Datasheet Kingcap [radial] EY Series Datasheet

Radial Lead Aluminum Electrolytic Capacitors

Safety vent (Ф8up)

EY Series



105°C High Frequency, Low impedance.



Load lif e of 2000 ~7 000 hours at105°C.

Specification

Item Characteristics

Operating Temperature

Range

Voltage range 6.3~50 V.DC

Capacitance Tolerance ±20% (M) 120Hz, 20°C

I=0.01C V or 3uA whichever is gr eater. ( at 20°C after 2 min)

Leakage current

Dissipation Factor (tg δ)

(at 120Hz, /+20°C)

Low Temp. Impedance

Stability at 120Hz

Impedance (Ω) See case size table

High temp. Load test

Temp. Non-Load te st

Drawing

Insulating Sleeve

Where, I: Max. leakage current (uA) C: Nominal capacitance (uF) V: Rated voltage (V)

I: LC (uA) C: CAP (uF) V: WV (Vdc) 20°C

Rated voltage(V.DC) 6.3V

Tanδ (max) 0.22

0.02 is add ed t o every 1000uf increas e over 1000uf .
W.V . 6.3V

Z(-25°C)/Z(+20°C) 4 3 2 2 2 2
Z(-40°C)/Z(+20°C) 8 6 4 3 3 3

The f ollow ing sp ecific ati ons s h all b e s atisf i ed wh en th e c apacit ors ar e res tor ed to 2 0°C aft er s ubj ect ed t o
DC voltage with the rated ripple current is applied for the specified period of time at 105°C

6.3~100 V.DC

Time

10~50 V.DC

Capacitance change
tan δ
DC Leakage current
The following specifications shall be satisfied when the capacitors are restored to 20°C after exposing them
for 500 hour s at 105 °C wi th ou t voltage appli ed.
Capacitance change
tan δ
DC Leakage current

Ф

d±0.05 Tinned copper-ply wire

-40~+105°C

10V 16V 25V 35V 50V

0.19 0.16 0.14 0.12 0.10

10V 16V 25V 35V 50V

Φ

5, Φ6.3: 2000hrs; Φ8, Φ10: 4000hrs; ΦD≥Φ13 6000 hrs ;

application of DC rated working.

Φ

5, Φ6.3: 3000hrs; Φ8, Φ10: 5000hrs; ΦD≥Φ13 7000 hrs ;

application of DC rated working.

≤

±25% of the initial measu r ed value.

≤

200% of the initial specified value.

≤

The initial s pecified value.

≤

±25% of the initial measu r ed value.

≤

200% of the initial specified value.

≤

The initial s pecified value.

max

α

D+

Ф

15min L + β max

*Ф6.3 is avai l abl e b y R equ es t

Frequency

Uf

22~180 0.4 0.75 0.9 1

220~560 0.5 0.85 0.94 1

680~1800 0.6 0.87 0.95 1

2200~3900 0.75 0.9 0.95 1

4700~ 0.85 0.95 0.98 1

120K 1K 10K 100K

4min

1/2

p±0.5

Φ

D 5 6.3 8 10 13 16 18

P 2.0 2.5 3.5 5.0 5.0 7.5 7.5

Φ

d 0.5 0.5 0.6 0.6 0.6 0.8 0.8

β

+1.5 max

α

+0.5 max

Unit: (mm)

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Radial Lead Aluminum Electrolytic Capacitors

T able 1:

Φ

5×11 150 1.16

6.3×11
8×11.5

10×12.5 820 0.160

10×16
10×20
10×25
10×30
13×21
13×25
13×30
13×35
16×20

16×25
16×31.5 8200 0.034
16×35.5 10000 0.030

16×40 12000 0.026

18×20

18×25 10000 0.038
18×31.5 12000 0.030
18×35.5 15000 0.028

18×40 18000 0.024

T able 2:

wv(v)

Φ

5×11 47 1.16

6.3×11
8×11.5

10×12.5 330 0.160

10×16

10×20

10×25

10×30

13×21

13×25

13×30

13×35

16×20

16×25
16×31.5 3300 0.034
16×35.5 3900 0.030

16×40

18×20

18×25
18×31.5 3900 0.030
18×35.5 4700 0.028

18×40

wv(v)

D×L

D×L

6.3 10 16

Cap(uF) impedance

330 0.44
680 0.26

1200 0.120
1500 0.092
2200 0.084
2700 0.062
3300 0.070
3900 0.054
4700 0.048
5600 0.040
5600 0.054
6800 0.042

