General Purpose Radial Electrolytic Aluminum Capacitors KE Series

Short Description:

KE Series

● 85℃ Standard Product, for general purposes

● RoHS Compliant

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Product Detail

Product Tags

Specifications

Items	Characteristics
Category Temperature Range	-40 ~ +85℃ (6.3 ~ 400V.DC)								-25 ~ +85℃ (450V.DC)
Rated Voltage Range	6.3 ~ 450V.DC
Capacitance Tolerance	±20%(M) (at 20℃,120Hz)
Leakage Current	6.3~ 100V.DC							160~ 450V.DC
	I≤0.01CV or 3μA , whichever is greater （after 2 minutes application of rated voltage							CCV＼Time						After 1 minutes
								CCV≦1000						I≤0.1CV+40
								CCV>1000						I≤0.04CV+100
	Note: I=Max,leakage current (μA), C=Nominal capacitance(μF), V=Rated voltage(V) （at 20℃）
tanδ Dissipation Factor	Rate Voltage(V)			6.3	10	16	25			35		50		63		100	160 ~ 250	315 ~ 400	450
	tanδ（Max)		≦Φ18	0.34	0.24	0.20	0.16			0.14		0.12		0.09		0.08	0.20	0.24	0.24
			≧Φ20	0.28	0.24	0.20	0.16			0.14		0.12		0.09		0.08	0.15	0.15	0.20
	When nominal capacitance exceeds 1000μF,add 0.02 to the value above for each 1000μF increase. (at 20℃、120HZ)
Low Temperature Characteristics	The impedance ratio shall not exceed the values listed in the table. (at 120Hz)
	Rated voltage (V)			6.3	10		16				25		35		50	63	160 ~ 250	315 ~ 400	450
	≦Φ18	Z(-25℃)/Z(+20℃)		5	4		3				2		2		2	2	3	6	6
	≧Φ20			5	4		3				2		2		2	2	4	6	6
	≦Φ18	Z (-40℃)/Z(+20℃)		12	10		5				5		4		3	3	4	6	-
Endurence	In the 85℃ environment, do not exceed the rated voltage range superimposed rated ripple current, continuous loading after 2000 hours，the capacitors shall meet the following requirements.
	Capacitance change			≦±20% of the initial value
	D.F.(tanδ)			≦200% of the specified value
	Leakage current			≦The specified value
Shelf Life	In the 85℃ environment, under the condition of no voltage storage for 1000 hours, after the return to the temperature of 20℃, the capacitors shall meet the following requirements.
	Rated Voltage			6.3 ~ 100V.DC											160 ~ 450V.DC
	Capacitance change			≦±20% of the initial value											≦±20% of the initial value
	D.F.(tanδ)			≦200% of the specified value											≦200% of the specified value
	Leakage current			≦The specified value											≦500% of the specified value

Dimensions (mm)

product-description1

ΦD	5	6.3	8	10	12.5	16	18	20	22	25	α	(L<20)1.5
P	2.0	2.5	3.5	5.0	5.0	7.5	7.5	10	10	12.5	α	(L≧20)2.0
Φd	0.5	0.5	0.5	0.6	0.6	0.8	0.8	1.0	1.0	1.0

Rated Ripple Current Coefficient (~Φ18)

Capacitance(μF)\ Coefficient \Frequency(Hz)	60(50)	120	300	1K	10K	100K
0.1 ~ 8.2	0.65	1.00	1.35	1.75	2.30	2.50
10 ~ 82	0.75	1.00	1.25	1.50	1.75	1.80
100 ~ 2,000	0.80	1.00	1.15	1.30	1.40	1.50
2,200 ~ 39,000	0.85	1.00	1.03	1.05	1.08	1.08

(Φ20~)

Capacitance(μF) \Frequency(Hz)	60(50)	120	300	1K	10K	100K
6.3~50	0.95	1.00	1.03	1.05	1.08	1.08
63~100	0.92	1.00	1.07	1.13	1.19	1.2

Dimensions & maximum allowable ripple current

Cap.( μF)　\ WV(V)

6.3(0J)

10(1A)

16(1C)

25(1E)

35(1V)

50(1H)

63(1J)

100(2A)

0.1

5×11

1.6

5×11

2.5

0.22

5×11

3.2

5×11

4.8

0.33

5×11

4.5

5×11

7.1

0.47

5×11

6.4

5×11

1.0

5×11

2.2

5×11

3.3

Case size: ΦD×L(mm)

5×11

4.7

Rated ripple current (mArms at 85℃,120Hz)

