Shielded inductors contain the magnetic field within the package, reducing EMI, which is critical for dense layouts. Unshielded inductors are generally cheaper and offer higher current ratings for the same size but pose a higher risk of noise coupling.
Inductors, Coils, Chokes Component Intelligence
Engineering intelligence for magnetic component selection and circuit integration.
What are Inductors, Coils, Chokes components?
Inductors are fundamental magnetic components used for energy storage in DC-DC converters, EMI filtering, and signal impedance matching. Selection hinges on balancing inductance, saturation current, DC resistance, and core loss characteristics for your specific frequency range.
How to Choose Inductors, Coils, Chokes Components
Selecting the right magnetic component requires balancing electrical performance with physical constraints and thermal management.
Inductance & Tolerance
Define the required inductance at your operating frequency, accounting for tolerance and stability over temperature.
Saturation Current (Isat)
Ensure the Isat rating exceeds your peak current to prevent core saturation and sudden drops in inductance.
DC Resistance (DCR)
Minimize DCR to reduce power dissipation and improve efficiency, especially in high-current power supply designs.
Core Material
Select ferrite for high-frequency low-loss applications or powdered iron for high-current energy storage.
Shielding Requirements
Use shielded inductors to contain magnetic flux and minimize EMI in dense, noise-sensitive PCB layouts.
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