Panasonic EE23 dimensions V.DC 50 1H, 10 C +20 C, V.DC 63 1J, EE25

Page 3

Aluminum Electrolytic Capacitor/FA

■Case size / Impedance / Ripple current

Discontinued

 

W.V.(V.DC)

 

 

35 (1V)

 

 

50 (1H)

 

(φD⋅L)

 

Capacitance

Impedance(100kHz)

Ripple current

Capacitance

Impedance(100kHz)

Ripple current

 

 

 

Ω

(100kHz)

(

Ω

)

(100kHz)

 

 

 

 

(µF)

 

( )

(+105°C)

(µF)

 

(+105°C)

 

 

 

 

 

-10°C

 

+20°C

(mA)

-10°C

 

 

+20°C

(mA)

8

⋅

11.5

150

0.234

 

0.117

555

82

0.468

 

 

0.234

485

8

⋅

15

220L❉

0.170

 

0.085

730

120L❉

0.310

 

 

0.155

635

8

⋅

20

330

0.130

 

0.065

995

180

0.240

 

 

0.120

860

10

⋅

12.5

220

0.180

 

0.090

755

120

0.324

 

 

0.162

615

10

⋅

16

270

0.136

 

0.068

950

150

0.238

 

 

0.119

740

10

⋅

20

390

0.104

 

0.052

1220

220

0.180

 

 

0.090

1030

10

⋅

25

470

0.090

 

0.045

1440

270

0.164

 

 

0.082

1200

10

⋅

30

680L❉

0.070

 

0.035

1815

470

0.120

 

 

0.060

1610

12.5

⋅

15

390S❉

0.120

 

0.060

1205

220S❉

0.200

 

 

0.100

1150

12.5

⋅

20

680

0.076

 

0.038

1655

390

0.116

 

 

0.058

1480

12.5

⋅

25

1000

0.068

 

0.034

1945

560

0.100

 

 

0.050

1832

12.5

⋅

30

1200L❉

0.050

 

0.025

2310

680L❉

0.080

 

 

0.040

2215

12.5

⋅

35

1500L❉

0.044

 

0.022

2510

820L❉

0.068

 

 

0.034

2285

12.5

⋅

40

1800L❉

0.036

 

0.018

2655

1000L❉

0.060

 

 

0.030

2590

16

⋅

20

1200

0.050

 

0.025

2205

680

0.096

 

 

0.048

1835

16

⋅

25

1500

0.044

 

0.022

2555

1000

0.068

 

 

0.034

2235

16

⋅

31.5

1800

0.036

 

0.018

3010

1200

0.056

 

 

0.028

2700

16

⋅

35.5

2200

0.032

 

0.016

3150

1500L❉

0.050

 

 

0.025

2790

16

⋅

40

2700L❉

0.030

 

0.015

3360

1800L❉

0.046

 

 

0.023

2845

18

⋅

20

1500S❉

0.044

 

0.022

2490

820

0.080

 

 

0.040

2420

18

⋅

25

1800S❉

0.038

 

0.019

2740

1200S❉

0.058

 

 

0.029

2610

18

⋅

31.5

2700

0.032

 

0.016

3635

1500

0.050

 

 

0.025

3000

18

⋅

35.5

3300

0.030

 

0.015

3680

1800

0.046

 

 

0.023

3100

18

⋅

40

3900

0.028

 

0.014

3735

2200

0.040

 

 

0.020

3250

 

W.V.(V.DC)

 

 

63 (1J)

 

 

 

 

 

Capacitance

Impedance(100kHz)

Ripple current

 

(φD⋅L)

 

(Ω)

(100kHz)

 

 

 

 

 

 

 

(µF)

 

 

 

(+105°C)

 

 

 

 

 

-10°C

 

+20°C

(mA)

8

⋅

11.5

68

0.684

 

0.342

405

8

 

⋅

15

100L

0.460

 

0.230

535

8

 

⋅

20

150

0.356

 

0.178

690

10

 

⋅

12.5

100

0.512

 

0.256

535

10

 

⋅

16

120

0.388

 

0.194

600

10

 

⋅

20

180

0.294

 

0.147

885

10

 

⋅

25

220

0.260

 

0.130

1050

10

 

⋅

30

330L

0.180

 

0.090

1300

12.5

⋅

15

180S

0.300

 

0.150

1020

12.5

⋅

20

330

0.170

 

0.085

1285

12.5

⋅

25

390

0.140

 

0.070

1720

12.5

⋅

30

470L

0.110

 

0.055

2090

12.5

⋅

35

680L

0.094

 

0.047

2265

12.5

⋅

40

820L

0.084

 

0.042

2560

16

 

⋅

20

470

0.118

 

0.059

1765

16

 

⋅

25

680

0.100

 

0.050

2160

16

 

⋅

31.5

820

0.086

 

0.043

2670

16

 

⋅

35.5

1000

0.072

 

0.036

2770

16

 

⋅

40

1200L

0.060

 

0.030

2825

18

 

⋅

20

680S

0.110

 

0.055

2290

18

 

⋅

25

820S

0.086

 

0.043

2585

18

 

⋅

31.5

1200

0.064

 

0.032

2950

18

 

⋅

35.5

1500

0.060

 

0.030

3095

18

 

⋅

40

1800

0.050

 

0.025

3205

Design, Specifications are subject to change without notice. Ask factory for technical specifications before purchase and/or use.

 

Whenever a doubt about safety arises from this product, please inform us immediately for technical consulation without fail.

Mar. 2005

 

– EE25 –

Image 3
Contents Explanation of Part Numbers SpecificationDimensions in mm not to scale Series FA Type aV.DC 16 1C 25 1E Case size / Impedance / Ripple currentV.DC 10C +20CEE25 V.DC 50 1H10 C +20 C V.DC 63 1JExpected Life Estimate Quick Reference Guide Operating Temperature and FrequencyOperating Temperature and Life Expectancy Circuit DesignEE17 Faliure modeTypical failure modes and their factors Production factor Application factorCapacitor Mounting Considerations Using Two or More Capacitors in Series or ParallelCapacitor Handling Techniques 6Electrical Isolation of the CapacitorEB Series Precautions for using capacitors Emergency ProceduresLong Term Storage EE22 Capacitor Disposal