Customized resistors
- Effective protection against electromagnetic interference
- Reliable materials for long-lasting protection
- Customized solutions for individual requirements
Over 60 years of experience
in the electrical engineering and electronics industry
Short delivery times
through optimized warehousing
Germany and Switzerland
Dual location strength and reliability
Power resistors from VPG Foil Resistors
Power
| Min. Resistance (Ω) | 1-500m, 5-50 |
| Max. Resistance (Ω) | 1-500, 5-100m, 5M, 1-150K |
| Tolerance (±%) | 0,01-10 |
| TCR (±ppm/°C) | 0,2-100 |
| Rated Power (W) | 5-2500 |
| Typical Load Life Stability (±%) | 0,01-1 |
High Power Resistors
| Resistance Range | 0,1-1-1K Ω, 0,01-3K Ω, 0,1-4K Ω, 0,1-8K Ω, 0,01-0,1-15K Ω, 0,05 to 16K Ω, 0,05 to 22K Ω, 0,05 to 33K Ω, 0,05 to 50K Ω, 0,05 to 70K Ω, 0,01 - 50K Ω, 0,01 - 250K Ω |
| Tolerances | 1 %. 5 %. 10 %, 0,5 %.1 %. 5 %, 1 %. 5 %, 0,5 %. 1 %. 5 %, 0,05 % - 5 %, 0,01 % - 10 % |
| Power (Watts) | 60-100 - 500 W, 0,5-10 W, 0,5 - 4 W, 7,5 - 50 W, 20 - 100 W |
| Profile/Package Style | High Power Metal Clad Braking Resistor, Slim Profile High Power Metal Clad Braking Resistor, Surface Mount Wirewound, Aluminum Housed Wirewound, High Power Ceramic Wirewound Resistor |
EMC and shielding solutions for the protection of electronic devices and systems
EMC and shielding solutions are essential to protect electronic devices and systems against interference from electromagnetic fields and to ensure electromagnetic compatibility (EMC). These solutions ensure that your devices function reliably without being affected by external sources of interference.
In cooperation with International Wire Europe, we offer you a wide range of high-quality EMC and shielding products for various applications. Our solutions include knitted wire mesh tapes, tinned copper pipe braids and flat braids, which offer optimum protection against electromagnetic interference (EMI).
By using these special materials, you can protect your electrical systems and devices from external interference and ensure compliance with EMC regulations. We support you in finding tailor-made solutions that meet the requirements of your specific application and maximize the performance of your devices.
Thanks to our many years of experience as a distributor and our partnership with International Wire Europe, we not only offer you first-class products, but also comprehensive advice and solutions that optimally meet your requirements for EMC protection solutions.
In cooperation with International Wire Europe, we offer you a wide range of high-quality EMC and shielding products for various applications. Our solutions include knitted wire mesh tapes, tinned copper pipe braids and flat braids, which offer optimum protection against electromagnetic interference (EMI).
By using these special materials, you can protect your electrical systems and devices from external interference and ensure compliance with EMC regulations. We support you in finding tailor-made solutions that meet the requirements of your specific application and maximize the performance of your devices.
Thanks to our many years of experience as a distributor and our partnership with International Wire Europe, we not only offer you first-class products, but also comprehensive advice and solutions that optimally meet your requirements for EMC protection solutions.
Flat braids for optimum EMC shielding
Buy EMC and shielding solutions
Our range of power resistors
Power
High Power Resistors
Design and function of EMC and shielding solutions in electronics
EMC and shielding solutions consist of specially developed materials that block or dissipate electromagnetic fields to prevent interference in electronic devices. These solutions, such as wire mesh tapes, tinned copper braid and flat braids, provide effective protection against electromagnetic interference (EMI).
The construction of these solutions is based on conductive materials that form a barrier and prevent the propagation of electromagnetic waves. Knitted wire mesh is often used to sheath cables to minimize interference. Tinned copper braids and flat braids offer particularly effective protection and are optimized for industrial applications. These products ensure that electronics function reliably and EMC requirements are met.
The construction of these solutions is based on conductive materials that form a barrier and prevent the propagation of electromagnetic waves. Knitted wire mesh is often used to sheath cables to minimize interference. Tinned copper braids and flat braids offer particularly effective protection and are optimized for industrial applications. These products ensure that electronics function reliably and EMC requirements are met.
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Application examples of EMC and shielding solutions in electronics
EMC and shielding solutions are used in a variety of areas where protection against electromagnetic interference (EMI) is crucial. In industrial systems, such as power supplies or electrolysis furnaces, these solutions ensure that sensitive electronic systems operate stably and without interference. They are particularly important in automation technology, where precise control systems need to be protected from interference.
Another example is their use in transformers and medium-voltage systems, where EMC shielding ensures the functionality of the entire system. EMC regulations must also be strictly adhered to in medical technology, e.g. in imaging equipment, in order to ensure the proper functioning and safety of patients.
Our products, such as knitted wire mesh tapes, tinned copper tube braids and flat braids, offer tailor-made solutions for a wide range of applications. Thanks to our cooperation with International Wire Europe, we can offer you reliable, high-quality products for efficient EMC protection.
Another example is their use in transformers and medium-voltage systems, where EMC shielding ensures the functionality of the entire system. EMC regulations must also be strictly adhered to in medical technology, e.g. in imaging equipment, in order to ensure the proper functioning and safety of patients.
