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

Capacitor - Mod® Electronics, Aluminum Electrolytic, 105°C, Axial Lead image 2

Customer image:<br/>"Knight KG-250 power supply rebuild."

Customer image:<br/>"5F1 Champ build with MOD filter caps"

Customer image:<br/>"Two Mod electrolytics in a fuzz face build"

Customer image:<br/>"Replaced multi-tap &quot;can&quot; capacitor with discreet MOD caps. Fender Champ Amp"

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Customer Images:

Customer image: "Knight KG-250 power supply rebuild."

Customer image: "5F1 Champ build with MOD filter caps"

Customer image: "Two Mod electrolytics in a fuzz face build"

Customer image: "Replaced multi-tap &quot;can&quot; capacitor with discreet MOD caps. Fender Champ Amp"

Starting at: $0^.55

In Stock

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

SKU:

C-ET-X-MOD

Item ID:

044506

Capacitance:

1 µF, 100 µF, 16 µF, 20 µF, 25 µF, 250 µF, 30 µF, 40 µF, 50 µF, 70 µF, 8 µF, 80 µF

Type:

Electrolytic

Voltage Rating:

50 V, 100 V, 350 V, 475 V, 500 V, 25 V, 150 V

Part Numbers
Capacitance / Voltage Rating	Our Part Number	UPC/EAN	Manufacturer Part Number
250 µF - 25 V	C-ET250-25-MOD		3-A13-C
1 µF - 50 V	C-ET1-50-MOD		3-A13-C
25 µF - 50 V	C-ET25-50-MOD
50 µF - 50 V	C-ET50-50-MOD		3-A13-C
50 µF - 100 V	C-ET50-100-MOD		3-A13-C
100 µF - 100 V	C-ET100-100-MOD
8 µF - 150 V	C-ET8-150-MOD		3-A13-C
70 µF - 350 V	C-ET70-350-MOD	841358114991	3-A13-C
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

Measurements by Type
Measurements by Item

Product Measurements by Type
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 Information
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	0.002 lbs.
	8 µF - 150 V version	C-ET8-150-MOD	0.003 lbs.
	8 µF - 475 V version	C-ET8-475-MOD	0.009 lbs.
	16 µF - 475 V version	C-ET16-475-MOD	0.012 lbs.
	20 µF - 500 V version	C-ET20-500-MOD	0.017 lbs.
	25 µF - 50 V version	C-ET25-50-MOD	0.002 lbs.
	30 µF - 500 V version	C-ET30-500-MOD	0.02 lbs.
	40 µF - 500 V version	C-ET40-500-MOD	0.025 lbs.
	50 µF - 50 V version	C-ET50-50-MOD	0.002 lbs.
	50 µF - 100 V version	C-ET50-100-MOD	0.004 lbs.
	70 µF - 350 V version	C-ET70-350-MOD	0.024 lbs.
	80 µF - 500 V version	C-ET80-500-MOD	0.044 lbs.
	100 µF - 100 V version	C-ET100-100-MOD	0.007 lbs.
	100 µF - 350 V version	C-ET100-350-MOD	0.032 lbs.
	250 µF - 25 V version	C-ET250-25-MOD	0.003 lbs.

Product Measurements by Item
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

Datasheet for 1 µF - 50 V (C-ET1-50-MOD)

77.27 KB

Datasheet for 100 µF - 100 V (C-ET100-100-MOD)

76.91 KB

Datasheet for 100 µF - 350 V (C-ET100-350-MOD)

77.95 KB

Datasheet for 16 µF - 475 V (C-ET16-475-MOD)

78.1 KB

Datasheet for 20 µF - 500 V (C-ET20-500-MOD)

77.24 KB

Datasheet for 25 µF - 50 V (C-ET25-50-MOD)

77.4 KB

Datasheet for 250 µF - 25 V (C-ET250-25-MOD)

77.56 KB

Datasheet for 30 µF - 500 V (C-ET30-500-MOD)

77.28 KB

Datasheet for 40 µF - 500 V (C-ET40-500-MOD)

