# Capacitor - Mod® Electronics, Aluminum Electrolytic, 105°C, Axial Lead

Mod® Electronics electrolytic capacitors provide builders with quality capacitors that offer long-lasting performance at the highest degree. These capacitors are designed with tube amplifiers in mind; each capacitor is rated at 105°C. This temperature rating provides a highly-stable capacitance in any device, be it vacuum tube or solid state. The Mod® electrolytic capacitor line features capacitance values that are common in many vintage amplifiers but are not readily available today. Builders and techs can confidently use these capacitors to match the original specifications of their equipment.

- Temperature Rating: 105°C
- Termination Style: Axial
- Type: Aluminum Electrolytic Capacitor
- Tolerance: ±20%
- Values: 1 μF - 250 μF
- Voltage Rating: 25 - 500V

Capacitance / Voltage Rating | Our Part Number | UPC/EAN |
---|---|---|

250 µF - 25 V | C-ET250-25-MOD | |

1 µF - 50 V | C-ET1-50-MOD | |

25 µF - 50 V | C-ET25-50-MOD | |

50 µF - 50 V | C-ET50-50-MOD | |

50 µF - 100 V | C-ET50-100-MOD | |

100 µF - 100 V | C-ET100-100-MOD | |

8 µF - 150 V | C-ET8-150-MOD | |

70 µF - 350 V | C-ET70-350-MOD | 841358114991 |

100 µF - 350 V | C-ET100-350-MOD | 841358115004 |

8 µF - 475 V | C-ET8-475-MOD | 841358115011 |

16 µF - 475 V | C-ET16-475-MOD | 841358115028 |

20 µF - 500 V | C-ET20-500-MOD | 841358115035 |

30 µF - 500 V | C-ET30-500-MOD | 841358115042 |

40 µF - 500 V | C-ET40-500-MOD | 841358115059 |

80 µF - 500 V | C-ET80-500-MOD | 841358115066 |

Body Diameter | 1 µF - 50 V version | C-ET1-50-MOD | 0.25" ±0.01" |

8 µF - 150 V version | C-ET8-150-MOD | 0.32" ±0.01" | |

8 µF - 475 V version | C-ET8-475-MOD | 0.52" ±0.01" | |

16 µF - 475 V version | C-ET16-475-MOD | 0.52" ±0.01" | |

20 µF - 500 V version | C-ET20-500-MOD | 0.64" ±0.01" | |

25 µF - 50 V version | C-ET25-50-MOD | 0.25" ±0.01" | |

30 µF - 500 V version | C-ET30-500-MOD | 0.64" ±0.01" | |

40 µF - 500 V version | C-ET40-500-MOD | 0.72" ±0.01" | |

50 µF - 50 V version | C-ET50-50-MOD | 0.32" ±0.01" | |

50 µF - 100 V version | C-ET50-100-MOD | 0.40" ±0.01" | |

70 µF - 350 V version | C-ET70-350-MOD | 0.72" ±0.01" | |

80 µF - 500 V version | C-ET80-500-MOD | 0.88" ±0.01" | |

100 µF - 100 V version | C-ET100-100-MOD | 0.52 ±0.01" | |

100 µF - 350 V version | C-ET100-350-MOD | 0.72" ±0.01" | |

250 µF - 25 V version | C-ET250-25-MOD | 0.32" ±0.01" | |

Body Length | 1 µF - 50 V version | C-ET1-50-MOD | 0.53" ±0.04" |

8 µF - 150 V version | C-ET8-150-MOD | 0.65" ±0.04" | |

8 µF - 475 V version | C-ET8-475-MOD | 1.00" ±0.06" | |

16 µF - 475 V version | C-ET16-475-MOD | 1.00" ±0.06" | |

20 µF - 500 V version | C-ET20-500-MOD | 1.24" ±0.06" | |

25 µF - 50 V version | C-ET25-50-MOD | 0.53" ±0.04" | |

30 µF - 500 V version | C-ET30-500-MOD | 1.44" ±0.06" | |

40 µF - 500 V version | C-ET40-500-MOD | 1.44" ±0.06" | |

