Main Product Features:
5 pack of Panasonic radial FR series aluminium electrolytic capacitors. Range of values from 4.7uf to 4700uf in various voltage values from 6.3V to 63V. When carrying out repairs to modern consumer electronic equipment the use of good quality capacitors, like Panasonic, will ensure a long lasting repair.
Panasonic branded capacitors are a name to trust. We repair consumer electronic equipment and we always use Panasonic branded electrolytics. They never fail and we never see recalls on the jobs we carry out using them. It's well worth paying a little extra for quality.
The capacitors supplied here are the latest FR range of ultra low ESR types. The capacitors have a 105 degrees centigrade temperature rating with a long endurance / lifetime of 5000-10,000 hours depending on the value selected. The FR range of capacitors have a compact casing making them ideal for repairs where space is tight. Often the original capacitor will be bigger than the FR series replacement yet it will have a better Endurance / ESR specification.
Always check the new capacitor dimensions against what you are replacing to check that there will not be a fitting issue. Most modern equipment such as televisions and satellite receivers use switching power supplies rather than a conventional mains transformer arrangement. Typically the power supply switching frequency can be around 40kHz. The resulting ripple produced on the secondary supplies gives smoothing capacitors rather a hard life. The impedance of a capacitor at a specific frequency will cause a current flow dependent on the ESR, (equivalent series resistance) of the capacitor. This is the effective series resistance of the capacitor and like any resistor heat will be produced as current flows through it. The lower the ESR the less heat that will be generated in the capacitor. It is the heat generated in the capacitor that after time will lead to its demise. A defective over heated capacitor will leak electrolyte from its head as the pressure builds up inside it.
When carrying out manufacturer warranty repairs we often see defective capacitors in equipment less than a year old. The drive to reduce the price of equipment leads to the use of substandard components during the manufacturing process. Electrolytic capacitors can amount to a significant part of the component cost of a piece of equipment hence the use of cheaper versions is still widespread. Fitting Panasonic capacitors will greatly improve reliability of the power supply in a modern television for example. If you look at the attached pictures you will see in addition to the Panasonic capacitors featured in this listing a view of some defective capacitors which have failed due to overheating.
Additionally look at the test result of an ESR measurement of a faulty electrolytic which is NOT a Panasonic! Typical ESR values of high value electrolytics should be around 0.04 ohms.
Here is an overview of the Panasonic FR series of electrolytic capacitors specifications:
The lifetime / endurance of an electrolytic capacitor is often misunderstood. The lifetime rating of say 10,000 @ 105 degrees centigrade is the lifetime to failure at that temperature. 105 degrees centigrade is the maximum operating temperature of the capacitor but the actual operating temperature should be much lower say 20 degrees centigrade but this will depend on the application. The lifetime to failure will be much higher at nominal operating temperatures.
Refer to the master table below which indicates the range of values available together with important specifications such as dimensions, lifetime and ESR. The master table below shows the specification of each of the capacitor values available.
In most cases capacitors from the FR range without the (L) part number suffix are not chosen as they are the taller slimmer versions. We find that the taller and slimmer versions are less useful for consumer electronic repairs however you need to make that choice by checking the dimensions needed for your application. Some capacitors in the FR range are only available in the (L) version.
