Capacitor - 50V, Axial Lead Electrolytic
High quality low leakage tubular electrolytic capacitor. Rated for 85° C operation. Tolerance -20%, +50%.
SKU:
C-ET-50
Item ID:
001591
Brand:
Generic
Termination Style:
Type:
Voltage Rating:
RoHS Compliant
Capacitance - µF | Our Part Number | UPC/EAN |
---|---|---|
1 µF | C-ET1-50 | 841358108730 |
4.7 µF | C-ET4D7-50 | 841358108747 |
10 µF | C-ET10-50 | 841358102929 |
22 µF | C-ET22-50 | 841358103186 |
25 µF | C-ET25-50 | 841358103223 |
33 µF | C-ET33-50 | 841358103230 |
47 µF | C-ET47-50 | 841358103254 |
50 µF | C-ET50-50 | 609722133043 |
220 µF | C-ET220-50 | 609722133081 |
Diameter | 1 µF version | C-ET1-50 | 0.245 in. |
4.7 µF version | C-ET4D7-50 | 0.245 in. | |
10 µF version | C-ET10-50 | 0.23 in. | |
22 µF version | C-ET22-50 | 0.24 in. | |
25 µF version | C-ET25-50 | 0.24 in. | |
33 µF version | C-ET33-50 | 0.23 in. | |
47 µF version | C-ET47-50 | 0.32 in. | |
50 µF version | C-ET50-50 | 0.31 in. | |
220 µF version | C-ET220-50 | 0.39 in. | |
Item Length | 1 µF version | C-ET1-50 | 0.51 in. |
4.7 µF version | C-ET4D7-50 | 0.51 in. | |
10 µF version | C-ET10-50 | 0.5 in. | |
22 µF version | C-ET22-50 | 0.5 in. | |
25 µF version | C-ET25-50 | 0.5 in. | |
33 µF version | C-ET33-50 | 0.5 in. | |
47 µF version | C-ET47-50 | 0.63 in. | |
50 µF version | C-ET50-50 | 0.51 in. | |
220 µF version | C-ET220-50 | 0.66 in. | |
Lead Type | axial | ||
Rated Voltage | 1 µF version | C-ET1-50 | 50V |
4.7 µF version | C-ET4D7-50 | 50 V | |
10 µF version | C-ET10-50 | 50 V | |
22 µF version | C-ET22-50 | 50 V | |
25 µF version | C-ET25-50 | 50 V | |
33 µF version | C-ET33-50 | 50 V | |
47 µF version | C-ET47-50 | 50 V | |
50 µF version | C-ET50-50 | 50 V | |
220 µF version | C-ET220-50 | 50 V | |
Temperature Rating | 85°C | ||
Tolerance | -20%, +50% |
Packaging Dimensions | 1 µF version | C-ET1-50 | 0.512 in. × 0.25 in. × 0.25 in. |
4.7 µF version | C-ET4D7-50 | 0.512 in. × 0.25 in. × 0.25 in. | |
10 µF version | C-ET10-50 | 3.8 in. × 0.3 in. × 0.3 in. | |
22 µF version | C-ET22-50 | 3.8 in. × 0.3 in. × 0.3 in. | |
25 µF version | C-ET25-50 | 3.8 in. × 0.3 in. × 0.3 in. | |
33 µF version | C-ET33-50 | 3.8 in. × 0.3 in. × 0.3 in. | |
47 µF version | C-ET47-50 | 3.8 in. × 0.3 in. × 0.3 in. | |
50 µF version | C-ET50-50 | 3.8 in. × 0.4 in. × 0.4 in. | |
220 µF version | C-ET220-50 | 4 in. × 0.4 in. × 0.4 in. | |
Weight (Packaging) | 1 µF version | C-ET1-50 | 0.004 lbs. |
4.7 µF version | C-ET4D7-50 | 0.004 lbs. | |
10 µF version | C-ET10-50 | 0.002 lbs. | |
22 µF version | C-ET22-50 | 0.002 lbs. | |
25 µF version | C-ET25-50 | 0.002 lbs. | |
33 µF version | C-ET33-50 | 0.002 lbs. | |
47 µF version | C-ET47-50 | 0.002 lbs. | |
50 µF version | C-ET50-50 | 0.002 lbs. | |
220 µF version | C-ET220-50 | 0.004 lbs. |
C-ET22-50 - 22 µF version | Diameter | 0.24 in. |
Item Length | 0.5 in. | |
Lead Type | axial | |
Rated Voltage | 50 V | |
Temperature Rating | 85°C | |
Tolerance | -20%, +50% | |
C-ET25-50 - 25 µF version | Diameter | 0.24 in. |
Item Length | 0.5 in. | |
Lead Type | axial | |
Rated Voltage | 50 V | |
Temperature Rating | 85°C | |
Tolerance | -20%, +50% | |
C-ET33-50 - 33 µF version | Diameter | 0.23 in. |
Item Length | 0.5 in. | |
Lead Type | axial | |
Rated Voltage | 50 V | |
Temperature Rating | 85°C | |
Tolerance | -20%, +50% | |
C-ET50-50 - 50 µF version | Diameter | 0.31 in. |
