50/60Hz Rated Frequency EMI Power Line Filter 140% Of Rated Current For 15 Minutes Overload Less Than 1V Voltage Drop

Product Description:

The EMI Power Line Filter is a high-quality product designed to effectively reduce electromagnetic interference (EMI) and radio frequency interference (RFI) in electronic equipment. This filter assembly is essential for maintaining the optimal performance of sensitive devices by providing reliable protection against unwanted noise and signal disturbances.

With a Dielectric Strength of 1500VAC for 1 minute, this EMI Power Line Filter ensures a robust insulation barrier that can withstand high voltage levels, enhancing the safety and reliability of the connected equipment. The filter's superior construction and materials guarantee long-lasting protection against electrical breakdown and voltage spikes, making it a dependable solution for various applications.

One of the key features of this EMI Power Line Filter is its low Harmonic Distortion, which is less than 2% at full rated current. By effectively suppressing harmonics and unwanted frequencies, this filter helps maintain the quality of the power supply and prevents distortion that can affect the performance of sensitive electronics, ensuring smooth operation and consistent output.

In terms of Overload capacity, this EMI Line Filter can handle up to 140% of the rated current for 15 minutes without compromising its functionality or safety. This overload protection feature ensures that the filter can withstand temporary power surges or fluctuations, providing an added layer of security for the connected devices and preventing potential damage due to excessive current levels.

The EMI Power Line Filter is designed for easy installation and compatibility with various electronic systems, thanks to its Through Hole package type. This package style allows for simple and secure mounting on circuit boards or enclosures, facilitating convenient integration into different equipment configurations while maintaining a compact and space-efficient design.

With a Rated Voltage of 250 VAC, this EMI Line Filter is suitable for applications requiring reliable and stable voltage regulation. Whether used in industrial machinery, telecommunications equipment, or other electronic devices, this filter provides consistent performance and protection against EMI and RFI disturbances, ensuring the integrity of sensitive components and reducing the risk of malfunctions or failures.

Overall, the EMI Power Line Filter is a versatile and reliable solution for mitigating electromagnetic interference and maintaining the integrity of electronic systems. Its high dielectric strength, low harmonic distortion, overload protection, through-hole package type, and rated voltage make it an essential component for ensuring optimal performance and longevity of connected equipment in various applications.

Features:

• Product Name: EMI Power Line Filter
• Dielectric Strength: 1500VAC For 1 Minute
• Stopband Attenuation: 100dB
• Harmonic Distortion: Less Than 2% @ Full Rated Current
• Voltage Drop: Less Than 1V
• Rated Voltage: 250 VAC

Technical Parameters:

Applications:

The EMI Power Line Filter is a crucial component in various electronic devices and equipment to ensure the smooth operation and protection against electromagnetic interference. With its exceptional characteristics such as harmonic distortion of less than 2% @ full rated current, a rated voltage of 250 VAC, stopband attenuation of 100dB, package type of Through Hole, and rated frequency of 50/60Hz, this filter is highly versatile and effective in mitigating unwanted electrical noise.

Product Application Occasions:

• RFI Filter Assembly: The EMI Power Line Filter is ideal for use in RFI filter assembly applications where the suppression of electromagnetic interference is essential for the reliable performance of electronic circuits.
• EMC Power Line Filter: In EMC (Electromagnetic Compatibility) testing and compliance scenarios, this filter serves as a critical component to ensure that electronic devices meet regulatory standards and operate without interference.
• EMI Line Filter: The EMI Power Line Filter is widely used in various EMI filtering applications where the reduction of electromagnetic interference is required to maintain signal integrity and prevent malfunctions.

Product Scenarios:

• Industrial Machinery: In industrial settings with heavy machinery and equipment, the EMI Power Line Filter can be installed to prevent electromagnetic interference that may disrupt the operation of sensitive control systems.
• Medical Equipment: Medical devices and equipment require reliable and interference-free operation. The EMI Power Line Filter ensures a clean power supply, free from electromagnetic disturbances that could affect critical healthcare functions.
• Telecommunications: In telecommunications infrastructure, the EMI Power Line Filter plays a vital role in maintaining signal quality and preventing interference in data transmission systems.

Overall, the EMI Power Line Filter is a dependable solution for a wide range of applications and scenarios where the suppression of electromagnetic interference is essential for optimal performance and regulatory compliance.

Customization:

Customize your EMC Power Line Filter with our Product Customization Services to meet your specific requirements:

- Overload: 140% Of Rated Current For 15 Minutes

- Harmonic Distortion: Less Than 2% @ Full Rated Current

- Dielectric Strength: 1500VAC For 1 Minute

- Rated Frequency: 50/60Hz

- Package Type: Through Hole

Enhance your RFI Filter Assembly with these tailored features through our EMC Power Line Filter customization services.

Support and Services:

Our product technical support and services for the EMI Power Line Filter include:

- Expert technical assistance with product installation and setup

- Troubleshooting guidance for any issues encountered

- Warranty support and assistance with product returns or replacements

- Access to online resources, such as user manuals and technical documentation

- Regular product updates and notifications for improvements or enhancements

Packing and Shipping:

Product Packaging:

The EMI Power Line Filter will be carefully packaged in a sturdy cardboard box to ensure its safe delivery. The product will be wrapped in protective materials to prevent any damage during transit.

Shipping:

We offer fast and reliable shipping options for the EMI Power Line Filter. Once your order is confirmed, the product will be shipped out within 1-2 business days. You can track your package using the provided tracking number to monitor its delivery status.

FAQ:

Q: What is the purpose of an EMI Power Line Filter?

A: An EMI Power Line Filter is designed to reduce electromagnetic interference (EMI) and radio frequency interference (RFI) in electrical circuits, ensuring cleaner power and better performance of electronic devices.

Q: How does an EMI Power Line Filter work?

A: EMI Power Line Filters use passive components such as capacitors and inductors to attenuate high-frequency noise and harmonics present in the power supply, protecting sensitive equipment from interference.

Q: What are the key benefits of using an EMI Power Line Filter?

A: Some benefits of using an EMI Power Line Filter include improved reliability of electronic devices, compliance with electromagnetic compatibility (EMC) standards, reduced risk of malfunctions caused by interference, and enhanced safety.

Q: Where can EMI Power Line Filters be installed?

A: EMI Power Line Filters can be installed in various applications such as industrial machinery, medical equipment, telecommunications systems, consumer electronics, and any other device that requires protection against electromagnetic interference.

Q: Are there different types of EMI Power Line Filters available?

A: Yes, there are different types of EMI Power Line Filters available, including single-phase filters for residential applications, three-phase filters for industrial use, and custom filters designed for specific requirements. It's essential to choose the right filter based on the application and level of interference present.