Interference suppression capacitors
Our official sales partner: Okaya Electric Industries Co., Ltd.
AIC Europe is a leading supplier of electrolytic and film capacitors with over 30 years of experience in the industry. With an impressive production capacity of 90 million capacitors per year and an FIT rate of less than 0.5, AIC Europe stands for the highest quality and reliability
Together with AIC Europe, we focus on innovative technologies and sustainable practices to ensure the success of your applications.
Together with AIC Europe, we focus on innovative technologies and sustainable practices to ensure the success of your applications.
Product range of our interference suppression capacitors
Our interference suppression capacitors offer reliable protection against electromagnetic interference and ensure a stable power supply in a wide range of applications. As a distributor of high-quality film capacitors, we work together with Okaya Electric Industries to provide high-performance solutions for household appliances, industrial equipment and switching power supplies.
Here you will find an overview of our available interference suppression capacitors with detailed technical specifications and data sheets. This allows you to quickly select the right component for your requirements. If you have any questions or individual requirements, we will be happy to advise you.
Here you will find an overview of our available interference suppression capacitors with detailed technical specifications and data sheets. This allows you to quickly select the right component for your requirements. If you have any questions or individual requirements, we will be happy to advise you.
Noise suppression capacitor from Okaya Electric Industries Co., Ltd.
LE-FX
| Capacitance μF±10% | 0,05-2,2 |
| W | 13-31,5 |
| H | 11-23 |
| T | 5-15,5 |
| F | 10-27,5 |
| d | 0,6-0,8 |
| Dissipation Factor | C≤1μF 0.005max. (at 10kHz) C>1μF 0.002max. (at 1kHz) |
| Test Voltage | Line to Line 1,000Vac 50/60Hz 60sec. Line to Case 2,100Vac 50/60Hz 60sec. |
| Insulation Resistance | C≤0.33μF 15,000MΩmin. (at 100Vdc) C>0.33μF 5,000ΩFmin. (at 100Vdc) Line to Case 100,000MΩmin. (at 100Vdc) |
LE-MX
| Capacitance μF±10% | 0,1-2,2 |
| W | 17-30,5 |
| H | 11-25,5 |
| T | 5-15,5 |
| F | 15-27,5 |
| d | 0,6-0,8 |
| Dissipation Factor | C≤1μF 0.003max. (f=10kHz) C≥1.5μF 0.002max. (f=1kHz) |
| Test Voltage | Line to Line 1,000Vac 50/60Hz 60sec or 1,870Vdc 60sec Line to Case 2,100Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line C≤0.33μF 15,000MΩmin. C≥0.47μF 5,000Ω•Fmin. Line to Case 100,000MΩmin. (at 100Vdc) |
LE
| Capacitance μF±10% | 0,01-3,3 |
| W | 12-30,5 |
| H | 10,5-28 |
| T | 4,5-18 |
| F | 10-27,5 |
| d | 0,6-0,8 |
| Dissipation Factor | C≤1μF 0.003max. (f=10kHz) C>1μF 0.002max. (f=1kHz) |
| Test Voltage | Line to Line C≤2.2μF 1,250Vac 50/60Hz 60sec C=3.3μF 1,000Vac 50/60Hz 60sec Line to Case 2,100Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line C≤0.33μF 15,000MΩmin. C≥0.47μF 5,000Ω•Fmin. Line to Case 100,000MΩmin. (at 100Vdc) |
LE-K
| Capacitance μF±10% | 1,5-10 |
| W | 25,5-46,5 |
| H | 24,5-43,5 |
| T | 15-31 |
| F | 22,5-42,5 |
| d | 0,8-1 |
| Dissipation factor | 0.002max. (f=1kHz) |
| Test Voltage | Line to Line C≤3.3μF 1,250Vac 50/60Hz 60sec C≥4.7μF 1,770Vdc 60sec Line to Case 2,100Vac 50/60Hz 60sec |
VEA
| Capacitance μF±10% | 1-10 |
| W | 30,5-59,5 |
| H | 24,5-43,5 |
| T | 15-30,5 |
| F | 27,5-55 |
| Type | a, b |
