# Capacitor - Sprague Atom, Aluminum Electrolytic

Aluminum Capacitors +85 °C, axial lead. The best electrolytic money can buy.

Features:

- Low leakage current
- Long shelf life
- Ideal for application in TV sets, auto radios, radio-phone combinations, electronic testing equipment

Capacitance - µF | Our Part Number | UPC/EAN |
---|---|---|

8 µF - 150V | C-SA8-150 | 609722128254 |

8 µF - 450V | C-SA8-450 | 609722128261 |

10 µF - 150V | C-SA10-150 | 609722128117 |

10 µF - 500V | C-SA10-500 | 609722128124 |

16 µF - 475V | C-SA16-475 | 609722128162 |

20 µF - 500V | C-SA20-500 | 609722128179 |

20 µF - 600V | C-SA20-600 | 609722128186 |

25 µF - 25V | C-SA25-25 | 609722128193 |

25 µF - 50V | C-SA25-50 | 609722128209 |

30 µF - 500V | C-SA30-500 | 609722128223 |

40 µF - 500V | C-SA40-500 | 609722128230 |

50 µF - 50V | C-SA50-50 | 609722128247 |

80 µF - 450V | C-SA80-450 | 609722128278 |

100 µF - 100V | C-SA100-100 | 609722128131 |

100 µF - 350V | C-SA100-350 | 609722128148 |

100 µF - 450V | C-SA100-450 | 609722128155 |

250 µF - 25V | C-SA250-25 | 609722128216 |

10 µF - 25V | C-SA10-25 | 841358104749 |

10 µF - 50V | C-SA10-50 | 841358106385 |

2 µF - 50V | C-SA2-50 | 841358104756 |

5 µF - 50V | C-SA5-50 | 0084135810932 |

Diameter | 2 µF - 50V version | 0.26 in. |

5 µF - 50V version | 0.26 in. | |

8 µF - 150V version | 0.39 in. | |

8 µF - 450V version | 0.5 in. | |

10 µF - 25V version | 0.26 in. | |

10 µF - 50V version | 0.26 in. | |

10 µF - 150V version | 0.38 in. | |

10 µF - 500V version | 0.76 in. | |

16 µF - 475V version | 0.87 in. | |

20 µF - 500V version | 0.89 in. | |

20 µF - 600V version | 1.05 in. | |

25 µF - 25V version | 0.26 in. | |

25 µF - 50V version | 0.27 in. | |

30 µF - 500V version | 1.02 in. | |

40 µF - 500V version | 1.01 in. | |

50 µF - 50V version | 0.32 in. | |

80 µF - 450V version | 1.01 in. | |

100 µF - 100V version | 0.45 in. | |

100 µF - 350V version | 1.01 in. | |

100 µF - 450V version | 1.26 in. | |

250 µF - 25V version | 0.38 in. | |

Item Length | 2 µF - 50V version | 0.53 in. |

5 µF - 50V version | 0.54 in. | |

8 µF - 150V version | 0.84 in. | |

8 µF - 450V version | 1.76 in. | |

10 µF - 25V version | 0.53 in. | |

10 µF - 50V version | 0.52 in. | |

10 µF - 150V version | 0.83 in. | |

10 µF - 500V version | 1.65 in. | |

16 µF - 475V version | 1.66 in. | |

20 µF - 500V version | 2.14 in. | |

20 µF - 600V version | 3.86 in. | |

25 µF - 25V version | 0.5 in. | |

25 µF - 50V version | 0.71 in. | |

30 µF - 500V version | 1.64 in. | |

40 µF - 500V version | 2.38 in. | |

50 µF - 50V version | 0.84 in. | |

80 µF - 450V version | 2.63 in. | |

100 µF - 100V version | 1.53 in. | |

100 µF - 350V version | 2.63 in. | |

100 µF - 450V version | 3.13 in. | |

250 µF - 25V version | 0.97 in. | |

Lead Diameter | 2 µF - 50V version | 20 AWG |

5 µF - 50V version | 20 AWG | |

8 µF - 150V version | 20 AWG | |

8 µF - 450V version | 20 AWG | |

10 µF - 25V version | 20 AWG | |

10 µF - 50V version | 20 AWG | |

10 µF - 150V version | 20 AWG | |

10 µF - 500V version | 20 AWG | |

16 µF - 475V version | 20 AWG | |

20 µF - 500V version | 18 AWG | |

20 µF - 600V version | 18 AWG | |

25 µF - 25V version | 20 AWG | |

25 µF - 50V version | 20 AWG | |

30 µF - 500V version | 18 AWG | |

40 µF - 500V version | 18 AWG | |

50 µF - 50V version | 20 AWG | |

80 µF - 450V version | 20 AWG | |

100 µF - 100V version | 20 AWG | |

100 µF - 350V version | 20 AWG | |

100 µF - 450V version | 20 AWG | |

250 µF - 25V version | 20 AWG | |

Lead Type | axial | |

