The RLB0914681KL is a high-performance power inductor designed for use in power supplies, DC/DC converters, and general electronic applications. Featuring a ferrite DR core, enameled copper wire, and tin-plated terminals, it supports operating temperatures from -40 °C to +105 °C and withstands storage at equivalent ranges. Its compact size, with dimensions around 9.7 mm in diameter, ensures suitability for space-constrained designs. This inductor offers high rated current capacity, low loss at high frequencies, and RoHS compliance, making it ideal for modern electronic power management solutions.
Bourns RLB0914681KL Power Inductor Specifications:
Core Material: Ferrite DR core
Wire Material: Enameled copper wire
Terminal Material: Cu/Sn
Temperature Range: -40 °C to +105 °C
Operating Temperature: -40 °C to +105 °C
Storage Temperature: -40 °C to +105 °C
Physical Dimensions: Approximately 9.7 mm diameter, length varies with model
Maximum Temperature Rise: 20 °C at rated current
RoHS Compliance: Yes
Inductance Range: 47 nH to 680 μH depending on model
Q Factor: Up to 70 at test frequencies
Maximum Rated Current: Up to 16 A depending on model
Test Frequency: 1 kHz to 50 MHz depending on measurement
SRF: Up to 12 GHz depending on model
Packaging: 150 pieces per bag
Buy the Buy BOURNS RLB0914681KL Power Inductor Part Number RLB0914681KL Online
Order the BOURNS RLB0914681KL power inductor online today and benefit from rapid delivery, competitive pricing, and proven reliability. Designed for use in power supplies and DC/DC converter circuits, this high-quality component features a ferrite core, enameled copper wire, and tin-plated terminals. It supports a temperature range of -40 °C to +105 °C, ensuring durability in various environments. Its compact size makes it ideal for space-critical applications, providing high rated current capacity, low dissipation, and RoHS compliance. Perfect for engineers seeking reliable electronic power management solutions with fast online access.
Get BOURNS RLB0914681KL power inductor today—engineered for high current capacity and exceptional thermal stability.
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