Brief: Discover the Magnetic Ring 4.7uH±20% Vertical Wound Double Wire Ferrite Toroidal Inductor, a high-performance component for efficient energy transfer and noise suppression in electronic circuits. Ideal for power supplies, RF applications, and compact devices.
Related Product Features:
High magnetic permeability and high inductance for stable current in power supply circuits.
Low hysteresis loss and low eddy current loss for efficient high-frequency performance.
Closed magnetic circuit design for minimal flux leakage and high magnetic coupling efficiency.
Compact toroidal shape with double-wire winding for space-saving PCB integration.
Enhanced inductance and coupling for efficient energy transfer in transformers and power supplies.
Effective common-mode noise suppression for cleaner signals in communication and audio circuits.
Maintains high-frequency performance for precise signal handling in RF applications.
Compact and space-efficient design ideal for miniaturized electronic devices.
Faqs:
What is the primary use of the Magnetic Ring 4.7uH±20% Vertical Wound Double Wire Ferrite Toroidal Inductor?
It is widely used in power supply filters, RF circuits, and electronic devices for energy storage, noise suppression, and signal filtering.
How does the double-wire winding benefit the inductor?
The double-wire winding enhances inductance, improves magnetic coupling, and effectively suppresses common-mode noise for cleaner circuit performance.
Why is the toroidal shape advantageous for this inductor?
The toroidal shape provides a closed magnetic circuit, reducing flux leakage and improving efficiency, while also saving space on PCBs.