Design and specifications are each subject to change without notice. Ask factory for the current technical specifications before purchase and/or use.

Should a safety concern arise regarding this product, please be sure to contact us immediately.

Multilayer Ceramic Capacitors

(

)

High

Capacitance

Resistance

to Solder

Heat

Temperature

Cycle

Damp Heat

(steady

state)

Appearance:no mechanical damage

Capacitance change:

Temp. Char. B, X7R, X5R: within ±7.5 %

F, Y5V: within ±20 %

tand initial value

IR:initial value

With-stand voltage:no dielectric breakdown or damage

Solder bath method

Preconditioning:

Heat treatment (150ûC, 1h)

Solder temperature:270±5ûC

Dipping period:3.0±0.5 s

Preheat condition:

Temp.

TypeÒ10Ó,Ò11Ó,Ò12Ó TypeÒ13Ó,Ò23Ó

300 to 360s

150 to 200 ûC

120 to 180s

300 to 360s

Recovery(Standard condition):48 ± 4h

Appearance:no mechanical damage

Capacitance change:

Temp. Char. B, X7R, X5R: within ±7.5 %

F, Y5V: within ±20 %

tand initial value

IR:initial value

With-stand voltage: no dielectric breakdown or damage

Preconditioning:

Heat treatment (150ûC,1h)

Step 1:Minimum operation temp. 30±3 min.

Step 2:Room temp. 3 min.

Step 3:Maximum operation temp. 30±3 min.

Step 4:Room temp. 3 min.

Number of cycles:5 cycles

Recovery(Standard condition):48 ± 4h

Preconditioning:

Temperature:40±2ûC

Relative humidity:90 to 95 %

Test period:500+24/0 h

Recovery(Standard condition):48 ± 4h

Test Method

Item

Specification

Appearance:no mechanical damage

Capacitance change:

Temp. Char. B, X7R, X5R: within ±12.5 %

F, Y5V: within ±30 %

Note:ECJ0EB0J1051(0402/X5R/6.3V/1.0µF)

ECJ1VB0J4751(0603/X5R/6.3V/4.7µF)

ECJ1VB0G106M(0603/X5R/4V/10µF)

within ±20 %

tand 0.3 max.

Please confirmation to the technical reports for details.

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.

Loading

Under

Damp

Heat

Loading at

High

Temperature

Appearance:no mechanical damage

Capacitance change:

Temp. Char. B, X7R, X5R: within ±12.5 %

F, Y5V: within ±30 %

Note:ECJ0EB0J1051(0402/X5R/6.3V/1.0µF)

ECJ1VB0J4751(0603/X5R/6.3V/4.7µF)

ECJ1VB0G106M(0603/X5R/4V/10µF)

within ±20 %

tand 0.3 max.

Please confirmation to the technical reports for details.

IR:25/C (MW) min.

Note:DC10V, DC6.3V;5/C (MW)min.(C:Nominal cap. in µF)

Preconditioning:

Voltage treatment

Temperature:40±2ûC

Relative humidity:90 to 95 %

Applied voltage:Rated voltage

Test period:500+24/0 h

Recovery(Standard condition):48 ± 4h

Preconditioning:

Voltage treatment

Temperature:

Maximum operation temp. ±3ûC

Applied voltage:1Rated voltage´200%

2Rated voltage´150%

3Rated voltage´100%

Please confirmation to the technical

reports for details.

Charge/discharge current: within 50mA

Test period:1000+48/0 h

Recovery(Standard condition):48 ± 4h

Appearance:no mechanical damage

Capacitance change:

Temp. Char. B, X7R, X5R: within ±12.5 %

F, Y5V: within ±30 %

Note:ECJ0EB0J1051(0402/X5R/6.3V/1.0µF)

ECJ1VB0J4751(0603/X5R/6.3V/4.7µF)

ECJ1VB0G106M(0603/X5R/4V/10µF)

within ±20 %

tand 0.3 max.

Please confirmation to the technical reports for details.

IR:50/C (MW) min.

Note:DC10V, DC6.3V;10/C (MW)min.(C:Nominal cap. in µF)

October 2005