Brief: From concept to demonstration, this video highlights the evolution and practical outcomes of the High Voltage 25a Mri Rf Cage Single Phase EMI Filter. You will see a detailed walkthrough of its installation best practices, performance validation under load conditions, and how it ensures electromagnetic compatibility for critical applications up to 1GHz.
Related Product Features:
Designed for high voltage applications with a rated voltage of 250 VAC and current up to 30 A.
Provides effective EMI suppression with insertion loss of ≥70dB from 150KHz to 10GHz under load conditions.
Ensures operational safety with dielectric withstanding voltage of 1000VDC line to line and line to case.
Features low leakage current of ≤0.2A at 380/230VAC and 50Hz for enhanced safety and compliance.
Built to withstand overload conditions, handling 140% of rated current for 15 minutes without failure.
Maintains signal integrity with minimal harmonic distortion, less than 2% at full rated current.
Complies with military standards including MIL-STD-202 and MIL-F-15733 for terminal strength and temperature rise.
Suitable for demanding environments with climatic classification 25/070/21 ensuring reliable performance.
FAQs:
What is the primary function of this EMI filter?
This EMI filter suppresses electromagnetic interference up to 1GHz, ensuring devices function as intended and comply with global EMC regulations by preventing interference with other equipment.
What are the key electrical specifications for this filter?
It operates at 250 VAC, 30 A, 50/60Hz, with less than 1V voltage drop, ≤0.2A leakage current, and can handle 140% overload for 15 minutes, ensuring robust performance in high-demand scenarios.
How does this filter ensure compliance with industry standards?
The filter meets MIL-STD-220A for insertion loss, MIL-STD-202 for DC insulation and terminal strength, and MIL-F-15733 for temperature rise, making it suitable for both industrial and military applications.
What installation practices are recommended for optimal performance?
Use low impedance, short ground connections, such as flat braided straps, connect the power system ground first, remove paint from mounting surfaces, and follow all safety regulations for grounding to ensure effective EMI suppression.