| Dissipation Factor | 0.001max. (at 1kHz), 0.002max. (at 1kHz) |
| Test Voltage | Line to Line 1,450Vdc 60sec. or 1,000Vac 60sec. Line to 2,100 50/60Hz 60sec. |
| Insulation Resistance | Line to Line 5,000Ω•Fmin. Line to Case 30,000MΩmin. (at 500Vdc) |
RE-L
| Capacitance μF±10% | 0,01-2,2 |
| W | 12-30,5 |
| H | 10,5-30,5 |
| T | 4,5-20,5 |
| F | 10-27,5 |
| d | 0,6-0,8 |
| Dissipation Factor | C≤1μF 0.003max. (f=10kHz) C>1μF 0.002max. (f=1kHz) |
| Test Voltage | Line to Line 1,250Vac 50/60Hz 60sec Line to Case 2,100Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line C≤0.33μF 15,000MΩmin. C≥0.47μF 5,000Ω∙Fmin. Line to Case 100,000MΩmin. (at 100Vdc) |
PA-L
| Capacitance μF±20% | 0,01-2,2 |
| W | 17-41 |
| H | 12-32,5 |
| T | 5-17,5 |
| F | 15-37,5 |
| d | 0,6-1 |
| Dissipation Factor | 0.01max. (at 1kHz) |
| Test Voltage | Line to Line 1,250Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line C≤0.33μF 15,000MΩmin. C≥0.39μF 5,000Ω•Fmin. Line to Case 100,000MΩmin. (at 100Vdc) |
REB
| Capacitance μF±10% | 0,05-1 |
| W | 17-32 |
| H | 12,5-23,5 |
| T | 5,5-12,5 |
| Dissipation Factor | 0max. (at 10kHz) |
| Test Voltage | Line to Line 1,250Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line C≤0.33μF 15,000MΩmin. Line to Case C≥0.47μF 5,000Ω•Fmin. (at 100Vdc) |
XH
| W | 17-36 |
| H | 12,5-33,5 |
| T | 5,5-22 |
| F | 15-32,5 |
| d | 0,8-1 |
| Dissipation Factor | 0.01max. (at 1kHz), |
| Test Voltage | Line to Line 2,200Vac 50/60Hz 60sec, Line to Line 2,000Vac 50/60Hz 60sec, |
| Test Voltage | Line to Case 2,200Vac 50/60Hz 60sec, |
| Insulation Resistance | Line to Line 15,000MΩmin. (at 500Vdc), Line to Line 5,000Ω•Fmin. (at 500Vdc), |
| Insulation Resistance | Line to Case 100,000MΩmin. (at 500Vdc), |
XE-Z
| Capacitance μF±20% | 0-1 |
| W | 17-36 |
| H | 12-30,5 |
| T | 5-20 |
| F | 15-32,5 |
| d | 0,6-1 |
| Dissipation Factor | 0,01max. (at 1kHz) |
| Test Voltage | Line to Line 2,000Vac 50/60Hz 60sec, Line to Line 1,250Vac 50/60Hz 60sec |
| Test Voltage | Line to Case 2,100Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 15,000MΩmin. (at 100Vdc), Line to Line 5,000Ω•Fmin. (at 100Vdc) |
YF
| Capacitance μF±10% | 0,01-0,47 |
| W | 18-31 |
| H | 11-27 |
| T | 5-18,5 |
| F | 15-27,5 |
| d | 0,6-0,8 |
| Dissipation Factor | 0.003max. (at 10kHz) |
| Test Voltage | Line to Line 2,000Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line C≤0.33μF 15,000MΩmin. C=0.47μF 5,000Ω•Fmin. Line to Case 100,000MΩmin. (at 100Vdc) |
YE
| Capacitance μF±20% | 0-0,1 |
| W | 13-30 |
| H | 10-22 |
| T | 4-11 |
| F | 11-27,5 |
| d | 0,6-0,8 |
| Dissipation Factor | 0.01max. (at 1kHz) |
| Test Voltage | Line to Line 2,000Vac 50/60Hz 60sec Line to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line 30,000MΩmin Line to Case 100,000MΩmin (at 100Vdc) |
3XYG
| Dissipation Factor | X: 0.001 max. Y: 0.01 max. (at 1kHz) |
| Test Voltage | Line to Line 2,000Vac 50/60Hz 60sec Terminal to Case 2,000Vac 50/60Hz 60sec |
| Insulation Resistance | Line to Line X: 10,000MΩ Y: 15,000MΩ (at 100Vdc) Terminal to Case 100,000MΩmin. (at 500Vdc) |
LE-M
| Capacitance μF±10% | 0,1-2,2 |
| W | 12-26 |
| H | 11,5-25 |
| T | 6,5-17 |
| F | 10-22,5 |
| d | 0,6-0,8 |
| Dissipation Factor | C≤1μF 0.003max. (f=10kHz) C>1μF 0.002max. (f=1kHz) |
| Test Voltage | Line to Line 1,000Vac 50/60Hz 60sec Line to Case 2,100Vac 50/60Hz 60sec |
| Resistance | Line to Line 104~334 15,000MΩmin. 474~225 5,000Ω•Fmin. Line to Case 100,000MΩmin. (at 100Vdc) |
Interference suppression capacitors for industrial applications
