680µH Through Hole Radial Inductor for Power Applications

High-performance ferrite drum core inductor with miniature winding, engineered for power supply and industrial equipment applications with wide operating temperature range

680µH, 0.38A, 1314 Through Hole Inductor - High Inductance Through Hole Inductor
  • 680µH, 0.38A, 1314 Through Hole Inductor - High Inductance Through Hole Inductor

680µH, 0.38A, 1314 Through Hole Inductor

RB1314681KL

Traditional Inductor, Radial Inductor, General Grade

680uH, 0.38A, 1314 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 Category Traditional Inductor Inductance (µH) 680
Part Number RB1314681KL Tolerance ±10%
Grade General RDC (Ω) 0.79
Length (mm) 11.7 IDC (A) 0.38
Width (mm) 11.7 Operating temp.°C (LOW) -40
Height (mm) 12 Operating temp.°C (HIGH) 125
Download
Through Hole Inductor RB1314 Series Datasheet
Through Hole Inductor RB1314 Series Datasheet

Include dimensions, electrical characteristics and curve diagrams for your reference

Download
Related Products
680µH, 0.9A, 0914 Through Hole Inductor - High Inductance Through Hole Inductor
680µH, 0.9A, 0914 Through Hole Inductor
RB0914681KL

680uH, 0.9A, 0914 Through Hole Inductor RB series offer a wide inductance range (maximum up to 100000µH)...

Details Add to List
680µH, 0.42A, 0912 Through Hole Inductor - High Inductance Through Hole Inductor
680µH, 0.42A, 0912 Through Hole Inductor
RB0912681KL

680uH, 0.42A, 0912 Through Hole Inductor RB series offer a wide inductance range (maximum up to 100000µH)...

Details Add to List
680µH, 330mA, 1010 Through Hole Inductor - High Inductance Through Hole Inductor
680µH, 330mA, 1010 Through Hole Inductor
RB1010681JL

680µH, 330mA, 1010 Through Hole Inductor RB series offer a wide inductance range (maximum...

Details Add to List
680µH, 140mA, 0812 Through Hole Inductor - High Inductance Through Hole Inductor
680µH, 140mA, 0812 Through Hole Inductor
RB0812681KL

680µH, 140mA, 0812 Through Hole Inductor RB series offer a wide inductance range (maximum...

Details Add to List
680µH, 125mA, 0608 Through Hole Inductor - High Inductance Through Hole Inductor
680µH, 125mA, 0608 Through Hole Inductor
RB0608681KL

680µH, 125mA, 0608 Through Hole Inductor RB series offer a wide inductance range (maximum...

Details Add to List

How can you reduce power losses and improve efficiency in your TV and video appliance power supply designs?

The RB1314681KL through hole inductor offers low RDC (0.79Ω) combined with 680µH inductance, significantly reducing power dissipation in household appliance power supplies. ABC ATEC's 45 years of manufacturing expertise and IATF16949 certification ensure consistent quality and reliability across high-volume production runs. Contact our team to discuss customized inductor solutions tailored to your specific power supply requirements and performance specifications.

Engineered with ±10% tolerance and operating temperature range from -40°C to +125°C including self-temperature rise, this through hole inductor meets stringent performance demands for reliable power management in demanding environments. As a manufacturer with 45 years of specialized expertise and IATF16949 Quality Certification, ABC ATEC delivers this precision component with patented production technologies and comprehensive customization services. Whether you require a radial inductor for power supply circuits, general-grade choke coil applications, or industrial equipment integration, this traditional inductor solution combines proven ferrite drum core construction with low RDC characteristics to ensure optimal efficiency and long-term reliability in your power electronics designs.