Item Length | 0.51 in. | |
Lead Type | axial | |
Rated Voltage | 50 V | |
Temperature Rating | 85°C | |
Tolerance | -20%, +50% | |
C-ET220-50 - 220 µF version | Diameter | 0.39 in. |
Item Length | 0.66 in. | |
Lead Type | axial | |
Rated Voltage | 50 V | |
Temperature Rating | 85°C | |
Tolerance | -20%, +50% | |
C-ET10-50 - 10 µF version | Diameter | 0.23 in. |
Item Length | 0.5 in. | |
Lead Type | axial | |
Rated Voltage | 50 V | |
Temperature Rating | 85°C | |
Tolerance | -20%, +50% | |
C-ET1-50 - 1 µF version | Diameter | 0.245 in. |
Item Length | 0.51 in. | |
Lead Type | axial | |
Rated Voltage | 50V | |
Temperature Rating | 85°C | |
Tolerance | -20%, +50% | |
C-ET4D7-50 - 4.7 µF version | Diameter | 0.245 in. |
Item Length | 0.51 in. | |
Lead Type | axial | |
Rated Voltage | 50 V | |
Temperature Rating | 85°C | |
Tolerance | -20%, +50% | |
C-ET47-50 - 47 µF version | Diameter | 0.32 in. |
Item Length | 0.63 in. | |
Lead Type | axial | |
Rated Voltage | 50 V | |
Temperature Rating | 85°C | |
Tolerance | -20%, +50% |
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Questions and Answers
Click each question to see its answers.
1 answers
I have an old wax 3.0mfd 50vdc electrolyric capacitor will be this one the correct replacement?thanks
Asked by Anonymous on November 25th, 2015.
Yes, this would be a suitable modern replacement for your capacitor.
1 answers
I WANT TO REPLACE A 30 MFD 50 VOLT ELECTROLYTIC CAPACITOR DC IS THE c-ET33-50 A GOOD CHOICE
Asked by Anonymous on August 16th, 2019.
It really depends on the application. When considering each cap has a tolerance rating (-20%, +50% in the case of this cap) so theoretically, the 33uf caps could measure at 30uf and still be within the tolerance rating. Most often these are safe to use, but you will need to double check based on the application the cap is being used in.
Product Reviews
Excellent capacitors at an extremely good price.
Capacitors we're just what I needed for a replacement. They were used in 1965 Supro guitar amplifier.
I will always buy from this company as they are on time and fast delivery.
Just what I needed! A quality replacement electrolytic capacitor for the 28V LV power supply in my SECO 107Btube tester.
Good for my Collins 32s-1 got back on the air
Good for my Collins 32s-1 got back on the air
I'd prefer a 105 C rating but these work fine, just keep some air between them and any power resistors or other heat sources. 22uF vs 25uF or 47uf vs 50uf is rather inconsequential. 22 vs 25 more so than 47 & 50. The tolerances on these are usually +/- 10% at best, so 22 could be 19.8 or 24.2. When I ran roll off curve plots + or - 2.2uF made very little if any effect at all on the curve plots. A 35uF would be nice, but 33 is close enough too. 47 vs 50? With those roll off curves there is basically zero difference. With some cathode shunt cap calculations you could use 33, 47, 50, 56 or 68uF or even 82uF and the roll off curve would look the same. Changing the paralleled resistor would do more. Are these the finest electrolytic caps made? No. These caps are still generally better than anything in being used any mass produced guitar amps being made today.
Good quality, inexpensive coupling caps. AES always has the right products at a decent price.
Correct 50uf value! (NOT 47uf substitute.) ...Works good.