage
Test Voltage:
Rated Voltage ´250%
Electrification time:1 to 5s.
Charge/discharge current:within 50 mA
Insulation
Resistance
(I R)
500/C (MW) min.
Note:DC10V, DC6.3V;100/C(MW)min.
(C:Nominal Cap. in µF)
Measuring voltage:Rated voltage
Measuring voltage time:60±5s
Charge/discharge current:within 50 mA
Cpacitance
within the specified tolerance
Reference Temperature:20±2ûC
Pretreatment:The capacitors shall be
kept in a temperature of 150+0/Ð10ûC
for 1 hour and then shall be stored
in standard condition* 48±4 hours,
before initial measurement.
Dissipation
Factor
(tan d)
Rated
Voltage
50V
25V
(
(
16V
10V
(
6.3V
(
Temperature Characteristics
B, X7R, X5R
F, Y5V
0.025max.
0.07max.
0.025max.
0.07max.
0.05max.
0.1max.
TypeÒ13Ó:C=4.7µF
TypeÒ12Ó:C>1µF
TypeÒ23Ó, Ó34Ó
TypeÒ13Ó:C=4.7µF
TypeÒ23Ó, Ó34Ó
0.025max.
0.1max.
0.05max.
0.125max.
TypeÒ12Ó: C=1µF
TypeÒ11Ó: C=1µF
TypeÒ13Ó:C>4.7µF
TypeÒ12Ó:C=4.7µF
TypeÒ23Ó, Ó34Ó
TypeÒ13Ó:C=10µF
0.075max.
TypeÒ23Ó, Ó34Ó
(TypeÒ11Ò: C=1µF)
0.05max.
0.125max.
0.075max.
0.2max.
(TypeÒ11Ó: C=1µF)
TypeÒ11Ó: C=2.2µF
0.1max.
TypeÒ12Ó:C=10µF
TypeÒ23Ó:C=22µF
TypeÒ13Ó:C=22µF
TypeÒ34Ó
TypeÒ23Ó, Ó34Ó
0.05max.
0.2max.
0.075max.
(TypeÒ11Ó: C=1µF)
0.1max.
TypeÒ11Ó, C=2.2µF
TypeÒ12Ó, C>4.7µF
TypeÒ13Ó, C=22µF
TypeÒ23Ó, Ó34Ó
) (
)
)
(
)
)
(
)
Nominal Capacitance
C>10µF
Measuring Frequency 1kHz±10% 120Hz±20%
Mesuring Voltage 1.0±0.2Vrms 0.5±0.2Vrms
)
Temperature Temp. Char.
Characteristics
B : ±10 % (Ð25 to 85 ûC)
X7R: ±15 % (Ð55 to 125 ûC)
X5R: ±15 % (Ð55 to 85 ûC)
F : +30, Ð80 % (Ð25 to 85 ûC)
Y5V: +22, Ð82 % (Ð30 to 85 ûC)
Maximum capacitance change at
stage 1 to 5
Temp. Char.
Stage 1
Stage 2
Stage 3
(Ref. Temp.)
Stage 4
Stage 5
(
Adhesion
C1µF
TypeÒ23Ó, Ó34Ó
TypeÒ13Ó:C=4.7µF
TypeÒ23Ó, Ó34Ó
0.05max.
0.15max.
0.075max.
0.2max.
TypeÒ12Ó: C=1µF
TypeÒ11Ó: C=1µF
TypeÒ13Ó:C>4.7µF
TypeÒ12Ó:C=4.7µF
TypeÒ23Ó, Ó34Ó
TypeÒ13Ó:C=10µF
0.125max.
TypeÒ23Ó, Ó34Ó
(TypeÒ11Ò: C=1µF)
0.075max.
0.15max.
0.125max.
0.3max.
(TypeÒ11Ó: C=1µF)
TypeÒ11Ó: C=2.2µF
0.15max.
TypeÒ12Ó:C=10µF
TypeÒ23Ó:C=22µF
TypeÒ13Ó:C=22µF
TypeÒ34Ó
TypeÒ23Ó, Ó34Ó
0.075max.
0.3max.
0.125max.
(TypeÒ11Ó: C=1µF)
0.15max.
