Professional Through Hole Inductor Solutions for Power Applications

High-performance 120µH radial inductor engineered for power supplies, choke coils, and industrial equipment with proven reliability

120µH, 1.9A, 0914 Through Hole Inductor - High Inductance Through Hole Inductor
  • 120µH, 1.9A, 0914 Through Hole Inductor - High Inductance Through Hole Inductor

120µH, 1.9A, 0914 Through Hole Inductor

RB0914121KL

Traditional Inductor, Radial Inductor, General Grade

120uH, 1.9A, 0914 Through Hole Inductor RB series offer a wide inductance range (maximum up to 100000µH) and various dimension 0608, 0712, 0812, 0912, 0914, 1010, 1314 available, These through hole inductors feature high inductance and low RDC. Construction includes a ferrite drum core with miniature winding. RB series are ideal for power supplier and as power choke coil in general household appliances (TV sets, video appliances, etc.) and industrial equipment.

Product Features
  • Radial fixed construction with a miniature winding
  • Low RDC
  • Operating temp.: -40°C ~ +125°C (including self-temperature rise)
Product Applications
  • Power supplier
  • As power choke coil in general household appliances (TV sets, video appliances, etc.) and industrial equipment
Product CategoryTraditional InductorTolerance±10%
Part NumberRB0914121KLRDC (Ω)0.32
GradeGeneralIsat. (A)1.9
Length (mm)8.7Irms. (A)1.05
Width (mm)8.7Operating temp.°C (LOW)-40
Height (mm)12Operating temp.°C (HIGH)125
Inductance (µH)120
Download
Through Hole Inductor RB0914 Series Datasheet
Through Hole Inductor RB0914 Series Datasheet

Include dimensions, electrical characteristics and curve diagrams for your reference

Download
Related Products
120µH, 820mA, 1010 Through Hole Inductor - High Inductance Through Hole Inductor
120µH, 820mA, 1010 Through Hole Inductor
RB1010121KL

120µH, 820mA, 1010 Through Hole Inductor RB series offer a wide inductance range (maximum...

Details Add to List
120µH, 300mA, 0812 Through Hole Inductor - High Inductance Through Hole Inductor
120µH, 300mA, 0812 Through Hole Inductor
RB0812121KL

120µH, 300mA, 0812 Through Hole Inductor RB series offer a wide inductance range (maximum...

Details Add to List
120µH, 0.3A, 0712 Through Hole Inductor - High Inductance Through Hole Inductor
120µH, 0.3A, 0712 Through Hole Inductor
RB0712121KL

120uH, 0.3A, 0712 Through Hole Inductor RB series offer a wide inductance range (maximum up to 100000µH)...

Details Add to List
120µH, 290mA, 0608 Through Hole Inductor - High Inductance Through Hole Inductor
120µH, 290mA, 0608 Through Hole Inductor
RB0608121KL

120µH, 290mA, 0608 Through Hole Inductor RB series offer a wide inductance range (maximum...

Details Add to List

How can you ensure stable power delivery in TV and video appliances while minimizing component size and heat generation?

ABC ATEC's RB0914121KL through hole inductor delivers exceptional low RDC (0.32Ω) performance in a compact 0914 package, reducing power losses and thermal stress in consumer electronics. With maximum inductance ranges up to 100,000µH and multiple dimension options, our ferrite drum core design provides the flexibility to optimize power supply circuits for TV sets, video appliances, and household electronics while maintaining strict IATF16949 quality standards. Contact our engineering team to explore custom configurations that enhance your product's power efficiency and reliability.

ABC ATEC's RB series through hole inductors combine 45 years of specialized expertise in inductor design with patented manufacturing technologies to deliver customized solutions that exceed industry standards. With ±10% inductance tolerance and comprehensive dimensional options ranging from 0608 to 1314, this inductor series accommodates diverse circuit requirements while maintaining the IATF16949 quality certification that ensures consistent performance. Whether optimizing power distribution in household appliances or stabilizing power delivery in industrial systems, our ferrite core inductors provide the precision engineering and reliability your applications demand.