Bourns 10 mH Ferrite DR Radial Inductor Max SRF 0.53 MHz Q 80 100 mA Idc 12 Ω Rdc RLB1314

Bourns RLB1314 10 mH Ferrite DR Radial Inductor is designed for robust performance in power supplies, DC/DC converters, and a variety of general electronic applications. The radial mount type and axial termination provide ease of installation on printed circuit boards.

This inductor features a ferrite DR core which offers low core loss and high inductance stability. It supports a maximum direct current (DC) of 100 mA and has a low DC resistance of 12 Ω, allowing efficient current flow with minimal heat generation.

Its self-resonant frequency is rated at a maximum of 0.53 MHz, making it suitable for use in circuits up to the mid-frequency range. The high quality factor of 80 ensures efficient energy storage and minimal losses during operation.

The component operates reliably within a wide temperature range from -40°C to 105°C, making it suitable for automotive and industrial environments where temperature extremes may occur. Its physical dimensions are compact with a diameter of 11.7 mm, height of 12 mm, length of 27 mm, and a lead diameter of 0.8 mm, enabling high-density PCB assembly.

This product is RoHS compliant, ensuring it meets environmental standards for restriction of hazardous substances.

Inductance of 10 mH provides effective inductive filtering. Maximum DC current rating of 100 mA supports low power applications. Ferrite DR core material ensures stable inductance and low losses. Maximum DC resistance of 12 Ω minimizes power dissipation.

Maximum self-resonant frequency 0.53 MHz supports high-frequency performance. Quality factor (Q) of 80 contributes to efficient energy storage. Axial termination style with radial mount type enhances PCB layout flexibility.

Operating temperature range from -40°C to 105°C for reliable use in varied environments. Compact size: 11.7 mm diameter, 12 mm height, 27 mm length with 0.8 mm leads. RoHS compliant design promotes environmental safety.

This Bourns radial inductor series is ideal for use in industrial, automotive, power electronics, telecommunications, and consumer electronics applications where reliable inductance and compact form factor are required.

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