TypeÒ11Ó, C=2.2µF
TypeÒ12Ó, C>4.7µF
TypeÒ13Ó, C=22µF
TypeÒ23Ó, Ó34Ó
Preconditioning:
Heat Treatment (150ûC,1h)
Temperature:40±2 ûC
Relative humidity:90 to 95 %
Test period:500+24/0 h
Recovery(Standard condition):48 ± 4h
)
(
)
)
(
)
)
(
)
)
IR:50/C (MW) min.
Note:DC10V, DC6.3V;10/C (MW)min.(C:Nominal cap. in µF)
Multilayer Ceramic Capacitors ( Large
Capacitance )
Item
Loading
Under
Damp
Heat
Specification
Test Method
Appearance:no mechanical damage
Capacitance Change:
Temp. Char. B, X7R, X5R: within ±12.5 %
F, Y5V: within ±30 %
tand:
Rated
Voltage
50V
25V
(
(
16V
10V
(
6.3V
(
Temperature Characteristics
B, X7R, X5R
F, Y5V
0.05max.
0.1max.
0.05max.
0.1max.
0.075max.
0.15max.
TypeÒ13Ó:C=4.7µF
TypeÒ12Ó:C>1µF
TypeÒ23Ó, Ò34Ó
TypeÒ13Ó:C=4.7µF
TypeÒ23Ó, Ò34Ó
0.05max.
0.15max.
0.075max.
0.2max.
TypeÒ12Ó: C=1µF
TypeÒ11Ó: C=1µF
TypeÒ13Ó:C>4.7µF
TypeÒ12Ó:C=4.7µF
TypeÒ23Ó, Ò34Ó
TypeÒ13Ó:C=10µF
0.125max.
TypeÒ23Ó, Ò34Ó
(TypeÒ11Ò: C=1µF)
0.075max.
0.15max.
0.125max.
0.3max.
(TypeÒ11Ó: C=1µF)
TypeÒ11Ó: C=2.2µF
0.15max.
TypeÒ12Ó:C=10µF
TypeÒ23Ó:C=22µF
TypeÒ13Ó:C=22µF
TypeÒ34Ó
TypeÒ23Ó, Ò34Ó
0.075max.
0.3max.
0.125max.
(TypeÒ11Ó: C=1µF)
0.15max.
TypeÒ11Ó, C=2.2µF
TypeÒ12Ó, C>4.7µF
TypeÒ13Ó, C=22µF
TypeÒ23Ó, Ò34Ó
Preconditioning:
Voltage Treatment
Temperature:40±2 ûC
Relative humidity:90 to 95 %
Applied voltage:Rated voltage
Test period:500+24/0 h
Recovery(Standard condition):48 ± 4h
)
(
)
)
(
)
)
(
)
)
IR:25/C (MW) min.
Note:DC10V, DC6.3V;5/C (MW)min.(C:Nominal cap. in µF)
Loading at
High
Temperature
Appearance:no mechanical damage
Capacitance Change:
Temp. Char. B, X7R, X5R: within ±12.5 %
F, Y5V: within ±30 %
tand:
Rated
Voltage
50V
25V
(
(
16V
10V
(
6.3V
(
Temperature Characteristics
B, X7R, X5R
F, Y5V
0.05max.
0.1max.
0.05max.
0.1max.
0.075max.
0.15max.
TypeÒ13Ó:C=4.7µF
TypeÒ12Ó:C>1µF
TypeÒ23Ó, Ò34Ó
TypeÒ13Ó:C=4.7µF
TypeÒ23Ó, Ò34Ó
0.05max.
0.15max.
0.075max.
0.2max.
TypeÒ12Ó: C=1µF
TypeÒ11Ó: C=1µF
TypeÒ13Ó:C>4.7µF
TypeÒ12Ó:C=4.7µF
TypeÒ23Ó, Ò34Ó
TypeÒ13Ó:C=10µF
0.125max.
TypeÒ23Ó, Ò34Ó
(TypeÒ11Ò: C=1µF)
0.075max.
0.15max.
0.125max.
0.3max.
(TypeÒ11Ó: C=1µF)
TypeÒ11Ó: C=2.2µF
0.15max.
TypeÒ12Ó:C=10µF
TypeÒ23Ó:C=22µF
TypeÒ13Ó:C=22µF
TypeÒ34Ó
TypeÒ23Ó, Ò34Ó
0.075max.