6800 0.052

6.3 10 16

Cap(uF) impedance

100 0.44
220 0.26

470 0.120
680 0.092

820 0.084
1000 0.062
1000 0.070
1500 0.054
1800 0.048
2200 0.040
1800 0.054
2700 0.042

4700 0.026
2200 0.052
3300 0.038

5600 0.024

Ripple

current

4.6 215 100 1.16 4.6 215 56 1.16

1.74 345 220 0.44 1.74

1.04 645 470 0.26 1.04

0.64 870 680 0.160 0.064 870 470 0.174

0.48 1215 1000 0.120 0.480 1215 680 0.138

0.36 1410 1200 0.092 0.260 1410 1000 0.092

0.34 1655 1500 0.084 0.340 1655 1200 0.084

0.24 1915 2200 0.062 0.240 1915 1500 0.062

0.24 1905 2200 0.070 0.120 1905 1500 0.080

0.178 2235 3300 0.054 0.178 2235 2200 0.054

0.156 2655 3900 0.048 0.156 2655 2700 0.048

0.130 2885 4700 0.040 0.130 2885 3300 0.040

0.156 2535 3900 0.054 0.156 2535 2700 0.054

0.120 2935 5600 0.042 0.120 2935 3900 0.042

0.100 3455 6800 0.034 0.100 3455 4700 0.034

0.088 3615 8200 0.030 0.088 3615 5600 0.030

0.076 4085 10000 0.026 0.076 4085 6800 0.026

0.134 2865 5600 0.052 0.134 2865 3900 0.052

0.098 3145 6800 0.038 0.098 3145 4700 0.038

0.080 4175 8200 0.030 0.080 4175 5600 0.030

0.076 4225 10000 0.028 0.076 4225 8200 0.028

0.064 4285 12000 0.024 0.064 4285 10000 0.024

Ripple

current

4.6 215 33 1.16 2.3 215 22 1.4 5.6 185

1.74 345 56 0.44 1.74

1.04 645 150 0.26 1.04

0.64 870 220 0.160 0.64

0.48 1215 330 0.100 0.48 1215 220 0.168

0.36 1410 470 0.080 0.36 1410 270 0.09

0.34 1655 560 0.084 0.34 1655 330 0.11

0.24 1915 680 0.062 0.24 1915 470 0.086

0.24 1905 680 0.070 0.24 1905 470 0.09

0.178 2235 1000 0.054 0.178 2235 560 0.068

0.156 2650 1200 0.048 0.156 2655 680 0.06

0.130 2885 1500 0.040 0.130 2885 820 0.07

0.156 2535 1200 0.054 0.156 2535 820 0.068

0.120 2935 1800 0.042 0.120 2935 1000 0.05

0.100 3455 2200 0.034 0.100 3455 1200 0.044

0.088 3615 2700 0.030 0.088 3615 1500 0.038

0.176 4085 3300 0.026 0.176 4085 1800 0.032

0.134 2865 1800 0.052 0.134 2865 1000 0.072

0.098 3145 2200 0.038 0.098 3145 1200 0.052

0.080 4175 2700 0.030 0.080 4175 1800 0.042

0.076 4225 3300 0.028 0.076 4225 2200 0.034

0.064 4285 3900 0.024 0.064 4285 2700 0.028

Cap(uF) impedance

Cap(uF) impedance

Ripple

current

345 120 0.44
645 330 0.26

Ripple

current

345 56 0.6 2.4 300
645 100 0.34
865 150 0.24

Cap(uF) impedance

4.6 215

1.74 345

1.04 645

0.700 845

0.540 1055

0.360 1410

0.340 1655

0.240 1915

0.240 1905

0.178 2235

0.156 2655

0.130 2885

0.140 2535

0.120 0935

0.100 3455

0.088 3615

0.076 4085

0.134 2865

0.049 3145

0.040 4175

0.038 4225

0.032 4285

Cap(uF) impedance

1.36 560

0.96 785

0.68 1055

0.48 1225

0.44 1445

0.34 1695

0.30 1665

0.22 1955

0.20 2315

0.166 2515

0.20 2215

0.15 2560

0.132 3015

0.114 3155

0.96 2715

0.194 2495

0.14 2745

0.114 3640

0.092 3685

0.076 3805

(mArms/ 1 05 °C . 10 0K H z)

Ω

max/-10°C. 100KHz)

(

Ω

max/20°C. 100KHz)

(

Φ

D×L (mm)

Ripple

current

Ripple

current

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