5×11

6.3×11

5×11

110

8×12

132

5×11

126

6.3×11

140

8×12

182

5×11

115

5×11

134

6.3×11

158

6.3×11

178

10×13

234

100

5×11

164

6.3×11

190

6.3×11

192

8×12

264

10×13

305

10×20

372

220

5×11

205

5×11

230

6.3×11

265

8×12

332

8×12

370

10×13

431

10×16

490

13×25

625

330

6.3×11

274

6.3×11

293

8×12

372

8×12

442

10×13

492

10×16

585

10×20

710

13×25

760

20×20

872

470

6.3×11

323

6.3×11

352

8×12

444

10×13

546

10×16

646

10×20

758

13×21

900

16×25

1,002

680

20×30

1,362

820

20×20

1,350

22×30

1,542

1000

8×12

542

10×13

353

10×16

786

10×20

958

13×21

1,148

13×25

1,182

16×25

1,308

18×40

1,482

20×25

1,604

20×35

1,725

1200

22×40

1,982

1500

20×20

1,578

20×30

1,750

1800

25×40

2,493

2200

10×20

1,020

10×20

1,073

13×21

1,299

13×25

1,542

16×25

1,672

16×35

2,078

20×35

2,304

20×20

1,786

20×25

1,885

22×30

2,198

2700

20×30

2,156

20×40

2,645

3300

10×20

1,195

13×21

1,425

13×25

1,659

16×25

1,978

16×35

2,278

18×36

2,504

20×20

1,853

20×25

2,052

20×35

2,425

22×30

2,425

22×40

2,812

3900

20×40

2,592

20×30

2,312

22×35

2,592

25×40

3,102

4700

13×21

1,550

13×25

1,782

16×25

2,092

16×32

2,424

18×36

2,705

20×20

1,962

20×25

2,424

20×35

2,513

22×30

2,382

22×40

2,964

5600

20×30

2,434

20×40

2,694

22×35

2,694

6800

13×25

1,920

16×25

2,222

16×32

2,525

18×36

2,882

20×20

2,083

20×25

2,335

20×35

2,682

22×30

2,682

22×40

3,094

25×40

3,364

8200

20×30

2,508

20×40

2,812

22×35

2,812

10000

16×25

2,334

16×35

2,675

18×36

2,726

20×25

2,315

20×25

2,315

20×35

2,928

22×30

2,868

22×40

3,245

25×40

3,482

12000

20×30

2,624

20×40

2,904

22×35

2,904

25×40

3,614

15000

16×35

2,850

18×36

3,082

20×30

2,665

20×35

2,875

22×30

2,664

22×40

3,382

18000

20×35

2,894

22×30

2,865

22×35

3,054

22000

18×40

3,326

20×40

3,135

22×35

3,136

22×40

3,483

25×40

3,728

27000

22×40

3,282

33000

25×40

3,561

39000

25×40

3,565

Dimensions & maximum allowable ripple current

Cap.( μF)　\ WV(V)

160(2C)

200(2D)

250(2E)

315(2F)

350(2V)

400(2G)

450(2W)

0.47

Case size: ΦD×L(mm)

6.3×11

10×13

Rated ripple carrent (mArms at 85℃,120Hz)

6.3×11

10×13

2.2

6.3×11

8×12

10×13

3.3

6.3×11

8×12

10×13

10×16

4.7

6.3×11

8×12

10×13

10×16

10×20

10×13

10×16

106

10×20

116

10×20

116

13×21

10×20

175

10×20

173

10×20

172

13×21

185

13×25

206

16×25

168

20×20

182

10×20

205

10×20

205

13×21

234

16×25

278

16×25

278

16×32

216

20×20

265

20×25

245

13×21

278

13×21

278

13×25

298

20×20

312

16×25

300

16×32

352

16×35

268

20×20

312

20×25

292

20×25

352

20×30

325

20×25

404

20×25

405

20×30

423

20×35

372

22×30

372

20×20

423

20×25

440

20×40

425

22×35

425

100

13×25

430

16×26

476

16×32

518

18×32

520

20×20

468

20×25

492

20×30

502

20×30

504

20×35

523

22×40

475

22×30

523

120

20×25

532

20×30

556

20×35

564

20×40

584

25×40

524

22×35

584

180

20×25

663

20×30

682

20×40

724

25×40

792

22×35

724

220

18×40

328

16×32

732

20×30

753

20×35

782

22×40

812

25×40

892

20×25

765

18×36

815

22×30

825

270

20×30

832

20×40

883

25×40

921

22×35

883

330

18×35.5

998

20×35

1,075

22×40

1,065

20×30

998

22×30

1,075

390

20×35

1,162

20×40

1,192

25×40

1,205

22×30

1,162

22×30

1,162

470

20×40

1,342

22×40

1,352

22×35

1,342

560

22×40

1,470

22×40

1,530

680

25×40

1,572

25×40

1,625

Standard Ratings

Rated voltage (V)	Rated capacitance(uF)	Case size ΦD*L(mm)	Leakage current (uA)	ESR(mΩ) at 20℃,100 KHz	Rated ripple current (mArms/105℃/100kHz)	tanδ（120Hz）
16	120	6.3*7.2	19.2	40	1500	0.16
	270	8*9.5	43.2	26	2000	0.16
	470	10*9.5	75.2	21	2600	0.16
	560	10*11.5	89.6	15	3000	0.16
25	68	6.3*7.2	17	45	1400	0.16
	150	8*9.5	37.5	27	1900	0.16
	270	10*9.5	67.5	22	2500	0.16
	330	10*11.5	82.5	16	2900	0.16
35	47	6.3*7.2	16.45	60	1300	0.16
	100	8*9.5	35	30	1800	0.16
	150	10*9.5	52.5	23	2400	0.16
	220	10*11.5	77	17	2800	0.16
40	27	6.3*7.2	10.8	70	1200	0.16
	56	8*9.5	22.4	32	1700	0.16
	100	10*9.5	40	24	2400	0.16
	120	10*11.5	48	18	2700	0.16
50	15	6.3*7.2	10	80	1200	0.16
	33	8*9.5	16.5	35	1600	0.16
	56	10*9.5	28	25	2300	0.16
	82	10*11.5	41	19	2600	0.16
63	10	6.3*7.2	10	100	1000	0.16
	22	8*9.5	13.86	40	1500	0.16
	33	8*9.5	20.79	40	1500	0.16
	33	10*9.5	20.79	30	2100	0.16
	47	10*9.5	29.61	30	2100	0.16
	56	10*11.5	35.28	22	2400	0.16
80	12	10*9.5	10	70	1600	0.16
	15	10*9.5	12	70	1600	0.16
	18	10*11.5	14.4	50	1800	0.16
100	10	10*9.5	10	80	1400	0.16
	12	10*9.5	12	80	1400	0.16
	15	10*11.5	15	60	1600	0.16
125	10	10*9.5	12.5	90	1200	0.16