0.3max.
0.125max.
(TypeÒ11Ó: C=1µF)
0.15max.
TypeÒ11Ó, C=2.2µF
TypeÒ12Ó, C>4.7µF
TypeÒ13Ó, C=22µF
TypeÒ23Ó, Ò34Ó
Preconditioning:
Voltage Treatment
Temperature:
Maximum operation temp. ±3 ûC
Applied voltage:Rated voltage´200%
Test period:1000+48/0 h
Recovery(Standard condition):48 ± 4h
)
(
)
)
(
)
)
(
)
)
IR:50/C (MW) min.
Note:DC10V, DC6.3V;10/C (MW)min.(C:Nominal cap. in µF)
Note 1) Heat treatment:1 h of heat treatment at 150+0/Ð10ûC followed by 48±4 h recovery under the standead condition.
Note 2) Voltage treatment:1 h of voltage treatment under the specified temperature and voltage for testing followed by 48 ±4 h of recovery under
the standead condition.
Multilayer Ceramic Capacitors ( Large
Capacitance )
n Standard Products for Type “11” (EIA “0603” ), Taped Version
Code
Capaci- Rated Voltage
tance
Capacitance
(µF)
Tolerance
B
DC16V
DC10V
DC6.3V
Dim. Temp.
Dim. Temp.
Dim.
Char.
Char.
T
T
T
Part No.
Part No.
Part No.
(mm) B X5R
(mm) B X5R
(mm)
1 ±10%(K) ECJ1VB1C105@ 0.8 Ñ L ECJ1VB1A105@ 0.8 Ñ L ECJ1VB0J105@ 0.8
2.2 or ±20%(M)
ECJ1VB0J225@ 0.8
Temp.
Char.
B X5R
L
Ñ
L
L
Code
Capaci- Rated Voltage
tance
Capacitance
(µF)
Tolerance
F
DC16V
DC10V
DC6.3V
Dim. Temp.
Dim. Temp.
Dim. Temp.
Char.
Char.
Char.
T
T
T
Part No.
Part No.
Part No.
(mm) F Y5V
(mm) F Y5V
(mm) F Y5V
1 +80,Ð20% ECJ1VF1C105Z 0.8 L Ñ ECJ1VF1A105Z 0.8 L L
2.2
(Z)
ECJ1VF1A225Z 0.8 L Ñ ECJ1VF0J225Z 0.8 L Ñ
@:Capacitance Tolerance code.
Packaging Style Code: ÒVÓ for Taped Version (f180 reel, Taping pitch: 4 mm) .
n Standard Products for Type “12” (EIA “0805”), Taped Version
Code
Capaci- Rated Voltage
tance
Capacitance
(µF)
Tolerance
1
2.2
3.3
4.7
10
DC25V
Dim.
T
Part No.
(mm)
Under development 1.25
±10%(K) Under development 1.25
or
±20%(M)
Code
Capaci- Rated Voltage
tance
Capacitance
(µF)
Tolerance
DC25V
Dim.
T
Part No.
(mm)
1
ECJ2FF1E105Z* 1.25
2.2 +80, Ð20% ECJ2FF1E225Z* 1.25
4.7
(Z)
10
DC16V
Temp.
Dim.
Char.
T
Part No.
B X5R
(mm)
Ñ L ECJ2FB1C105@* 1.25
Ñ L Under development 1.25
DC16V
Temp.
Dim.
Char.
T
Part No.
F Y5V
(mm)
L Ñ ECJ2VF1C105Z 0.85
L Ñ ECJ2FF1C225Z 1.25
ECJ2FF1C475Z* 1.25
B
DC10V
Dim.
T
Part No.
(mm)
L ECJ2FB1A105@ 1.25
L ECJ2FB1A225@* 1.25
ECJ2FB1A335@* 1.25
Under development 1.25
Temp.
Char.
B X5R
Temp.
Char.
B X5R
Ñ
Ñ
L
Ñ
Ñ
Ñ
F
Temp.
Char.
F Y5V
L
L
L
L
L ECJ2FB0J225@ 1.25 L
L ECJ2FB0J335@ 1.25 L
L ECJ2FB0J475@* 1.25 Ñ
ECJ2FB0J106M** 1.25 Ñ
DC10V
Dim. Temp.