MPN | Value |
Voltage |
Diameter x Height x Lead Spacing x Lead Diameter |
ESR @ 100kHz |
Endurance / Lifetime |
EEUFR0J221 | 220uf | 6.3V | 6.3mm x 11.2mm x 2.5mm x 0.5mm | 0.130Ω | 5000 Hours |
EEUFR0J331 | 330uf | 6.3V | 6.3mm x 11.2mm x 2.5mm x 0.5mm | 0.130Ω | 5000 Hours |
EEUFR0J471 | 470uf | 6.3V | 6.3mm x 11.2mm x 2.5mm x 0.5mm | 0.130Ω | 5000 Hours |
EEUFR0J102 | 1000uf | 6.3V | 8.0mm x 11.5mm x 3.5mm x 0.6mm | 0.056Ω | 6000 Hours |
EEUFR0J152L | 1500uf | 6.3V | 8.0mm x 20.0mm x 3.5mm x 0.6mm | 0.030Ω | 9000 Hours |
EEUFR0J222 | 2200uf | 6.3V | 10mm x 20.0mm x 5.0mm x 0.6mm | 0.020Ω | 10000 Hours |
EEUFR0J332L | 3300uf | 6.3V | 10mm x 20.0mm x 5.0mm x 0.6mm | 0.018Ω | 10000 Hours |
EEUFR0J392 | 3900uf | 6.3V | 12.5mm x 20.0mm x 5.0mm x 0.6mm | 0.018Ω | 10000 Hours |
EEUFR0J472 | 4700uf | 6.3V | 12.5mm x 25.0mm x 5.0mm x 0.6mm | 0.015Ω | 10000 Hours |
EEUFR1A101 | 100uf | 10V | 5.0mm x 11.0mm x 2.0mm 0.5mm | 0.300Ω | 5000 Hours |
EEUFR1A221 | 220uf | 10V | 6.3mm x 11.2mm x 2.5mm x 0.5mm | 0.130Ω | 5000 Hours |
EEUFR1A471 | 470uf | 10V | 8.0mm x 11.5mm x 3.5mm x 0.6mm | 0.056Ω | 6000 Hours |
EEUFR1A681 | 680uf | 10V | 8.0mm x 11.5mm x 3.5mm x 0.6mm | 0.056Ω | 6000 Hours |
EEUFR1A102 | 1000uf | 10V | 10.0mm x 16.0mm x 5.0mm x 0.6mm | 0.020Ω | 8000 Hours |
EEUFR1A152 | 1500uf | 10V | 10.0mm x 16.0mm x 5.0mm x 0.6mm | 0.028Ω | 8000 Hours |
EEUFR1A222L | 2200uf | 10V | 10.mm x 25.0mm x 5.0mm x 0.6mm | 0.018Ω | 10000 Hours |
EEUFR1A332 | 3300uf | 10V | 12.5mm x 20.0mm x 5.0mm x 0.6mm | 0.018Ω | 10000 Hours |
EEUFR1A472S | 4700uf | 10V | 16.0mm x 20.0mm x 7.5mm x 0.8mm | 0.017Ω | 10000 Hours |
EEUFR1C101 | 100uf | 16V | 5.0mm x 11.0mm x 2.0mm 0.5mm | 0.300Ω | 5000 Hours |
EEUFR1C221 | 220uf | 16V | 6.3mm x 11.2mm x 2.5mm x 0.5mm | 0.130Ω | 5000 Hours |
EEUFR1C471 | 470uf | 16V | 8.0mm x 11.5mm x 3.5mm x 0.6mm | 0.056Ω | 6000 Hours |
EEUFR1C681 | 680uf | 16V | 10.0mm x 12.5mm x 5.0mm x 0.6mm | 0.043Ω | 6000 Hours |
EEUFR1C102 | 1000uf | 16V | 10.0mm x 16.0mm x 5.0mm x 0.6mm | 0.028Ω | 8000 Hours |
EEUFR1C152 | 1500uf | 16V | 10.0mm x 20.0mm x 5.0mm 0.6mm | 0.020Ω | 10000 Hours |
EEUFR1C222 | 2200uf | 16V | 12.5mm x 20mm x 5.0mm x 0.6mm | 0.018Ω | 10000 Hours |
EEUFR1C332S | 3300uf | 16V | 16.0mm x 20.0mm x 5.0mm x 0.8mm | 0.170Ω | 10000 Hours |
EEUFR1C472 | 4700uf | 16V | 16.0mm x 25.0mm x 7.5mm x 0.8mm | 0.014Ω | 10000 Hours |
EEUFR1E470 | 47uf | 25V | 5.0mm x 11.0mm x 2.0mm 0.5mm | 0.300Ω | 5000 Hours |
EEUFR1E101 | 100uf | 25V | 6.3mm x 11.2mm x 2.5mm x 0.5mm | 0.130Ω | 5000 Hours |
EEUFR1E221 | 220uf | 25V | 8.0mm x 11.5mm 3.5mm x 0.6mm | 0.056Ω | 6000 Hours |
EEUFR1E331 | 330uf | 25V | 8.0mm x 11.5mm 3.5mm x 0.6mm | 0.056Ω | 6000 Hours |
