Interference suppression filters for electronics and electronics
Interference suppression filter Inverter
Our range is exclusive to companies and includes an extensive range of interference suppression filters for various electronic applications. From simple ferrite cores to EMC filters and complex mains filters, we offer solutions for the effective suppression of electromagnetic interference in a wide range of devices. Whether for industrial machines, household electronics or highly sensitive measuring instruments, our products are characterized by high quality and reliability.
With filters for different frequency ranges and interference types, we support our customers in ensuring compliance with electromagnetic compatibility standards. In addition, our experts are on hand to offer individual advice for specific requirements and applications in order to find optimal interference suppression solutions.
With filters for different frequency ranges and interference types, we support our customers in ensuring compliance with electromagnetic compatibility standards. In addition, our experts are on hand to offer individual advice for specific requirements and applications in order to find optimal interference suppression solutions.
- Large selection of interference suppression filters
- For the electrical engineering and electronics business
- Reliable function in industry and electronics
- Efficient solutions from Rotima AG
Our range of interference suppression filters:
Explore our extensive range of high-quality interference suppression filters for reliable interference suppression in electrical systems. From standard models to customized solutions, we offer a wide selection to meet the most diverse requirements. Our interference suppression filters ensure a stable power supply and minimize unwanted interference. Rely on our expertise and find the right interference suppression filters for your applications. With our range, you are optimally equipped for interference-free electrical performance.
Radio interference suppression filter
For a reliable and interference-free power supply, we offer first-class radio interference suppression filters that effectively minimize electromagnetic interference. Discover our selection and ensure the stable performance of your electrical systems.
Mains interference suppression filter
Optimize the performance of your electrical systems with our high-quality mains interference suppression filters, which help to minimize disruptive mains feedback. Discover our selection and ensure a reliable and stable power supply for your applications.
Our official sales partner: Bourns
ROTIMA, as a respected and authorized partner of Bourns® for interference suppression filters . Bourns® offers world-class products and services in the field of sensors and electronic components. Bourns® is a global leader in the manufacture and supply of high-quality position and speed sensors, protection circuit solutions, magnetic components, microelectronic modules, panel controls and resistor products. Headquartered in Riverside, California, Bourns® serves a broad range of industries including automotive, industrial, appliance, communications, non-life-sustaining medical devices, audio and many other market segments.
Do you have any questions about our offer?
Interference suppression filter
Standard and customized interference suppression filters
We offer a wide range of standard interference suppression filters as well as customized solutions for electrical engineering. Our products are used in a wide range of areas, from industrial automation to medical technology and telecommunications. They are essential for ensuring electromagnetic compatibility (EMC) and help to minimize interference in electronic devices caused by external sources or mutual interference.
In industrial automation, our filters protect sensitive control systems from electromagnetic interference caused by large machines or drive systems. This ensures smooth and trouble-free operation of production systems.
In medical technology, our interference suppression filters help to ensure the accuracy and reliability of medical devices. They minimize interference that could affect the performance of sensitive instruments such as MRI scanners or pacemakers.
In the field of telecommunications, our solutions enable clear signal transmission by reducing the impact of noise on data transmission. This is particularly important in systems that require a high data rate and low latency, such as 5G networks.
We also offer interference suppression filters for consumer electronics that help ensure compliance with international EMC standards, improving the user experience by reducing interference in audio, video and communication devices.
In industrial automation, our filters protect sensitive control systems from electromagnetic interference caused by large machines or drive systems. This ensures smooth and trouble-free operation of production systems.
In medical technology, our interference suppression filters help to ensure the accuracy and reliability of medical devices. They minimize interference that could affect the performance of sensitive instruments such as MRI scanners or pacemakers.
In the field of telecommunications, our solutions enable clear signal transmission by reducing the impact of noise on data transmission. This is particularly important in systems that require a high data rate and low latency, such as 5G networks.
We also offer interference suppression filters for consumer electronics that help ensure compliance with international EMC standards, improving the user experience by reducing interference in audio, video and communication devices.
What can we do for you?
Contact our product experts
What can we do for you?
Contact our product experts
Do you have any questions about:
Interference suppression filter
Just send us a short message and we will be happy to answer your questions by phone or e-mail.
Questions?
Write to us!
Would you like to find out more about our high-quality products?
We have a large warehouse, short delivery times and duty-free delivery!
Do not hesitate to contact us, we will be happy toadvise you personally.
Do not hesitate to contact us, we will be happy toadvise you personally.
Your contact persons
Request a callback
Would you like a personal telephone consultation?
Simply fill out the form and we will get back to you.
What are the advantages of using DC voltage transformers compared to AC voltage transformers?
Please fill out the form below to download the data sheet for this product.
What are the advantages of using DC voltage transformers compared to AC voltage transformers?
You can now click and download the PDF documents as usual.
