Ferrite Inductor

Product Details:

The Ferrite Rod Core Inductor is a high-performance magnetic component designed for filtering, tuning, and energy storage applications in electronic circuits. Constructed using high-permeability ferrite rod cores, this inductor provides excellent magnetic coupling, low core loss, and stable inductance even at elevated frequencies.

Its rod-shaped ferrite core concentrates the magnetic field efficiently while allowing an open magnetic path, making it ideal for RF circuits, power supplies, EMI filters, and audio frequency applications. The inductor’s simple structure, high Q-factor, and excellent frequency response make it a preferred choice for designers seeking compact and reliable magnetic components.

• High magnetic permeability for efficient inductance

• Excellent frequency stability and low core loss

• Available in a wide range of inductance values

• Compact and lightweight construction

• Suitable for both axial and radial configurations

• High Q-factor with minimal temperature drift

• Customizable wire gauge, inductance, and dimensions

• RoHS compliant and meets IEC / UL standards

• RF and IF Tuned Circuits

• Signal and Audio Frequency Filters

• EMI / RFI Suppression Circuits

• SMPS and Power Conditioning Circuits

• Antenna and Oscillator Circuits

• General Purpose Electronic Devices

Product Details:

The Air Core Spring Coil Inductor is a precision-engineered inductor designed for high-frequency and RF applications where low core loss, high Q-factor, and linear inductance characteristics are essential. Unlike ferrite or iron-core inductors, these coils operate without a magnetic core, eliminating core saturation and hysteresis losses, making them ideal for use in tuned circuits, filters, antennas, and oscillators.

Manufactured from high-conductivity copper or tinned copper wire, these inductors feature air-core, helical spring structures that ensure stable inductance and minimal parasitic capacitance. Their open structure also provides excellent thermal dissipation and mechanical stability even at high operating frequencies.

• Coreless design ensures zero magnetic saturation

• High Q-factor for superior frequency response

• Low loss and high linearity across a wide frequency range

• Stable inductance with minimal parasitic effects

• Available in cylindrical, conical, and custom spring shapes

• Excellent thermal stability and durability

• Customizable inductance range, diameter, and wire gauge

• Suitable for both through-hole and surface mount (SMD) configurations

• RF and Microwave Circuits

• High-Frequency Filters and Oscillators

• Tuned Circuits and Matching Networks

• Antenna Loading and Impedance Matching

• Signal Amplifiers and Transmitters

• Wireless Power Transmission Systems