EEUFR1E471 | 470uf | 25V | 10.0mm x 12.5mm x 5.0mm x 0.6mm | 0.043Ω | 6000 Hours |
EEUFR1E681 | 680uf | 25V | 10.0mm x 16.0mm x 3.5mm x 0.6mm | 0.028Ω | 9000 Hours |
EEUFR1E102 | 1000uf | 25V | 10.0mm x 20.0mm x 5.0mm 0.6mm | 0.020Ω | 10000 Hours |
EEUFR1E152 | 1500uf | 25V | 12.5mm x 20mm x 5.0mm x 0.6mm | 0.018Ω | 10000 Hours |
EEUFR1E222S | 2200uf | 25V | 16.0mm x 20.0mm x 7.5mm x 0.8mm | 0.013Ω | 10000 Hours |
EEUFR1E332 | 3300uf | 25V | 16.0mm x 25mm x 7.5mm x 0.8mm | 0.014Ω | 10000 Hours |
EEUFR1V330 | 33uf | 35V | 5.0mm x 11.0mm x 2.0mm 0.5mm | 0.300Ω | 5000 Hours |
EEUFR1V101 | 100uf | 35V | 8.0mm x 11.5mm x 3.5mm x 0.6mm | 0.056Ω | 6000 Hours |
EEUFR1V221 | 220uf | 35V | 8.0mm x 11.5mm x 3.5mm x 0.6mm | 0.056Ω | 6000 Hours |
EEUFR1V331U | 330uf | 35V | 10.0mm x 12.5mm x 5.0mm x 0.6mm | 0.043Ω | 6000 Hours |
EEUFR1V471 | 470uf | 35V | 10.0mm x 16.0mm x 5.0mm x 0.6mm | 0.028Ω | 8000 Hours |
EEUFR1V681 | 680uf | 35V | 10.0mm x 20.0mm x 5.0mm x 0.6mm | 0.020Ω | 10000 Hours |
EEUFR1V102 | 1000uf | 35V | 12.5mm x 20.0mm x 5.0mm x 0.6mm | 0.018Ω | 10000 Hours |
EEUFR1V222 | 2200uf | 35V | 16.0mm x 25.0mm x 7.50mm x 0.8mm | 0.014Ω | 10000 Hours |
EEUFR1H4R7 | 4.7uf | 50V | 5.0mm x 11.0mm x 2.0mm x 0.5mm | 0.620Ω | 5000 Hours |
EEUFR1H100 | 10uf | 50V | 5.0mm x 11.0mm x 2.0mm x 0.5mm | 0.300Ω | 5000 Hours |
EEUFR1H220 | 22uf | 50V | 5.0mm x 11.0mm x 2.0mm x 0.5mm | 0.300Ω | 5000 Hours |
EEUFR1H470 | 47uf | 50V | 6.3mm x 11.2mm x 2.5mm x 0.5mm | 0.140Ω | 5000 Hours |
EEUFR1H101 | 100uf | 50V | 8.0mm x 11.5mm x 3.5mm x 0.6mm | 0.061Ω | 6000 Hours |
EEUFR1H221 | 220uf | 50V | 10.0mm x 16.0mm x 5.0mm x 0.6mm | 0.030Ω | 8000 Hours |
EEUFR1H331L | 330uf | 50V | 10.0mm x 25.0mm x 5.0mm x 0.6mm | 0.022Ω | 10000 Hours |
EEUFR1H471 | 470uf | 50V | 12.5mm x 20.0mm x 5.0mm x 0.6mm | 0.020Ω | 10000 Hours |
EEUFR1H681L | 680uf | 50V | 12.5mm x 30.0mm x 5.0mm x 0.8mm | 0.016Ω | 10000 Hours |
EEUFR1H102 | 1000uf | 50V | 16.0mm x 25mm x 7.5mm x 0.8mm | 0.016Ω | 10000 Hours |
EEUFR1J470 | 47uf | 63V | 6.3mm x 11.2mm x 2.5mm x 0.5mm | 0.210Ω | 5000 Hours |
EEUFR1J101 | 100uf | 63V | 10.0mm x 12.5mm x 5.0mm x 0.6mm | 0.063Ω | 6000 Hours |
EEUFR1J221L | 220uf | 63V | 10.0mm x 25.0mm x 5.0mm x 0.6mm | 0.030Ω | 10000 Hours |
EEUFR1J331 | 330uf | 63V | 12.5mm x 20.0mm x 5.0mm x 0.6mm | 0.030Ω | 10000 Hours |
EEUFR1J471 | 470uf | 63V | 12.5mm x 25.0mm x 5.0mm x 0.6mm | 0.020Ω | 10000 Hours |
EEUFR1J681L | 680uf | 63V | 12.5mm x 35.0mm x 5.0mm x 0.8mm | 0.020Ω | 10000 Hours |
EEUFR1J821 | 820uf | 63V | 16.0mm x 25.0mm x 7.5mm x 0.8mm | 0.020Ω | 10000 Hours |
Paypal is accepted. Payment is required immediately after purchase. For alternative ways to pay please contact us through the messaging system. Expect a quick response to enquiries.
