High Permeability High Current Magnetic Ring Inductor with Customizable Inductance
1.Product Description
The main functions of The High Current Magnetic Ring Inductor.
--Energy Storage: Magnetic ring inductor can store energy when the current changes and release it when needed to maintain the smoothness of the current.
--Filtering: Magnetic ring inductors are widely used in power supply systems, especially in switching power supplies and DC-DC converters, to smooth the current and filter out high-frequency noise and ripple through its inductive characteristics.
--Electromagnetic interference suppression: By reducing electromagnetic radiation, magnetic ring inductors can effectively suppress noise in power and signal lines and enhance the electromagnetic compatibility of equipment.
2.Working Principle
The High Current Magnetic Ring Inductor utilizes the high permeability characteristics of its ferrite core to store and release energy through the magnetic field generated by the current passing through the coil. It can effectively filter, store energy, suppress electromagnetic interference, and provide stable performance in high frequency applications. Through this working principle, the magnetic ring inductor has an important role in many fields such as switching power supply, communication equipment, and power conversion.
3.FAQ
Q1: Do you provide service for custom design products?
A: Yes, we have the R&D department for custom designs,welcome to send any of your custom specifications.
Q2: How about the quality?
A: Each pieces 100% tested before shipment. We offer 90-180 days quality assurance.
Q3: What is your lead time for samples and mass orders?
A: Usually 5-10 days for samples and 15-30 days for mass production, depending on the quantity and the raw material stock.
Q4: How about the quality?
A: Each pieces 100% tested before shipment. We offer 90-180 days quality assurance.
4.Other Recommended Produtcs
5.Company Profile
Product Tags:
|
|
Customizable Inductance Filtering Effect High Current Magnetic Ring Inductor Images
|