50 µF - 50 V version | C-ET50-50-MOD | 0.53" ±0.04" | |

50 µF - 100 V version | C-ET50-100-MOD | 0.81" ±0.04" | |

70 µF - 350 V version | C-ET70-350-MOD | 1.44" ±0.06" | |

80 µF - 500 V version | C-ET80-500-MOD | 1.63" ±0.06" | |

100 µF - 100 V version | C-ET100-100-MOD | 0.81" ±0.06" | |

100 µF - 350 V version | C-ET100-350-MOD | 1.59" ±0.06" | |

250 µF - 25 V version | C-ET250-25-MOD | 0.65" ±0.04" | |

Capacitance | 1 µF - 50 V version | C-ET1-50-MOD | 1 µF |

8 µF - 150 V version | C-ET8-150-MOD | 8 µF | |

8 µF - 475 V version | C-ET8-475-MOD | 8 µF | |

16 µF - 475 V version | C-ET16-475-MOD | 16 µF | |

20 µF - 500 V version | C-ET20-500-MOD | 20 µF | |

25 µF - 50 V version | C-ET25-50-MOD | 25 µF | |

30 µF - 500 V version | C-ET30-500-MOD | 30 µF | |

40 µF - 500 V version | C-ET40-500-MOD | 40 µF | |

50 µF - 50 V version | C-ET50-50-MOD | 50 µF | |

50 µF - 100 V version | C-ET50-100-MOD | 50 µF | |

70 µF - 350 V version | C-ET70-350-MOD | 70 µF | |

80 µF - 500 V version | C-ET80-500-MOD | 80 µF | |

100 µF - 100 V version | C-ET100-100-MOD | 100 µF | |

100 µF - 350 V version | C-ET100-350-MOD | 100 µF | |

250 µF - 25 V version | C-ET250-25-MOD | 250 µF | |

Lead Diameter | 1 µF - 50 V version | C-ET1-50-MOD | 0.02" |

8 µF - 150 V version | C-ET8-150-MOD | 0.02" | |

8 µF - 475 V version | C-ET8-475-MOD | 0.03" | |

16 µF - 475 V version | C-ET16-475-MOD | 0.03" | |

20 µF - 500 V version | C-ET20-500-MOD | 0.03" | |

25 µF - 50 V version | C-ET25-50-MOD | 0.02" | |

30 µF - 500 V version | C-ET30-500-MOD | 0.03" | |

40 µF - 500 V version | C-ET40-500-MOD | 0.03" | |

50 µF - 50 V version | C-ET50-50-MOD | 0.02" | |

50 µF - 100 V version | C-ET50-100-MOD | 0.02" | |

70 µF - 350 V version | C-ET70-350-MOD | 0.03" | |

80 µF - 500 V version | C-ET80-500-MOD | 0.03" | |

100 µF - 100 V version | C-ET100-100-MOD | 0.02" | |

100 µF - 350 V version | C-ET100-350-MOD | 0.03" | |

250 µF - 25 V version | C-ET250-25-MOD | 0.02" | |

Lead Length | ≥1.38" | ||

Leakage Current (after 2 min.) | 1 µF - 50 V version | C-ET1-50-MOD | ≤3 µA |

8 µF - 150 V version | C-ET8-150-MOD | ≤24 µA | |

8 µF - 475 V version | C-ET8-475-MOD | ≤76 µA | |

16 µF - 475 V version | C-ET16-475-MOD | ≤152 µA | |

20 µF - 500 V version | C-ET20-500-MOD | ≤200 µA | |

25 µF - 50 V version | C-ET25-50-MOD | ≤12.5 µA | |

30 µF - 500 V version | C-ET30-500-MOD | ≤300 µA | |

40 µF - 500 V version | C-ET40-500-MOD | ≤400 µA | |

50 µF - 50 V version | C-ET50-50-MOD | ≤25 µA | |

50 µF - 100 V version | C-ET50-100-MOD | ≤50 µA | |

70 µF - 350 V version | C-ET70-350-MOD | ≤490 µA | |

80 µF - 500 V version | C-ET80-500-MOD | ≤800 µA | |

100 µF - 100 V version | C-ET100-100-MOD | ≤100 µA | |

100 µF - 350 V version | C-ET100-350-MOD | ≤700 µA | |

250 µF - 25 V version | C-ET250-25-MOD | ≤62.5 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | ||