X
Get in touch with us
Further information on interference suppression filters
For further information on interference suppression filters and their areas of application, please do not hesitate to contact us. Learn more about our products and their performance to optimize the efficiency of your electrical systems. Contact us today to receive customized solutions for your specific requirements.
What is an interference suppression filter and what is it used for?
An interference suppression filter is an electrical circuit that is used to remove unwanted interference or noise from an electrical signal. It is used to improve the quality of the signal and ensure that the desired information is transmitted clearly and without interference.
Noise filters are used in a variety of electronic devices, including audio and video systems, communication devices, computers and network devices. They are also used in power supplies to reduce interference in the power grid and ensure a clean power supply.
An interference suppression filter usually consists of passive components such as resistors, capacitors and coils. These components are configured to filter certain frequencies or frequency ranges and filter out the unwanted interference. Depending on the application, different types of interference suppression filters can be used, such as high-pass or low-pass filters, band-pass filters or notch filters.
Overall, an interference suppression filter serves to improve signal quality, minimize unwanted interference and ensure reliable transmission or function of electronic devices.
Noise filters are used in a variety of electronic devices, including audio and video systems, communication devices, computers and network devices. They are also used in power supplies to reduce interference in the power grid and ensure a clean power supply.
An interference suppression filter usually consists of passive components such as resistors, capacitors and coils. These components are configured to filter certain frequencies or frequency ranges and filter out the unwanted interference. Depending on the application, different types of interference suppression filters can be used, such as high-pass or low-pass filters, band-pass filters or notch filters.
Overall, an interference suppression filter serves to improve signal quality, minimize unwanted interference and ensure reliable transmission or function of electronic devices.
Learn more
How does an interference suppression filter work and what technologies are used?
An interference suppression filter is an electronic device designed to reduce or eliminate noise or interference in electrical systems. It is often used to filter unwanted electromagnetic interference, such as noise or hum.
There are various technologies that can be used in interference suppression filters to reduce interference:
1. capacitors: capacitors are often used in interference suppression filters to filter high-frequency interference. They block the interference and only allow the desired frequency to pass through.
2. inductors: Inductors are used to filter low-frequency interference. They block the flow of current at higher frequencies and only allow the desired frequencies to pass.
3. ferrite cores: Ferrite cores are magnetic materials used in interference suppression filters to absorb high-frequency interference. They are often wrapped around cables to reduce electromagnetic interference.
4. protection circuits: Some suppression filters also contain protection circuits that limit excess voltage or current to prevent damage to connected equipment.
Interference suppression filters are used in a variety of applications, such as electronics, telecommunications, power supply and automotive engineering, to minimize unwanted interference and ensure the smooth functioning of electrical systems.
There are various technologies that can be used in interference suppression filters to reduce interference:
1. capacitors: capacitors are often used in interference suppression filters to filter high-frequency interference. They block the interference and only allow the desired frequency to pass through.
2. inductors: Inductors are used to filter low-frequency interference. They block the flow of current at higher frequencies and only allow the desired frequencies to pass.
3. ferrite cores: Ferrite cores are magnetic materials used in interference suppression filters to absorb high-frequency interference. They are often wrapped around cables to reduce electromagnetic interference.
4. protection circuits: Some suppression filters also contain protection circuits that limit excess voltage or current to prevent damage to connected equipment.
Interference suppression filters are used in a variety of applications, such as electronics, telecommunications, power supply and automotive engineering, to minimize unwanted interference and ensure the smooth functioning of electrical systems.
Learn more
What types of interference suppression filters are there and how do they differ from each other?
Interference suppression filters, also known as EMI filters (electromagnetic interference filters), are essential for minimizing electromagnetic interference in electrical and electronic devices. Here are the most common types of interference suppression filters:
- Mains filters (mains EMI filters )
Used to suppress interference transmitted via the power grid. Commonly found in household appliances, industrial equipment and consumer electronics.
- Common mode filters (common mode chokes )
Suppress common mode interference that occurs in phase on all lines. Used in power supply units, data lines and communication systems.
- Differential mode chokes (differential mode filters)
Suppress differential interference that occurs between two lines. Often used in audio and video equipment and in communication systems.
- Capacitive filters (capacitor filters )
Use capacitors to block high-frequency interference and allow low-frequency signals to pass. Suitable for use in electronic circuits and power supplies.
- Inductive filters (coil filters )
Use inductors to attenuate high-frequency interference. Are often used in combination with capacitors to form LC filters.
- LC filters (inductor-capacitor filters )
Combination of inductors and capacitors for effective attenuation of interference. Often found in power supply units, switching power supplies and frequency converters.
- RC filter (resistor-capacitor filter )
Combination of resistors and capacitors to suppress high-frequency interference. Often used in electronic circuits and audio applications.
- PI filter
Consist of two capacitors and an inductor arranged like the letter "π". Effective in attenuating high-frequency interference in power supply systems.
- EMC filters (electromagnetic compatibility filters )
EMC filters have been specially developed to improve the electromagnetic compatibility of devices. Used in communication systems, automotive applications and industrial control systems.
