DG Focus Technology
High-Efficiency Nanocrystalline Cut Core PFC Inductor JHNC0603

High-Efficiency Nanocrystalline Cut Core PFC Inductor

MagComponent presents the JHNC0603 nanocrystalline cut core PFC inductor, specifically designed for inductive compensation PFC circuits and active PFC circuits. This high-performance component improves power factor and reduces reactive power, significantly enhancing power conversion efficiency.

5.1mH inductance with ±30% tolerance for PFC applications
Nanocrystalline core with FR-4 base for easy PCB layout
Maximum 15.0A rated current with excellent thermal stability

Technical Specifications

5.1 mH
Inductance @60Hz/1.0V
15.0 A
Rated Current
900 mΩ
DC Resistance Max
μ ≥ 180
Permeability
-25°C to 85°C
Operating Temperature
0-50 Oe
Bias Range

Product Model: JHNC0603

Basic Information

  • Origin: China
  • HS Code: 8504500000
  • Product Dimensions: 69×53×40mm

Packaging & Compliance

  • Packaging Dimensions: 5.00×5.00×4.00cm
  • Gross Weight: 0.300kg
  • Professional Manufacturing: 10+ Years Experience

Performance Characteristics

Core Material

Utilizes nanocrystalline magnetic core with FR-4 base for easy PCB layout design

Wide Bias Range

Supports constant bias range of 0-50 Oe for versatile applications

High Permeability

Features high linear permeability with μ ≥ 180 for superior performance

Low Loss

Exhibits extremely low high-frequency loss characteristics

Stability

Excellent frequency characteristics and temperature stability

Quality Assurance

Professional manufacturing with 10+ years industry experience

Detailed Electrical Characteristics

Electrical Parameters

Inductance

5.1mH ±30% @60Hz/1.0V

DC Resistance (DCR)

Maximum 900mΩ

Rated Current (IDC)

Maximum 15.0A

Permeability

μ ≥ 180 (High linear permeability)

Safety & Testing

Withstand Voltage Test (Hipot)

1500Vac 5mA/3Sec (coil-core)

Interlayer Short Circuit Test

1600Vac @60Hz

Operating Temperature

-25°C to +85°C

Storage Temperature

-40°C to +85°C

Product Dimensions

PFC Inductor 5.1mH Dimension Diagram

Product Dimensions: 69×53×40mm

Application Areas

Power Factor Correction

Widely used in variable frequency air conditioner power supplies, UPS switching power supplies, plasma TVs, etc.

Filtering

Suitable for output filter inductors in switching power supplies and converters

Noise Suppression

Differential mode noise filter inductors for electromagnetic compatibility

About MagComponent

MagComponent is a professional manufacturer specializing in nanocrystalline, amorphous cores, power inductors, and transformers. With over 10 years of industry experience, we are committed to establishing win-win business relationships with global customers.

Deep Customization

We provide product customization services according to your specific requirements

Professional Design

Senior engineers can design exclusive packaging structures for you

Quality Commitment

12+ years industry experience, all products come with 3-5 year warranty

Frequently Asked Questions

What is the main application of this PFC inductor?

This PFC inductor is specifically designed for inductive compensation PFC circuits and active PFC circuits, improving power factor and reducing reactive power to enhance power conversion efficiency.

What is the inductance tolerance and measurement conditions?

The inductor provides 5.1mH inductance with ±30% tolerance measured at 60Hz/1.0V, ensuring stable performance in PFC applications.

What are the safety testing standards for this product?

The JHNC0603 PFC inductor undergoes withstand voltage testing at 1500Vac 5mA/3Sec (coil-core) and interlayer short circuit testing at 1600Vac @60Hz.

What is the operating temperature range?

This inductor operates reliably within a temperature range of -25°C to +85°C, with storage temperature range of -40°C to +85°C.

Can you provide custom specifications for specific applications?

Yes, we offer comprehensive customization services for special requirements and performance specifications based on your specific design needs and application requirements.

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Get Your PFC Solution Today

Contact our technical experts to discuss how our nanocrystalline PFC inductors can help you achieve superior power factor correction and energy efficiency.