Char.
T
Part No.
(mm) F Y5V
L
L
Ñ ECJ2FF1A475Z 1.25 L
ECJ2FF1A106Z* 1.25 L
DC6.3V
Dim. Temp.
Char.
T
Part No.
(mm) B X5R
L
L
L
L
DC6.3V
Dim. Temp.
Char.
T
Part No.
(mm) F Y5V
L
Ñ ECJ2FF0J106Z* 1.25 L
Ñ
@:Capacitance Tolerance code.
Packaging Style Code: ÒVÓ or ÒFÓ for Taped Version (f180 reel, Taping pitch: 4 mm) .
*:ÒLÓ, ÒWÓ, ÒTÓ Dimension tolerance ±0.15mm
**:ÒLÓ, ÒWÓ, ÒTÓ Dimension tolerance ±0.2mm
Soldering method of Dimension T>1mm: Do not use the flow soldering.
n Standard Products for Type “13” (EIA “1206” ), Taped Version
Code
Capaci- Rated Voltage
tance
Capacitance
(µF)
Tolerance
B
DC25V
DC16V
DC10V
DC6.3V
Dim. Temp.
Dim. Temp.
Dim. Temp.
Dim. Temp.
Char.
Char.
Char.
Char.
T
T
T
T
Part No.
Part No.
Part No.
Part No.
(mm) B X7R X5R
(mm) B X7R X5R
(mm) B X7R X5R
(mm) B X7R X5R
1
ECJ3YB1E105@ 1.6 L L Ñ ECJ3FB1C105@ 1.15 L L Ñ
1.5
ECJ3YB1A155@ 1.6 L Ñ L
2.2 ±10%(K) ECJ3YB1E225@ 1.6 Ñ Ñ L ECJ3YB1C225@ 1.6 L L Ñ ECJ3YB1A225@ 1.6 L Ñ L
3.3
or
ECJ3YB1A335@ 1.6 L Ñ L
4.7 ±20%(M) ECJ3YB1E475@ 1.6 Ñ Ñ L ECJ3YB1C475@ 1.6 Ñ Ñ L ECJ3YB1A475@ 1.6 Ñ Ñ L ECJ3YB0J475@ 1.6 Ñ Ñ L
10
Under development 1.6 Ñ Ñ L ECJ3YB1C106M 1.6 Ñ Ñ L ECJ3YB1A106M 1.6 Ñ Ñ L ECJ3YB0J106M 1.6 Ñ Ñ L
22
ECJ3YB0J226M 1.6 Ñ Ñ L
@:Capacitance Tolerance code.
Packaging Style Code: ÒFÓ and ÒYÓ for Taped Version (f180 reel, Taping pitch: 4 mm) .
Soldering method of Dimension T>1mm: Do not use the flow soldering.
Multilayer Ceramic Capacitors ( Large
Capacitance )
n Standard Products for Type “13” (EIA “1206”), Taped Version
Code
Capaci- Rated Voltage
tance
Capacitance
(µF)
Tolerance
DC50V
DC25V
Dim. Temp.
Dim.
Char.
T
T
Part No.
Part No.
(mm) F Y5V
(mm)
1
ECJ3FF1H105Z 1.15 L Ñ ECJ3FF1E105Z 1.15
2.2
ECJ3FF1E225Z 1.15
+80, Ð20%
4.7
ECJ3FF1E475Z 1.15
(Z)
10
22
F
DC16V
Dim.
T
Part No.
(mm)
L ECJ3VF1C105Z 0.85
L ECJ3VF1C225Z 0.85
Ñ ECJ3FF1C475Z 1.15
ECJ3YF1C106Z 1.6
Temp.
Char.
F Y5V
Temp.
Char.
F Y5V
L
L
L
L
L
L
L
DC10V
Dim. Temp.
Char.
T
Part No.
(mm) F Y5V
L
L
L
Ñ ECJ3YF1A106Z 1.6
ECJ3YF1A226Z 1.6
L
L
L
Ñ
Packaging Style Code: ÒVÓ, ÒFÓ and ÒYÓ for Taped Version (f180 reel, Taping pitch: 4 mm) .