- Ferrite filters (ferrite cores and ferrite beads )
Use ferrite materials to suppress high-frequency interference on lines. Commonly found in data cables, USB cables and network cables.
Learn more
What are the advantages of using interference suppression filters in electronic devices?
The use of interference suppression filters in electronic devices offers several advantages:
1. reduction of interference: Interference suppression filters help to reduce or eliminate electromagnetic interference that may be caused by other devices or power sources. This improves signal quality and prevents possible interference.
2. improving device performance: By using interference suppression filters, electronic devices can achieve better performance. This applies in particular to devices that receive or transmit signals, such as radios, televisions or cell phones. By reducing interference, the reception or transmission quality is improved.
3. protection from damage: Interference suppression filters can also help to protect electronic devices from damage that can be caused by power surges, overvoltages or other electrical problems. They serve as a protective mechanism and prevent such problems from damaging or destroying the device.
4. compliance with standards and regulations: In some cases, standards or regulations require the use of suppression filters to ensure that electronic devices meet certain electromagnetic compatibility standards. By using interference suppression filters, manufacturers can ensure that their devices meet these requirements and can be legally marketed.
5. improving safety: Interference suppression filters can also help to improve safety, especially in devices that are powered by electricity. By minimizing interference and electromagnetic problems, they help to reduce potential hazards that could be caused by electrical interference.
Overall, interference suppression filters offer a number of benefits that help to improve the performance, reliability and safety of electronic devices.
1. reduction of interference: Interference suppression filters help to reduce or eliminate electromagnetic interference that may be caused by other devices or power sources. This improves signal quality and prevents possible interference.
2. improving device performance: By using interference suppression filters, electronic devices can achieve better performance. This applies in particular to devices that receive or transmit signals, such as radios, televisions or cell phones. By reducing interference, the reception or transmission quality is improved.
3. protection from damage: Interference suppression filters can also help to protect electronic devices from damage that can be caused by power surges, overvoltages or other electrical problems. They serve as a protective mechanism and prevent such problems from damaging or destroying the device.
4. compliance with standards and regulations: In some cases, standards or regulations require the use of suppression filters to ensure that electronic devices meet certain electromagnetic compatibility standards. By using interference suppression filters, manufacturers can ensure that their devices meet these requirements and can be legally marketed.
5. improving safety: Interference suppression filters can also help to improve safety, especially in devices that are powered by electricity. By minimizing interference and electromagnetic problems, they help to reduce potential hazards that could be caused by electrical interference.
Overall, interference suppression filters offer a number of benefits that help to improve the performance, reliability and safety of electronic devices.
Learn more
How can you determine whether a suppression filter is present in a device and how effectively it works?
To determine whether an interference suppression filter is present in an appliance, you can follow the steps below:
1. check the product description or operating instructions for the appliance. Some manufacturers indicate whether a suppression filter is present.
2. look for a special symbol on the appliance or the packaging material. Some devices bear a CE mark or similar symbol indicating compliance with EMC (electromagnetic compatibility). This could indicate that an interference suppression filter is present.
3. check the connections of the device. Some devices, especially computers or audio/video equipment, may have special connections designed for connecting an external interference suppression filter.
To check the effectiveness of an interference suppression filter, you can carry out the following steps:
1. connect the device to a power source and make sure it is switched on.
2. observe whether there are any disturbances or interference during operation. This includes, for example, flickering or noise on a screen or interference on an audio signal.
3. disconnect the device from the mains and connect it via a high-quality surge protection strip instead. Such a strip may also have an interference suppression filter.
4. observe again whether there is any interference during operation. If the noise or interference is reduced or eliminated, this indicates that the interference suppression filter is working effectively.
Please note that these are general guidelines and may vary depending on the device and situation. If you are unsure or require further information, it is best to contact the manufacturer of the device or an electrical engineering specialist.
1. check the product description or operating instructions for the appliance. Some manufacturers indicate whether a suppression filter is present.
2. look for a special symbol on the appliance or the packaging material. Some devices bear a CE mark or similar symbol indicating compliance with EMC (electromagnetic compatibility). This could indicate that an interference suppression filter is present.
3. check the connections of the device. Some devices, especially computers or audio/video equipment, may have special connections designed for connecting an external interference suppression filter.
To check the effectiveness of an interference suppression filter, you can carry out the following steps:
1. connect the device to a power source and make sure it is switched on.
2. observe whether there are any disturbances or interference during operation. This includes, for example, flickering or noise on a screen or interference on an audio signal.
3. disconnect the device from the mains and connect it via a high-quality surge protection strip instead. Such a strip may also have an interference suppression filter.
4. observe again whether there is any interference during operation. If the noise or interference is reduced or eliminated, this indicates that the interference suppression filter is working effectively.
Please note that these are general guidelines and may vary depending on the device and situation. If you are unsure or require further information, it is best to contact the manufacturer of the device or an electrical engineering specialist.
Learn more