Max. Dissipation Factor (120Hz) | 1 µF - 50 V version | C-ET1-50-MOD | 10% |

8 µF - 150 V version | C-ET8-150-MOD | 10% | |

8 µF - 475 V version | C-ET8-475-MOD | 24% | |

16 µF - 475 V version | C-ET16-475-MOD | 24% | |

20 µF - 500 V version | C-ET20-500-MOD | 24% | |

25 µF - 50 V version | C-ET25-50-MOD | 10% | |

30 µF - 500 V version | C-ET30-500-MOD | 24% | |

40 µF - 500 V version | C-ET40-500-MOD | 24% | |

50 µF - 50 V version | C-ET50-50-MOD | 10% | |

50 µF - 100 V version | C-ET50-100-MOD | 10% | |

70 µF - 350 V version | C-ET70-350-MOD | 24% | |

80 µF - 500 V version | C-ET80-500-MOD | 24% | |

100 µF - 100 V version | C-ET100-100-MOD | 10% | |

100 µF - 350 V version | C-ET100-350-MOD | 24% | |

250 µF - 25 V version | C-ET250-25-MOD | 10% | |

Max. Ripple Current (120Hz) | 1 µF - 50 V version | C-ET1-50-MOD | 0.011 A at 105°C |

8 µF - 150 V version | C-ET8-150-MOD | 0.056 A at 105°C | |

8 µF - 475 V version | C-ET8-475-MOD | 0.082 A at 105°C | |

16 µF - 475 V version | C-ET16-475-MOD | 0.078 A at 105°C | |

20 µF - 500 V version | C-ET20-500-MOD | 0.145 A at 105°C | |

25 µF - 50 V version | C-ET25-50-MOD | 0.07 A at 105°C | |

30 µF - 500 V version | C-ET30-500-MOD | 0.22 A at 105°C | |

40 µF - 500 V version | C-ET40-500-MOD | 0.405 A at 105°C | |

50 µF - 50 V version | C-ET50-50-MOD | 0.12 A at 105°C | |

50 µF - 100 V version | C-ET50-100-MOD | 0.16 A at 105°C | |

70 µF - 350 V version | C-ET70-350-MOD | 0.22 A at 105°C | |

80 µF - 500 V version | C-ET80-500-MOD | 0.628 A at 105°C | |

100 µF - 100 V version | C-ET100-100-MOD | 0.225 A at 105°C | |

100 µF - 350 V version | C-ET100-350-MOD | 0.38 A at 105°C | |

250 µF - 25 V version | C-ET250-25-MOD | 0.28 A at 105°C | |

Operating Temperature | -25°C to +105°C | ||

Surge Voltage (DC) | 1 µF - 50 V version | C-ET1-50-MOD | 63 V |

8 µF - 150 V version | C-ET8-150-MOD | 200 V | |

8 µF - 475 V version | C-ET8-475-MOD | 520 V | |

16 µF - 475 V version | C-ET16-475-MOD | 520 V | |

20 µF - 500 V version | C-ET20-500-MOD | 550 V | |

25 µF - 50 V version | C-ET25-50-MOD | 63 V | |

30 µF - 500 V version | C-ET30-500-MOD | 550 V | |

40 µF - 500 V version | C-ET40-500-MOD | 550 V | |

50 µF - 50 V version | C-ET50-50-MOD | 63 V | |

50 µF - 100 V version | C-ET50-100-MOD | 125 V | |

70 µF - 350 V version | C-ET70-350-MOD | 400 V | |

80 µF - 500 V version | C-ET80-500-MOD | 550 V | |

100 µF - 100 V version | C-ET100-100-MOD | 125 V | |

100 µF - 350 V version | C-ET100-350-MOD | 400 V | |

250 µF - 25 V version | C-ET250-25-MOD | 32 V | |

Termination Style | Axial | ||

Tolerance | ±20% | ||

Type | Aluminum Electrolytic Capacitor | ||

Voltage Rating | 1 µF - 50 V version | C-ET1-50-MOD | 50 VDC |

8 µF - 150 V version | C-ET8-150-MOD | 150 VDC | |

8 µF - 475 V version | C-ET8-475-MOD | 475 VDC | |

16 µF - 475 V version | C-ET16-475-MOD | 475 VDC | |

20 µF - 500 V version | C-ET20-500-MOD | 500 VDC | |

25 µF - 50 V version | C-ET25-50-MOD | 50 VDC | |

30 µF - 500 V version | C-ET30-500-MOD | 500 VDC | |

40 µF - 500 V version | C-ET40-500-MOD | 500 VDC | |

50 µF - 50 V version | C-ET50-50-MOD | 50 VDC | |

50 µF - 100 V version | C-ET50-100-MOD | 100 VDC | |

70 µF - 350 V version | C-ET70-350-MOD | 350 VDC | |

80 µF - 500 V version | C-ET80-500-MOD | 500 VDC | |

100 µF - 100 V version | C-ET100-100-MOD | 100 VDC | |

100 µF - 350 V version | C-ET100-350-MOD | 350 VDC | |

250 µF - 25 V version | C-ET250-25-MOD | 25 VDC |

Packaging Dimensions | 1 µF - 50 V version | C-ET1-50-MOD | 0.516 in. × 0.242 in. × 0.242 in. |

