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Bourns Unveils Shielded Power Inductor Series Designed with a Ferrite Core and Ferrite Shield for Low Magnetic Field Radiation

New AEC-Q200 Compliant, Automotive Grade inductors are ideal for applications that operate in low noise environments or those that require higher inductor reliability

RIVERSIDE, Calif., February 20, 2024 – Bourns, Inc., a leading manufacturer and supplier of electronic components for power, protection, and sensing solutions, today announced its new Model SRR5228A and SRR5828A Series Shielded Power Inductors. These are Bourns’ latest AEC-Q200 compliant, automotive grade power inductors and are designed with a ferrite core and ferrite shield. This construction delivers low magnetic field radiation, which is essential for applications that operate in low noise environments such as in automotive driver assistant devices, infotainment systems and lighting designs. These inductors are also well-suited for DC-DC converters and power supplies in consumer, industrial and telecom applications where higher inductor reliability is a frequent requirement.

Providing industry-leading inductance and heating current, the Model SRR5228A and SRR5828A Series feature an inductance range up to 1000 μH and heating current up to 5.2 A. These inductors also offer a broad operating temperature range of -40 °C to +150 °C. 

Bourns® Model SRR5228A and SRR5828A Shielded Power Inductor Series are available now and are RoHS* compliant and halogen free**. For more detailed product information, please see:

About Bourns

Bourns, Inc. is a leading manufacturer and supplier of position and speed sensors, circuit protection solutions, magnetic components, microelectronic modules, panel controls and resistive products.  Founded in 1947 and headquartered in Riverside, California, Bourns employs more than 9,000 people in 17 manufacturing centers worldwide. The Company serves a broad range of markets, including automotive, industrial, consumer, communications, low to medium risk medical***, audio and various other market segm

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