Glarks 25pcs 6 x 10/15/20/25/30mm Ferrite Core Radial Leaded Inductors Set, 7.5/10.5/12.5/19.9/20.5 Circle, 1/1.2/1.3mm Wire for Industrial, Automotive,Household Electronics
R 937
or 4 x payments of R234.25 with
Availability: Currently in Stock
Delivery: 10-20 working days
Please be aware orders placed now may not arrive in time for Christmas, please check delivery times.
Glarks 25pcs 6 x 10/15/20/25/30mm Ferrite Core Radial Leaded Inductors Set, 7.5/10.5/12.5/19.9/20.5 Circle, 1/1.2/1.3mm Wire for Industrial, Automotive,Household Electronics
♛【What You Get】: In this kit, you will receive 25pcs ferrite core radial leaded inductors. All inductors are packaged in a transparent plastic box for easy storage and portability. The wide range of sizes and ample quantity meet your daily needs, bringing convenience to your work.
♛【Specification】: Circle Quantity: 7.5circle, 10.5circle, 12.5circle, 19.9circle, 20.5circle. Wire Diameter: 1mm/0.04’’, 1.2mm/0.05’’, 1.3mm/0.05’’. Body Size (D x H): 6 x 10.3mm/0.23 x 0.4’’, 6 x 15.2mm/0.23 x 0.6’’, 6 x 20mm/0.23 x 0.79’’, 6 x 25mm/0.23 x 1’’, 6 x 30mm/0.23 x 1.18’’. Inductance value: 0.8uH, 2.2uH, 3.3uH, 10uH, 10.1uH. Color : black, gold tone.
♛【Durable Quality】: The ferrite core radial leaded inductor is made of high-quality UL-polyolefin and metal. The inductors are stable, long-lasting and durable, with a compact and portable body, fine workmanship and excellent performance, can replace old or damaged coils.
♛【Works Well】: Ferrite core radial leaded inductor can be used in measurement devices requiring low loss and high stability (such as laboratory standard inductors). When the current increases, the inductance does not drop sharply due to core saturation, and it has good linear characteristics. Ensure more stable parameters.
♛【Wide Applications】: Ferrite core radial leaded inductors are suitable for high-frequency applications such as radio frequency (RF), microwave circuits, antenna matching, and oscillators (as radios, wireless communication devices). They are commonly used in LC resonant circuits and filter circuits (as bandpass filters).