8 µF - 150 V version | C-ET8-150-MOD | 0.647 in. × 0.322 in. × 0.322 in. | |

8 µF - 475 V version | C-ET8-475-MOD | 1.044 in. × 0.52 in. × 0.52 in. | |

16 µF - 475 V version | C-ET16-475-MOD | 1.052 in. × 0.506 in. × 0.506 in. | |

20 µF - 500 V version | C-ET20-500-MOD | 1.197 in. × 0.634 in. × 0.634 in. | |

25 µF - 50 V version | C-ET25-50-MOD | 0.497 in. × 0.24 in. × 0.24 in. | |

30 µF - 500 V version | C-ET30-500-MOD | 1.369 in. × 0.634 in. × 0.634 in. | |

40 µF - 500 V version | C-ET40-500-MOD | 1.401 in. × 0.714 in. × 0.714 in. | |

50 µF - 50 V version | C-ET50-50-MOD | 0.546 in. × 0.322 in. × 0.322 in. | |

50 µF - 100 V version | C-ET50-100-MOD | 0.809 in. × 0.398 in. × 0.398 in. | |

70 µF - 350 V version | C-ET70-350-MOD | 1.397 in. × 0.714 in. × 0.714 in. | |

80 µF - 500 V version | C-ET80-500-MOD | 1.641 in. × 0.87 in. × 0.87 in. | |

100 µF - 100 V version | C-ET100-100-MOD | 0.866 in. × 0.514 in. × 0.514 in. | |

100 µF - 350 V version | C-ET100-350-MOD | 1.569 in. × 0.711 in. × 0.711 in. | |

250 µF - 25 V version | C-ET250-25-MOD | 0.665 in. × 0.321 in. × 0.321 in. | |

Weight (Packaging) | 1 µF - 50 V version | C-ET1-50-MOD | 0.0006 lbs. |

8 µF - 150 V version | C-ET8-150-MOD | 0.0044 lbs. | |

8 µF - 475 V version | C-ET8-475-MOD | 0.0132 lbs. | |

16 µF - 475 V version | C-ET16-475-MOD | 0.011 lbs. | |

20 µF - 500 V version | C-ET20-500-MOD | 0.0198 lbs. | |

25 µF - 50 V version | C-ET25-50-MOD | 0.0022 lbs. | |

30 µF - 500 V version | C-ET30-500-MOD | 0.0265 lbs. | |

40 µF - 500 V version | C-ET40-500-MOD | 0.0331 lbs. | |

50 µF - 50 V version | C-ET50-50-MOD | 0.0022 lbs. | |

50 µF - 100 V version | C-ET50-100-MOD | 0.0044 lbs. | |

70 µF - 350 V version | C-ET70-350-MOD | 0.0265 lbs. | |

80 µF - 500 V version | C-ET80-500-MOD | 0.0595 lbs. | |

100 µF - 100 V version | C-ET100-100-MOD | 0.0088 lbs. | |

100 µF - 350 V version | C-ET100-350-MOD | 0.0265 lbs. | |

250 µF - 25 V version | C-ET250-25-MOD | 0.0022 lbs. |

C-ET250-25-MOD - 250 µF - 25 V version | Body Diameter | 0.32" ±0.01" |

Body Length | 0.65" ±0.04" | |

Capacitance | 250 µF | |

Lead Diameter | 0.02" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤62.5 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 10% | |

Max. Ripple Current (120Hz) | 0.28 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 32 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 25 VDC | |

C-ET1-50-MOD - 1 µF - 50 V version | Body Diameter | 0.25" ±0.01" |

Body Length | 0.53" ±0.04" | |

Capacitance | 1 µF | |

Lead Diameter | 0.02" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤3 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 10% | |

Max. Ripple Current (120Hz) | 0.011 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 63 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 50 VDC | |