Buy interference suppression film capacitors
- Effective reduction of electromagnetic interference
- Wide range of applications in household and industry
- Reliable function in industry and electronics
- Efficient solutions from Rotima AG
Interference suppression capacitors for reliable electrical engineering
Electromagnetic interference can significantly impair the function of electrical devices. Interference suppression capacitors are the solution for effectively suppressing such interference and ensuring a stable power supply. Film capacitors in particular have proven themselves in this area - they offer high reliability, a long service life and excellent resistance to voltage peaks.
As a distributor of high-quality electronic components, Rotima AG supplies high-performance interference suppression capacitors for a wide range of applications in cooperation with Okaya Electric Industries. Whether in household appliances, industrial systems or power supply units - our components ensure the trouble-free and safe functioning of electrical systems. We focus on quality, availability and technical expertise to offer you the right solutions for your requirements.
As a distributor of high-quality electronic components, Rotima AG supplies high-performance interference suppression capacitors for a wide range of applications in cooperation with Okaya Electric Industries. Whether in household appliances, industrial systems or power supply units - our components ensure the trouble-free and safe functioning of electrical systems. We focus on quality, availability and technical expertise to offer you the right solutions for your requirements.
Do you have any questions about our offer?
Interference suppression capacitors
Interference suppression capacitors
LE-FX
Interference suppression capacitors
LE-MX
Interference suppression capacitors
LE
Interference suppression capacitors
LE-K
Interference suppression capacitors
VEA
Interference suppression capacitors
RE-L
Interference suppression capacitors
PA-L
Interference suppression capacitors
REB
Interference suppression capacitors
XH
Interference suppression capacitors
XE-Z
Interference suppression capacitors
YF
Interference suppression capacitors
YE
Interference suppression capacitors
3XYG
| Model Number | Capacitance μF±20% | Dissipation Factor | Test Voltage | Insulation Resistance |
|---|---|---|---|---|
| 3XYG1003 (inslated lead) | X : 0.1μF Y : 0.003μF | X: 0.001 max. Y: 0.01 max. (at 1kHz) | Line to Line 2,000Vac 50/60Hz 60sec Terminal to Case 2,000Vac 50/60Hz 60sec | Line to Line X: 10,000MΩ Y: 15,000MΩ (at 100Vdc) Terminal to Case 100,000MΩmin. (at 500Vdc) |
| 3XYG1003-TY (bare wire) | X : 0.1μF Y : 0.003μF | X: 0.001 max. Y: 0.01 max. (at 1kHz) | Line to Line 2,000Vac 50/60Hz 60sec Terminal to Case 2,000Vac 50/60Hz 60sec | Line to Line X: 10,000MΩ Y: 15,000MΩ (at 100Vdc) Terminal to Case 100,000MΩmin. (at 500Vdc) |
Interference suppression capacitors
LE-M
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Interference suppression capacitors
Our range of other capacitors:
Electrolytic capacitors
Electrolytic capacitors are special capacitors with high capacitance that use an electrolyte as a conductive medium. They store electrical energy and are used in power supplies, audio and high-frequency circuits. Due to their polarity, they can only be used in direct current circuits. Common types are aluminum, tantalum and niobium electrolytic capacitors.