Operating Temperature (T_{J}) | 2 µF - 50V version | -40°C to 85°C |

5 µF - 50V version | -40°C to 85°C | |

8 µF - 150V version | -20°C to 85°C | |

8 µF - 450V version | -20°C to 85°C | |

10 µF - 25V version | -40°C to 85°C | |

10 µF - 50V version | -40°C to 85°C | |

10 µF - 150V version | -20°C to 85°C | |

10 µF - 500V version | 20°C to 65°C | |

16 µF - 475V version | -20°C to 85°C | |

20 µF - 500V version | 20°C to 65°C | |

20 µF - 600V version | 20°C to 65°C | |

25 µF - 25V version | -40°C to 85°C | |

25 µF - 50V version | -40°C to 85°C | |

30 µF - 500V version | 20°C to 65°C | |

40 µF - 500V version | 20°C to 65°C | |

50 µF - 50V version | -40°C to 85°C | |

80 µF - 450V version | -20°C to 85°C | |

100 µF - 100V version | -40°C to 85°C | |

100 µF - 350V version | -20°C to 85°C | |

100 µF - 450V version | -20°C to 85°C | |

250 µF - 25V version | -40°C to 85°C | |

Rated Voltage | 2 µF - 50V version | 50 V |

5 µF - 50V version | 50 V | |

8 µF - 150V version | 150 V | |

8 µF - 450V version | 450 V | |

10 µF - 25V version | 25 V | |

10 µF - 50V version | 50 V | |

10 µF - 150V version | 150 V | |

10 µF - 500V version | 500 V | |

16 µF - 475V version | 475 V | |

20 µF - 500V version | 500 V | |

20 µF - 600V version | 600 V | |

25 µF - 25V version | 25 V | |

25 µF - 50V version | 50 V | |

30 µF - 500V version | 500 V | |

40 µF - 500V version | 500 V | |

50 µF - 50V version | 50 V | |

80 µF - 450V version | 450 V | |

100 µF - 100V version | 100 V | |

100 µF - 350V version | 350 V | |

100 µF - 450V version | 450 V | |

250 µF - 25V version | 25 V |

Packaging Dimensions | 2 µF - 50V version | 4 in. × 0.3 in. × 0.3 in. |

5 µF - 50V version | 4.3 in. × 0.261 in. × 0.261 in. | |

8 µF - 150V version | 0.819 in. × 0.819 in. × 0.384 in. | |

8 µF - 450V version | 5.3 in. × 0.5 in. × 0.5 in. | |

10 µF - 25V version | 4 in. × 0.3 in. × 0.3 in. | |

10 µF - 50V version | 0.53 in. × 0.258 in. × 0.258 in. | |

10 µF - 150V version | 4.3 in. × 0.4 in. × 0.4 in. | |

10 µF - 500V version | 4 in. × 0.9 in. × 0.9 in. | |

16 µF - 475V version | 7.5 in. × 0.9 in. × 0.9 in. | |

20 µF - 500V version | 8 in. × 0.9 in. × 0.9 in. | |

20 µF - 600V version | 9 in. × 1 in. × 1 in. | |

25 µF - 25V version | 4 in. × 0.3 in. × 0.3 in. | |

25 µF - 50V version | 4.3 in. × 0.3 in. × 0.3 in. | |

30 µF - 500V version | 7.5 in. × 1.1 in. × 1.1 in. | |

40 µF - 500V version | 8 in. × 1 in. × 1 in. | |

50 µF - 50V version | 4.3 in. × 0.3 in. × 0.3 in. | |

80 µF - 450V version | 8.5 in. × 1 in. × 1 in. | |

100 µF - 100V version | 5 in. × 0.5 in. × 0.5 in. | |

100 µF - 350V version | 8.5 in. × 1 in. × 1 in. | |

100 µF - 450V version | 8.5 in. × 1.3 in. × 1.3 in. | |

250 µF - 25V version | 4.3 in. × 0.4 in. × 0.4 in. | |

Weight (Packaging) | 2 µF - 50V version | 0.002 lbs. |

5 µF - 50V version | 0.006 lbs. | |

8 µF - 150V version | 0.005 lbs. | |

8 µF - 450V version | 0.017 lbs. | |

10 µF - 25V version | 0.002 lbs. | |

10 µF - 50V version | 0.002 lbs. | |

10 µF - 150V version | 0.006 lbs. | |

10 µF - 500V version | 0.025 lbs. | |

16 µF - 475V version | 0.034 lbs. | |

20 µF - 500V version | 0.043 lbs. | |

20 µF - 600V version | 0.102 lbs. | |

25 µF - 25V version | 0.002 lbs. | |

25 µF - 50V version | 0.002 lbs. | |

30 µF - 500V version | 0.042 lbs. | |

40 µF - 500V version | 0.055 lbs. | |

50 µF - 50V version | 0.003 lbs. | |

80 µF - 450V version | 0.067 lbs. | |

100 µF - 100V version | 0.012 lbs. | |

100 µF - 350V version | 0.067 lbs. | |

100 µF - 450V version | 0.105 lbs. | |

250 µF - 25V version | 0.006 lbs. |