C-ET25-50-MOD - 25 µF - 50 V version | Body Diameter | 0.25" ±0.01" |

Body Length | 0.53" ±0.04" | |

Capacitance | 25 µF | |

Lead Diameter | 0.02" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤12.5 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 10% | |

Max. Ripple Current (120Hz) | 0.07 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 63 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 50 VDC | |

C-ET50-50-MOD - 50 µF - 50 V version | Body Diameter | 0.32" ±0.01" |

Body Length | 0.53" ±0.04" | |

Capacitance | 50 µF | |

Lead Diameter | 0.02" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤25 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 10% | |

Max. Ripple Current (120Hz) | 0.12 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 63 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 50 VDC | |

C-ET50-100-MOD - 50 µF - 100 V version | Body Diameter | 0.40" ±0.01" |

Body Length | 0.81" ±0.04" | |

Capacitance | 50 µF | |

Lead Diameter | 0.02" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤50 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 10% | |

Max. Ripple Current (120Hz) | 0.16 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 125 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 100 VDC | |

C-ET100-100-MOD - 100 µF - 100 V version | Body Diameter | 0.52 ±0.01" |

Body Length | 0.81" ±0.06" | |

Capacitance | 100 µF | |

Lead Diameter | 0.02" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤100 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 10% | |

Max. Ripple Current (120Hz) | 0.225 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 125 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 100 VDC | |

C-ET8-150-MOD - 8 µF - 150 V version | Body Diameter | 0.32" ±0.01" |

Body Length | 0.65" ±0.04" | |

Capacitance | 8 µF | |

Lead Diameter | 0.02" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤24 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 10% | |

Max. Ripple Current (120Hz) | 0.056 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 200 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 150 VDC | |

C-ET70-350-MOD - 70 µF - 350 V version | Body Diameter | 0.72" ±0.01" |

Body Length | 1.44" ±0.06" | |

Capacitance | 70 µF | |

Lead Diameter | 0.03" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤490 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 24% | |

Max. Ripple Current (120Hz) | 0.22 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 400 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 350 VDC | |

C-ET100-350-MOD - 100 µF - 350 V version | Body Diameter | 0.72" ±0.01" |

Body Length | 1.59" ±0.06" | |

Capacitance | 100 µF | |

Lead Diameter | 0.03" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤700 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 24% | |

Max. Ripple Current (120Hz) | 0.38 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 400 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 350 VDC | |

C-ET8-475-MOD - 8 µF - 475 V version | Body Diameter | 0.52" ±0.01" |

Body Length | 1.00" ±0.06" | |

Capacitance | 8 µF | |

Lead Diameter | 0.03" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤76 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 24% | |

Max. Ripple Current (120Hz) | 0.082 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 520 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 475 VDC | |

C-ET16-475-MOD - 16 µF - 475 V version | Body Diameter | 0.52" ±0.01" |

Body Length | 1.00" ±0.06" | |

Capacitance | 16 µF | |

Lead Diameter | 0.03" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤152 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 24% | |

Max. Ripple Current (120Hz) | 0.078 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 520 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 475 VDC | |

C-ET20-500-MOD - 20 µF - 500 V version | Body Diameter | 0.64" ±0.01" |

Body Length | 1.24" ±0.06" | |

Capacitance | 20 µF | |

Lead Diameter | 0.03" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤200 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 24% | |

Max. Ripple Current (120Hz) | 0.145 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 550 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 500 VDC | |

C-ET30-500-MOD - 30 µF - 500 V version | Body Diameter | 0.64" ±0.01" |

Body Length | 1.44" ±0.06" | |

Capacitance | 30 µF | |

Lead Diameter | 0.03" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤300 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 24% | |

Max. Ripple Current (120Hz) | 0.22 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 550 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 500 VDC | |

C-ET40-500-MOD - 40 µF - 500 V version | Body Diameter | 0.72" ±0.01" |

Body Length | 1.44" ±0.06" | |

Capacitance | 40 µF | |

Lead Diameter | 0.03" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤400 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 24% | |

Max. Ripple Current (120Hz) | 0.405 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 550 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 500 VDC | |