Ceramic capacitors
Ceramic capacitors are electrical components for energy storage and signal filtering. They consist of a ceramic dielectric and metal plates. Their advantages: high stability, low losses, fast charging and discharging times. They are used in electronics, high-frequency technology and power applications - from smartphones to industrial control systems.
Tantalum capacitors
Tantalum capacitors are electrical capacitors with tantalum as the anode material. They are characterized by high capacitance density, low leakage currents and stable electrical properties. Frequently used in high-frequency and miniature applications, they offer reliable performance in mobile devices, medical technology and industrial circuits. Their oxide dielectric ensures high dielectric strength and a long service life.
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Interference suppression capacitors
Areas of application for interference suppression capacitors in electrical engineering
Interference suppression capacitors are an indispensable part of modern electrical engineering. They eliminate electromagnetic interference and ensure a stable power supply - a prerequisite for the reliable operation of electrical devices. Film capacitors in particular have proven their worth as they offer high dielectric strength and a long service life.
A classic area of application is the interference suppression of electric motors in household appliances such as washing machines, vacuum cleaners or refrigerators. There they prevent interference that could lead to malfunctions or interference signals in other appliances. They are also crucial in switching power supplies: they filter out unwanted frequencies and ensure a clean power supply.
In the industry, interference suppression capacitors are used in control systems and machines to ensure the reliable operation of sensitive electronics. Our collaboration with Okaya Electric Industries enables Rotima AG to provide high-performance solutions for a wide range of applications - with high quality and fast availability.
A classic area of application is the interference suppression of electric motors in household appliances such as washing machines, vacuum cleaners or refrigerators. There they prevent interference that could lead to malfunctions or interference signals in other appliances. They are also crucial in switching power supplies: they filter out unwanted frequencies and ensure a clean power supply.
In the industry, interference suppression capacitors are used in control systems and machines to ensure the reliable operation of sensitive electronics. Our collaboration with Okaya Electric Industries enables Rotima AG to provide high-performance solutions for a wide range of applications - with high quality and fast availability.
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Further information on interference suppression capacitors
Electromagnetic interference is a common problem in electrical devices and systems. Interference suppression capacitors play a crucial role in minimizing such interference and ensuring the reliable functioning of electric motors, power supply units and control systems. But what types are there? Where are they used? And what do you need to look out for when selecting them?
In our FAQ section, we answer the most important questions about interference suppression capacitors. Whether it's about technical details, possible applications or replacing defective components - you'll find concise and easy-to-understand answers here. Our aim is to provide you with a sound basis for decision-making and to help you find the right components for your applications.
In our FAQ section, we answer the most important questions about interference suppression capacitors. Whether it's about technical details, possible applications or replacing defective components - you'll find concise and easy-to-understand answers here. Our aim is to provide you with a sound basis for decision-making and to help you find the right components for your applications.
What are interference suppression capacitors needed for?
Interference suppression capacitors are used to reduce electromagnetic interference (EMI) in electrical circuits. This interference is caused by switching operations, motors or power supply units and can impair the function of other devices. Without effective interference suppression, signal errors, device malfunctions or even failures can occur. Especially in household appliances such as washing machines, refrigerators or vacuum cleaners, interference suppression capacitors prevent unwanted interference that is transmitted via the power supply or electromagnetic fields.
They are also indispensable in industrial applications such as switching power supplies or frequency converters to ensure electromagnetic compatibility (EMC). Film capacitors are particularly in demand in this area as they offer high dielectric strength and a long service life. The targeted placement of interference suppression capacitors in electrical circuits not only improves the functionality of the devices, but also complies with statutory EMC directives.
They are also indispensable in industrial applications such as switching power supplies or frequency converters to ensure electromagnetic compatibility (EMC). Film capacitors are particularly in demand in this area as they offer high dielectric strength and a long service life. The targeted placement of interference suppression capacitors in electrical circuits not only improves the functionality of the devices, but also complies with statutory EMC directives.
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How do interference suppression capacitors work?
Interference suppression capacitors act as filter elements in electrical circuits. They dissipate high-frequency interference while allowing the desired operating current to pass through unhindered.
The way they work is based on the capacitance effect: the capacitor stores electrical charge for a short time and discharges it in a targeted manner in order to attenuate voltage peaks or interference signals. There are two main types: X capacitors are connected between the current-carrying lines (L and N), while Y capacitors work between phase and earth.
