Rev. 7a

Surface Mount Aluminum

Electrolytic Capacitors

MERITEK

SET Series

(Extended Temperature)

RoHS

 Load Life : 125°C 2000 hours

 For High Density Mounting

Item

Characteristic

Operation Temperature Range

-40 ~ +125°C

Rated Working Voltage

10 ~ 50VDC

Capacitance Tolerance

(120Hz 20°C)

±20%(M)

Leakage Current

(20°C)

I ≤0.01CV or 3 ( µA )

*Whichever is greater after 2 minutes

I: Leakage Current ( µA)

C: Rated Capacitance ( µF)

V: Working Voltage (V)

Surge Voltage

(20°C)

W.V.

10

16

25

35

50

S.V.

13

20

32

44

63

Dissi

pation Factor (tan δ)

(120Hz 20°C)

W.V.

10

16

25

35

50

tan

δ

0.32

0.24

0.21

0.18

0.18

Low Temperature Stability

Impedance ratio at 120Hz

Rated Voltage (V)

10

16

25

35

50

-25°C / +20°C

4

3

2

2

2

-40°C / +20°C

12

8

6

4

4

Load Life

After 2000 hours application of W.V. and +125°C ripple current value, the capacitor shall meet the

following limits. (DC + ripple peak voltage

≤ rate working voltage)

Capacitance Change

≤ ±30% of initial value

Dissipation Factor

≤ 300% of initial specified value

Leakage current

≤ initial specified value

Shelf Life

At +125°C, no voltage application after 1000 hours, the capacitor shall meet the limits for load life

characteristics. (With voltage treatment)

Resistance to Soldering Heat

Capacitors placed on a 250°C hot plate for 30 seconds with their electrode terminals facing

downward will fulfill the following conditions after being cooled to room temperature.

Capacitance Change

≤ ±10% of initial value

Dissipation Factor

≤ initial specified value

Leakage current

≤ initial specified value

SET

50V

470

M

J

102

Meritek Series

Voltage

Capacitance

Capacit

ance expressed in microfarads (μF).

First two digits are significant figures.

Third digit denotes number of zeros.

'R' d

enotes decimal point for values less than 10 μF

Tolerance

M=±20%

Case Diameter Code

Case Height (mm)

The third digit denotes the first decimal place

For example, 102 = 10.2mm

Case Diameter Code

Φ D

H

Φ 8.0

J

Φ 10.0