C-ET80-500-MOD - 80 µF - 500 V version | Body Diameter | 0.88" ±0.01" |

Body Length | 1.63" ±0.06" | |

Capacitance | 80 µF | |

Lead Diameter | 0.03" | |

Lead Length | ≥1.38" | |

Leakage Current (after 2 min.) | ≤800 µA | |

Load Life | 2000 hours at 105°C with 100% of rated voltage | |

Max. Dissipation Factor (120Hz) | 24% | |

Max. Ripple Current (120Hz) | 0.628 A at 105°C | |

Operating Temperature | -25°C to +105°C | |

Surge Voltage (DC) | 550 V | |

Termination Style | Axial | |

Tolerance | ±20% | |

Type | Aluminum Electrolytic Capacitor | |

Voltage Rating | 500 VDC |

Datasheet for 1 µF - 50 V | C-ET1-50-MOD |

Datasheet for 100 µF - 100 V | C-ET100-100-MOD |

Datasheet for 100 µF - 350 V | C-ET100-350-MOD |

Datasheet for 16 µF - 475 V | C-ET16-475-MOD |

Datasheet for 20 µF - 500 V | C-ET20-500-MOD |

Datasheet for 25 µF - 50 V | C-ET25-50-MOD |

Datasheet for 250 µF - 25 V | C-ET250-25-MOD |

Datasheet for 30 µF - 500 V | C-ET30-500-MOD |

Datasheet for 40 µF - 500 V | C-ET40-500-MOD |

Datasheet for 50 µF - 100 V | C-ET50-100-MOD |

Datasheet for 50 µF - 50 V | C-ET50-50-MOD |

Datasheet for 70 µF - 350 V | C-ET70-350-MOD |

Datasheet for 8 µF - 150 V | C-ET8-150-MOD |

Datasheet for 8 µF - 475 V | C-ET8-475-MOD |

Datasheet for 80 µF - 500 V | C-ET80-500-MOD |

## My Project Lists

## Specifications, Files, and Documents

Questions? Contact us at [email protected], or give us a call at 480-296-0890

## Product Reviews

I've used these caps a few times. Just recapped a 60's Gibson Falcon/GA-19RVT and used these MOD caps for the 20uf/500v filter caps. I was happy to see that they have them in the actual 20uf that the schematic calls for--22uf would be fine, but I appreciate the vintage amp friendly values on these.

Great price, great size, and amp sounds fantastic after replacing all the electrolytics, some bad resistors, etc. Very fast shipping from Amplified Parts; these and some other items were shipped the same day I ordered them and arrived quickly and nicely packaged. I'll definitely be ordering these again--very nice quality for the price!

Great product fast shipping?Always a pleasure doing business with you!

great product reasonable price. Mostly I'm impressed with the prompt service. Much improved!! Thank you, I appreciate it.

World class performance at a reasonable price. You can spend more but you cannot buy a better capacitor.

I purchased a set of these to re-cap a 1969 Fender Super Bassman. I chose these because I wanted to see how good the quality was considering the low price. I also found the 105C temperature rating attractive, since these are intended to be in the hot environment of a tube amp - higher temp rating should mean longer life, even if they never get subjected to the full rated temp. My impression is that the quality is very good, on par with most electrolytics I've encountered, and better than some. They were a good fit for the existing circuit board as well. It will take many years of use to determine longevity, but I feel confident that they should last a good while. I haven't noticed any hum or other problems that would be caused by them being deficient or defective in any way. They're a good all-around choice for when you don't want to pay extra for a fancy name. They will be my default for re-capping old amps from now.

I was recently given a Gibson Scout GA 17 RVT amplifier that had been in a barn for the last 30-40 years. I fired it up and it had a seriously loud buzz/hum at zero volume with nothing plugged in. I immediately did the standard upgrades... removed the suicide cap and installed a 3-prong grounded power cord. Next I replaced the two large electrolytic filter caps and that did the trick. The amp sounds great! The filter caps were dual capacitors (20+20 uf @ 350 volts). Hard to find! That said, AmplifiedParts had the correct values at 500 volts. The Sprague versions were out of stock so I got the MOD parts. They arrived one day earlier than predicted (which I loved) and they have been working perfectly after 20 (give or take) hours of run time. I'm really happy with Amplified Parts quick response to questions and super fast delivery. Oddly enough the axial leads were perfectly straight when I opened the package, so that's an extra plus. The rest of the amp remains original including tubes, transformers and speaker. As a side note, I've got to say that I was surprised by the excellent build quality and great tone of this vintage Gibson amp. I've always been a Fender amp guy... Looking forward to my next project and partnering with AmplifiedParts for whatever my 1969 Fender Princeton needs.

Sharp lookin’ and good quality. I’ve used these in two amp builds and one amp repair so far.