Film capacitors are particularly suitable for this purpose as they have a high insulation strength and a long service life. In power supply units, motor control units and industrial systems, they ensure that unwanted frequencies do not enter the power grid or adjacent circuits. This ensures a stable power supply and reduces interference that could otherwise lead to malfunctions or electromagnetic interference.
The way they work is based on the capacitance effect: the capacitor stores electrical charge for a short time and discharges it in a targeted manner in order to attenuate voltage peaks or interference signals. There are two main types: X capacitors are connected between the current-carrying lines (L and N), while Y capacitors work between phase and earth.
Film capacitors are particularly suitable for this purpose as they have a high insulation strength and a long service life. In power supply units, motor control units and industrial systems, they ensure that unwanted frequencies do not enter the power grid or adjacent circuits. This ensures a stable power supply and reduces interference that could otherwise lead to malfunctions or electromagnetic interference.
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What types of interference suppression capacitors are there?
There are two main types of interference suppression capacitors: X capacitors and Y capacitors. X capacitors are connected between the phase (L) and neutral conductor (N) and protect against voltage peaks caused by loads being switched on and off. They are designed to absorb high surge voltages and at the same time have a long service life. Y capacitors, on the other hand, are located between the phase (L) and the earth (PE).
They prevent interference from being discharged via the housing of a device, which is particularly important for safety aspects. Both types must meet high safety requirements as they work directly with mains voltage. Film capacitors in particular have proven their worth as interference suppression capacitors, as they have a high dielectric strength and are mechanically stable. The choice of the right type depends on the application - there are optimized models for industrial control systems, household appliances or power supply units.
They prevent interference from being discharged via the housing of a device, which is particularly important for safety aspects. Both types must meet high safety requirements as they work directly with mains voltage. Film capacitors in particular have proven their worth as interference suppression capacitors, as they have a high dielectric strength and are mechanically stable. The choice of the right type depends on the application - there are optimized models for industrial control systems, household appliances or power supply units.
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What happens if an interference suppression capacitor is defective?
A defective interference suppression capacitor can cause various problems. A failure often leads to electromagnetic interference, which is noticeable in the form of humming, malfunctions or an unstable power supply. With switching power supplies in particular, a defective capacitor can result in the device no longer starting or making annoying noises. In some cases, the capacitor bursts or shows discoloration, which indicates an overload or material fatigue.
X capacitors tend to lose capacitance over time, while Y capacitors can become a safety risk in the worst case if they no longer guarantee insulation to earth. Timely replacement is therefore important. When replacing them, high-quality film capacitors with a suitable dielectric strength should be used to ensure long-term reliability.
X capacitors tend to lose capacitance over time, while Y capacitors can become a safety risk in the worst case if they no longer guarantee insulation to earth. Timely replacement is therefore important. When replacing them, high-quality film capacitors with a suitable dielectric strength should be used to ensure long-term reliability.
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Where can I buy high-quality interference suppression capacitors?
High-quality interference suppression capacitors are available from specialized electronics distributors. Rotima AG, in cooperation with Okaya Electric Industries, offers a wide range of high-performance film capacitors for interference suppression in a wide variety of applications.
Whether for household appliances, switching power supplies or industrial control systems - the right capacitors should offer high dielectric strength, a long service life and optimum attenuation properties. When purchasing, it is important to look for certified components, as interference suppression capacitors are subject to strict safety standards. Particularly in sensitive areas such as medical technology or automation, only tested components may be used.
Companies looking for reliable interference suppression solutions benefit from specialist advice, fast delivery times and a wide range of products from specialized distributors. This ensures that electrical devices operate without interference and comply with all legal requirements for electromagnetic compatibility.
Whether for household appliances, switching power supplies or industrial control systems - the right capacitors should offer high dielectric strength, a long service life and optimum attenuation properties. When purchasing, it is important to look for certified components, as interference suppression capacitors are subject to strict safety standards. Particularly in sensitive areas such as medical technology or automation, only tested components may be used.
Companies looking for reliable interference suppression solutions benefit from specialist advice, fast delivery times and a wide range of products from specialized distributors. This ensures that electrical devices operate without interference and comply with all legal requirements for electromagnetic compatibility.
Learn more