Soldering method of Dimension T>1mm: Do not use the flow soldering.
n Standard Products for Type “23” (EIA “1210”), Taped Version
Code
Capaci- Rated Voltage
tance
Capacitance
(µF)
Tolerance
1
2.2
±10%(K)
4.7
or
10
±20%(M)
22
47
DC50V
Dim.
Part No. T
(mm)
ECJ4YB1H105@ 2.0
Temp.
Char.
B X5R
Ñ L
DC25V
Dim. Temp.
Part No. T Char.
(mm) B X5R
B
DC16V
Dim. Temp.
Part No. T Char.
(mm) B X5R
DC10V
Dim. Temp.
Part No. T Char.
(mm) B X5R
DC6.3V
Dim. Temp.
Part No. T Char.
(mm) B X5R
ECJ4YB1E225@ 2.0 Ñ L
ECJ4YB1E475@ 2.0 Ñ L ECJ4YB1C475@ 2.0 Ñ L
ECJ4YB1E106M 2.5 Ñ L ECJ4YB1C106M 2.0 Ñ L ECJ4YB1A106M 2.0 Ñ L
Under development 2.5 Ñ L ECJ4YB1A226M 2.5 Ñ L ECJ4YB0J226M 2.5 Ñ L
ECJ4YB0J476M 2.5 Ñ L
Code
Capaci- Rated Voltage
tance
Capacitance
(µF)
Tolerance
F
DC50V
DC25V
DC16V
DC10V
DC6.3V
Dim. Temp.
Dim. Temp.
Dim. Temp.
Dim. Temp.
Dim. Temp.
Part No. T Char. Part No. T Char. Part No. T Char. Part No. T Char. Part No. T Char.
F
F
F
F
F
(mm)
(mm)
(mm)
(mm)
(mm)
4.7
ECJ4YF1H475Z 2.0 L
10 +80, Ð20% ECJ4YF1H106Z 2.0 L
ECJ4YF1E106Z 2.0
L
ECJ4YF1C106Z 2.0
L
22
(Z)
ECJ4YF1C226Z 2.0
L
ECJ4YF1A226Z 2.0
L
47
ECJ4YF0J476Z 2.0
L
@:Capacitance Tolerance code.
Packaging Style Code: ÒYÓ for Taped Version (f180 reel, Taping pitch: 4 mm) .
Soldering method of Dimension T>1mm: Do not use the flow soldering.
n Standard Products for Type “34” (EIA “1812” ), Taped Version
Code
Capaci- Rated Voltage
tance
Capacitance
(µF)
Tolerance
3.3
10
±10%(K)
22
or
33
±20%(M)
47
100
Code
Capaci- Rated Voltage
tance
Capacitance
(µF)
Tolerance
22
+80, Ð20%
47
(Z)
100
DC50V
Dim. Temp.
Part No. T Char.
(mm) X5R
ECJ5YB1H335@ 2.5 L
DC25V
Dim. Temp.
Part No. T Char.
(mm) X5R
ECJ5YB1E106M 2.5
Under development 2.5
DC25V
Dim. Temp.
Char.
T
Part No.
F
(mm)
ECJ5YF1E226Z 2.5
L
L
L
B
DC16V
Dim. Temp.
Part No. T Char.
(mm) X5R
ECJ5YB1C226M 2.5
DC16V
Dim. Temp.
Char.
T
Part No.
F
(mm)
ECJ5YF1C226Z 2.5
L
@:Capacitance Tolerance code.
Packaging Style Code: ÒYÓ for Taped Version (f180 reel, Taping pitch: 8 mm) .
Soldering method of Dimension T>1mm: Do not use the flow soldering.
F
L
DC10V
Dim. Temp.
Part No. T Char.
(mm) X5R
ECJ5YB1A226M 2.5
Under development 2.5
Under development 3.2
DC10V
Dim. Temp.
Char.
T
Part No.
F
(mm)
ECJ5YF1A476Z
2.5
L
L
L
DC6.3V
Dim. Temp.
Part No. T Char.
(mm) X5R
ECJ5YB0J476M 3.2
ECJ5YB0J107M 3.2
L
L
DC6.3V
Dim. Temp.
Char.
T
Part No.
F
(mm)
L
ECJ5YF0J107Z
2.5
L