Postage and packing on this item is FREE, item sent using Royal Mail for delivery normally 1 - 3 working days after dispatch. Expedited options are available in the postage section of this listing. This item can be posted worldwide, please see the additional postage rates in the postage section of this listing.
TheOneStopSatShopUK can be contacted through the eBay messaging system.
Main Product Features:
5 pack of Panasonic radial FR series aluminium electrolytic capacitors. Range of values from 4.7uf to 4700uf in various voltage values from 6.3V to 63V. When carrying out repairs to modern consumer electronic equipment the use of good quality capacitors, like Panasonic, will ensure a long lasting repair.
Panasonic branded capacitors are a name to trust. We repair consumer electronic equipment and we always use Panasonic branded electrolytics. They never fail and we never see recalls on the jobs we carry out using them. It's well worth paying a little extra for quality.
The capacitors supplied here are the latest FR range of ultra low ESR types. The capacitors have a 105 degrees centigrade temperature rating with a long endurance / lifetime of 5000-10,000 hours depending on the value selected. The FR range of capacitors have a compact casing making them ideal for repairs where space is tight. Often the original capacitor will be bigger than the FR series replacement yet it will have a better Endurance / ESR specification.
Always check the new capacitor dimensions against what you are replacing to check that there will not be a fitting issue. Most modern equipment such as televisions and satellite receivers use switching power supplies rather than a conventional mains transformer arrangement. Typically the power supply switching frequency can be around 40kHz. The resulting ripple produced on the secondary supplies gives smoothing capacitors rather a hard life. The impedance of a capacitor at a specific frequency will cause a current flow dependent on the ESR, (equivalent series resistance) of the capacitor. This is the effective series resistance of the capacitor and like any resistor heat will be produced as current flows through it. The lower the ESR the less heat that will be generated in the capacitor. It is the heat generated in the capacitor that after time will lead to its demise. A defective over heated capacitor will leak electrolyte from its head as the pressure builds up inside it.
When carrying out manufacturer warranty repairs we often see defective capacitors in equipment less than a year old. The drive to reduce the price of equipment leads to the use of substandard components during the manufacturing process. Electrolytic capacitors can amount to a significant part of the component cost of a piece of equipment hence the use of cheaper versions is still widespread. Fitting Panasonic capacitors will greatly improve reliability of the power supply in a modern television for example. If you look at the attached pictures you will see in addition to the Panasonic capacitors featured in this listing a view of some defective capacitors which have failed due to overheating.
Additionally look at the test result of an ESR measurement of a faulty electrolytic which is NOT a Panasonic! Typical ESR values of high value electrolytics should be around 0.04 ohms.
Here is an overview of the Panasonic FR series of electrolytic capacitors specifications:
The lifetime / endurance of an electrolytic capacitor is often misunderstood. The lifetime rating of say 10,000 @ 105 degrees centigrade is the lifetime to failure at that temperature. 105 degrees centigrade is the maximum operating temperature of the capacitor but the actual operating temperature should be much lower say 20 degrees centigrade but this will depend on the application. The lifetime to failure will be much higher at nominal operating temperatures.
Refer to the master table below which indicates the range of values available together with important specifications such as dimensions, lifetime and ESR. The master table below shows the specification of each of the capacitor values available.
In most cases capacitors from the FR range without the (L) part number suffix are not chosen as they are the taller slimmer versions. We find that the taller and slimmer versions are less useful for consumer electronic repairs however you need to make that choice by checking the dimensions needed for your application. Some capacitors in the FR range are only available in the (L) version.
Paypal is accepted. Payment is required immediately after purchase. For alternative ways to pay please contact us through the messaging system. Expect a quick response to enquiries.
Postage and packing on this item is FREE, item sent using Royal Mail for delivery normally 1 - 3 working days after dispatch. Expedited options are available in the postage section of this listing. This item can be posted worldwide, please see the additional postage rates in the postage section of this listing.
TheOneStopSatShopUK can be contacted through the eBay messaging system.