Our products, such as knitted wire mesh tapes, tinned copper tube braids and flat braids, offer tailor-made solutions for a wide range of applications. Thanks to our cooperation with International Wire Europe, we can offer you reliable, high-quality products for efficient EMC protection.
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What are the advantages of using DC voltage transformers compared to AC voltage transformers?
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What are the advantages of using DC voltage transformers compared to AC voltage transformers?
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Further information on EMC and shielding solutions
In this section, we have compiled the most important questions about EMC and shielding solutions for you. Here you will find useful information on the basics, the areas of application and the benefits of our products
What are EMC and shielding solutions and why are they important?
EMC (electromagnetic compatibility) and shielding solutions are technologies used to protect electronic devices from electromagnetic interference and to ensure that these devices do not cause interference in their environment. These solutions consist of special materials that block or dissipate electromagnetic fields to ensure the functionality of devices.
They are particularly important in industry and in highly sensitive areas such as medical technology, communication technology and automation. Without suitable shielding, interference from neighboring devices, circuits or environmental factors can lead to malfunctions, data loss or even the destruction of sensitive components. EMC and shielding solutions help to comply with legal regulations and ensure the safety and reliability of systems.
They are particularly important in industry and in highly sensitive areas such as medical technology, communication technology and automation. Without suitable shielding, interference from neighboring devices, circuits or environmental factors can lead to malfunctions, data loss or even the destruction of sensitive components. EMC and shielding solutions help to comply with legal regulations and ensure the safety and reliability of systems.
How does EMC shielding work?
EMC shielding works by using conductive materials that block or dissipate electromagnetic waves. These materials, such as knitted wire mesh tape, tinned copper pipe braid or flat braids, form a barrier between the electromagnetic fields and the sensitive electronic components.
These solutions absorb or reflect electromagnetic radiation so that it cannot penetrate the device or escape from it. This prevents interference caused by external sources such as other electronic devices, industrial machinery or even natural phenomena such as lightning.
In addition, such shielding meets EMC requirements that ensure that electronic devices do not cause unacceptable interference and are themselves protected from external interference.
These solutions absorb or reflect electromagnetic radiation so that it cannot penetrate the device or escape from it. This prevents interference caused by external sources such as other electronic devices, industrial machinery or even natural phenomena such as lightning.
In addition, such shielding meets EMC requirements that ensure that electronic devices do not cause unacceptable interference and are themselves protected from external interference.
When is the use of EMC and shielding solutions necessary?
The use of EMC and shielding solutions is necessary when electronic devices are operated in environments that could be affected by electromagnetic interference (EMI). This applies above all to industrial applications in which large machines and systems interact with each other.
EMC shielding is also essential in medical technology, telecommunications and military applications to ensure the safe and trouble-free operation of devices. Other areas of application include power supply systems, transformers, electrolysis tanks and even household appliances.
When electronic devices operate in an environment that generates strong electromagnetic fields, EMC shielding is required to ensure compliance with EMC specifications and prevent failures or malfunctions.
EMC shielding is also essential in medical technology, telecommunications and military applications to ensure the safe and trouble-free operation of devices. Other areas of application include power supply systems, transformers, electrolysis tanks and even household appliances.
When electronic devices operate in an environment that generates strong electromagnetic fields, EMC shielding is required to ensure compliance with EMC specifications and prevent failures or malfunctions.
What materials are used for EMC and shielding solutions?
Various materials are used for EMC and shielding solutions that have high conductivity and good absorption properties against electromagnetic waves. The most common materials include knitted wire mesh tape, tinned copper pipe braid and flat braids.
These materials are particularly effective as they offer an excellent combination of flexibility, durability and shielding properties. Copper is often preferred due to its excellent conductivity, while tinned variants offer additional corrosion resistance.
Flat braids are particularly useful when it comes to connecting cables or wrapping devices. These materials help to deflect or reflect electromagnetic radiation, preventing it from interfering with the function of electronic devices.
These materials are particularly effective as they offer an excellent combination of flexibility, durability and shielding properties. Copper is often preferred due to its excellent conductivity, while tinned variants offer additional corrosion resistance.
Flat braids are particularly useful when it comes to connecting cables or wrapping devices. These materials help to deflect or reflect electromagnetic radiation, preventing it from interfering with the function of electronic devices.
What advantages do customized EMC shielding products offer?
Tailor-made EMC shielding products offer numerous advantages, especially when it comes to meeting the specific requirements of an application.
These tailor-made solutions take into account the individual circumstances and challenges of the respective environment and thus offer optimum protection. For example, a customized shielding product for the electronics industry can be developed to not only block electromagnetic interference, but also to withstand the mechanical stresses of industrial applications. In addition, tailor-made solutions allow perfect adaptation to the shape and size of devices, minimizing installation effort and maximizing shielding efficiency.
These adaptations ensure that EMC requirements are met without compromising the performance or functionality of the devices. In addition, by choosing the right material and technology, the longevity and reliability of the solution can be increased.
These tailor-made solutions take into account the individual circumstances and challenges of the respective environment and thus offer optimum protection. For example, a customized shielding product for the electronics industry can be developed to not only block electromagnetic interference, but also to withstand the mechanical stresses of industrial applications. In addition, tailor-made solutions allow perfect adaptation to the shape and size of devices, minimizing installation effort and maximizing shielding efficiency.
These adaptations ensure that EMC requirements are met without compromising the performance or functionality of the devices. In addition, by choosing the right material and technology, the longevity and reliability of the solution can be increased.