77.03 KB

Datasheet for 50 µF - 100 V (C-ET50-100-MOD)

76.84 KB

Datasheet for 50 µF - 50 V (C-ET50-50-MOD)

77.26 KB

Datasheet for 70 µF - 350 V (C-ET70-350-MOD)

77.54 KB

Datasheet for 8 µF - 150 V (C-ET8-150-MOD)

77.67 KB

Datasheet for 8 µF - 475 V (C-ET8-475-MOD)

78.13 KB

Datasheet for 80 µF - 500 V (C-ET80-500-MOD)

76.35 KB

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Product Reviews

4.91 out of 5 based on 11 reviews

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clint - January 11th, 2022

5 out of 5

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I've used a lot of these Mod capacitors with good results. Good quality and economical.

Kevin Scott Hughes - November 20th, 2021

4 out of 5

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I needed some for a vintage stereo amp-preamp. These were a cheaper way for me to make sure I was correct in needing them. They did the trick and my amp works again. They are rated at +/- 20%. For an analog power supply, I thought that might be ok and they are. However, I may upgrade them to a better quality electrolytic in the future after I work out other bugs in my vintage system. I don't have an ocilloscope at the moment, so I can't test how clean they run. But my amp sounds great! They work great for the price!

o.o. - November 16th, 2021

5 out of 5

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great price and rated for 105°C, which is why i bought them

Stephen Smith - September 27th, 2021

5 out of 5

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I wouldn't know..I haven't used them yet. But they look very nice.

Art Stauber - August 16th, 2021

5 out of 5

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Great no issues will put on top of list for my source for my next orders..

Wayne Skiba - July 10th, 2021

5 out of 5

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I am very pleased with the parts I purchased from AES, I used them in a amplifier I just completed this weekend, and all I can say is wow, the amplifier works great with great sound! Thank you AES.

mAx___ - April 10th, 2021

5 out of 5

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Really like these caps, they look right and seem to be of good quality.

Tom Tweddell - March 4th, 2021

5 out of 5

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I took on the task of trying to get an old 1964 Magnavox "Concert Hall" AM FM table top radio working again for a friend,,who was wishing to honor their Grandmother, whose house they had inherited and wish to have the old radio back and working as they remembered when they visited her long ago. She had taken the radio to a repair place,,,and they told her it wasn't fixable!! She asked if I would at least look at it, and make any kind of suggestion for it's utility in the old renovated home? I said I would see what I could come up with,,,even if I couldn't do anything about restoring the actual radio to working condition...(I was thinking about gutting the works and turning it into a nice wood antique mp3 player,,,or sonething like that?.?) I got to doing a little reading,,,and decided it was worth taking a little risk on trying to get the "Old Girl" working again! Even though I have never tried restoring an old radio like that before to get it to actual work,,,,From what I read and studied,,it would be worth trying a very common fail point on those older tube type radios...I decided to "recap" the main 3 level Can filter capacitor. I decided to replace the single 3 level old "can cap" with 3 separate new electrolytics. Two of the 3 were pretty common, and I found locally,,,but the 3rd one I could not find,,,until I went to your online store, "Antique Electronics" parts,,,and ordered the "Cap" with a little voltage upgrade to boot! To my surprize and delight after replacing the old 3 level can capacitor with the 3 separate ones,,,the "Old Lady" came back to life!!!! and the sounds of music came through it's 35 years of being silent, speaker!! My friend and her family were estatic!! They believed I had preformed a miracle,,,and plan to relocate the radio back to the place in the house that their Grandparents listened to the radio long ago!! Thank you for helping me make them so happy,,,and helping me complete a project I had no idea I could complete in such a wonderful way!!

Pete Dazer - January 26th, 2021

5 out of 5

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I like 'em! They're small compared to F&T, not very expensive and they work great, what's not to like?

BP - January 23rd, 2021

5 out of 5

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These mod caps are not testing well. High ESR and not the same for multiple components of the same value. The spec sheets do not show impedance to compare for ESR values. No more for me please. Where are they made?