Specification Sheet | All Models |

## My Project Lists

## Specifications, Files, and Documents

## Questions and Answers

Click each question to see its answers.

1 answers
My amp has a 22UF 350 Cap, which SKU would be a suitable replacement?

Asked by Kevin Tolly on October 17th, 2016.

The closest Sprague we have is 30µF at 500V SKU# C-SA30-500. We have a generic cap that is 22µF at 350V. SKU: C-ET22-350.

1 answers
I am trying to replace two 20uf 350v electrolytic capacitors in my Heath kit SB102 transceiver - I am looking for the best replacement for this. can you give me an idea what the best capacitors to use for this?

Asked by

*Anonymous*on October 19th, 2016.
The Sprague Atom or F&T brand electrolytics are favorites of many customers for their high quality.

1 answers
How can I know which capacitor will work in an amp whose electronics have been painted to hide the component values?

Asked by

*Anonymous*on April 10th, 2017.
Caps can be tested by using a multimeter. Also, you could reference a schematic if one is available.

1 answers
Are these caps "new" or "NOS"?
Where are they manufactured?
Regards, rl

Asked by

*Anonymous*on April 13th, 2017.
Hi these are new production tubes and are made in the US.

1 answers
I have a '67 Blackface Vibro champ. There is little to no high frequency response. I don't see any 25pf caps (treble tone caps) in your assortments. Would your cap replacement kit help ? There is no hum so I think all else seems ok. Also I am new to reading schematics. Thanks !!

Asked by

*Anonymous*on June 15th, 2017.
You typically want to change your electrolytic caps every 10 years. It is like an oil change for your amp. I would not worry about the other caps and only replace them if they fail.

1 answers
need replacement for 600 volt .05 mfd cornell dubilier cub

Asked by

*Anonymous*on October 27th, 2017.
This is something we do not have in an electrolytic cap.

1 answers
My amp has a 47uF 350V cap. What C-SA SKU would you recommend? Thanks!

Asked by

*Anonymous*on November 6th, 2017.
We do not have a Sprague Atom with that value. Do a search for SKU: C-ET47-350.

1 answers
Rookie questions here. Are these polarized, and will they work in a bias supply circuit for old tube amp?

Asked by

*Anonymous*on May 4th, 2018.
These are polarized and will work in any situation that calls for an electrolytic cap.

1 answers
Looking for a tri electrolytic rated values 1,000; 300; & 250 @ 50 volts. This is an vintage fashioned can type capacitor with turn tab mounting. This capacitor is used in a Silvertone console. What would you suggest as a replacement?

Asked by

*Anonymous*on October 14th, 2018.
Unfortunately, we do not carry a can cap that has those values and we do not carry a capacitor that is rated as high as 1,000 uf at this time. We are unaware of a source for a can cap with these values.

1 answers
I’m trying to replace two caps on my Hickok 533a tube tester. Would this be a good replacement for the 50uF-6v electrolytic currently in the unit (across the meter)?

Asked by

*Anonymous*on November 13th, 2018.
The C-SA50-50 would be safe to use. It goes higher in voltage, which is safe to do, but you will want to verify that the physical dimensions will allow the size of this cap comfortably.

## Product Reviews

Excellent Capacitor ! Only ones I use , They Work !

Excellent Capacitors Period ! Only ones I use...

They work !

Good product despite the very high relative price. Also their large size can make it a challenge to substitute these inside an amp chassis where an external cap can was originally used.