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V180279H Mn-Zn Ferrite Core, EMI RFI Noise Suppression Toroid Core, RoHS REACH Certified for EMC Filter Solution

V180279H Mn-Zn Ferrite Core, EMI RFI Noise Suppression Toroid Core, RoHS REACH Certified for EMC Filter Solution

Brand Name: Weiaipu
Model Number: V180279H
MOQ: 720PCS
Price: 0.17USD
Packaging Details: Carton
Payment Terms: T/T
Detail Information
Place of Origin:
China
Certification:
ROHS REACH
Model Number:
V180279H
Material Grade:
VN02 Ni‑Zn Ferrite
Shape:
Toroidal Gap‑free Ferrite Core
Test Frequency Range:
1MHz‑500MHz
Certification:
RoHS, REACH
Application:
EMI Suppression,PCBA,Power Cable,Harness,EMC Debugging
Highlight:

Mn-Zn ferrite core EMI suppression

,

RoHS certified toroid core

,

EMC filter ferrite core

Product Description
V180279H Mn-Zn Ferrite Core, EMI RFI Noise Suppression Toroid Core, RoHS REACH Certified for EMC Filter Solution
Product Overview

The V180279H is a toroidal gap-free Ni-Zn ferrite EMI suppression core manufactured by Shenzhen VIIP Electronics Co., Ltd, dedicated to EMC high-frequency noise suppression. This high-performance magnetic component effectively attenuates high-frequency electromagnetic interference inside electronic circuits and wiring harnesses, fully complying with RoHS & REACH environmental requirements.

Impedance performance is validated by production sample test data, covering noise-attenuation frequency range from 1 MHz to 500 MHz. Its closed toroidal magnetic-path structure delivers stable broadband EMI filtering performance for cable harness and PCBA-level EMC optimization.

  • Wide test bandwidth covering 1 MHz to 500 MHz for comprehensive impedance characterization
  • Compliant with RoHS and REACH standards, fit for global export electronic projects
  • Strict visual appearance defect criteria to ensure reliable mechanical strength during assembly
  • Perfect for circuit EMC debugging together with EMI filter solutions
Electrical Characteristics
ItemSpecification
Test instrumentE4991A + 16194A
Test frequency range1 MHz ~ 500 MHz
Test winding fixtureØ0.5*0.5TS*100L(mm)
Min. Impedance @25 MHz70 Ω
Min. Impedance @100 MHz150 Ω

Impedance-vs-frequency test curve is attached in the official approval sheet for reference.

Material & Physical Properties
ParameterValue
Material GradeVN02 Ni-Zn Ferrite
Initial permeability μi650 (±20%)
Relative Loss Factor tanδ/μi20 @ 0.1 MHz
Saturation magnetic flux density Bs330 mT @1600 A/m
Remanence Br150 mT
Curie temperature Tc>105 °C
Density4.6 g/cm³
Dimension B28.5 ±0.8 mm

Note: Dimension A & C are reserved on the approval sheet; please refer to original drawing for full dimension data.

Applications
  • Industrial field-bus signal cable EMI suppression
  • Building smart & fire alarm device noise filtering
  • Robot internal wiring & micro-actuator anti-interference
  • Data acquisition & RS485 communication harness EMC optimization
  • Low-energy storage auxiliary power noise attenuation
  • Lab test & measurement equipment cable noise suppression
  • Consumer electronics power cable and PCBA high-frequency noise mitigation
Product Images
V180279H Ferrite Core - Front view V180279H Ferrite Core - Side view V180279H Ferrite Core - Technical drawing V180279H Ferrite Core - Application example V180279H Ferrite Core - Performance chart
Frequently Asked Questions

Can I get free samples for H-series ferrite cores?

Yes, we can provide free H-series ferrite core samples for your performance testing and product evaluation.

What is your regular order requirement for ferrite cores?

Normally mass orders need to comply with our minimum package quantity requirement.

Does the free-sample policy allow small-quantity orders below MOQ for regular purchases?

Free samples are only intended for performance verification. While your first trial order can be negotiated, formal repeat orders must follow our minimum package quantity rule.

What certificates do H-series ferrite cores have?

Our H-series ferrite cores meet RoHS and REACH regulatory requirements.

What is the typical production lead-time for mass-production ferrite core orders?

Typical production lead-time ranges from 2 to 5 weeks, subject to order volume and stock status. Exact lead-time will be confirmed prior to your formal order placement.

Can you customize impedance, physical dimensions or material for H-type ferrite cores?

Customization service is available based on your detailed technical specifications. A dedicated MOQ will apply for all customized ferrite core projects.

Could you provide EMC technical support when I apply your ferrite cores in my projects?

Sure. Our in-house engineering team provides basic EMC technical consultation to assist you with noise-suppression design and circuit debugging work.

What applications are H-series ferrite cores suitable for?

H-series Ni-Zn ferrite cores are widely used for EMI / EMC noise suppression on PCBA traces, wiring harnesses, power cables, consumer electronics, power supplies and communication-related equipment.

Good price  online

Products Details

Home > Products >
EMC EMI Filter
>
V180279H Mn-Zn Ferrite Core, EMI RFI Noise Suppression Toroid Core, RoHS REACH Certified for EMC Filter Solution

V180279H Mn-Zn Ferrite Core, EMI RFI Noise Suppression Toroid Core, RoHS REACH Certified for EMC Filter Solution

Brand Name: Weiaipu
Model Number: V180279H
MOQ: 720PCS
Price: 0.17USD
Packaging Details: Carton
Payment Terms: T/T
Detail Information
Place of Origin:
China
Brand Name:
Weiaipu
Certification:
ROHS REACH
Model Number:
V180279H
Model Number:
V180279H
Material Grade:
VN02 Ni‑Zn Ferrite
Shape:
Toroidal Gap‑free Ferrite Core
Test Frequency Range:
1MHz‑500MHz
Certification:
RoHS, REACH
Application:
EMI Suppression,PCBA,Power Cable,Harness,EMC Debugging
Minimum Order Quantity:
720PCS
Price:
0.17USD
Packaging Details:
Carton
Delivery Time:
7days
Payment Terms:
T/T
Highlight:

Mn-Zn ferrite core EMI suppression

,

RoHS certified toroid core

,

EMC filter ferrite core

Product Description
V180279H Mn-Zn Ferrite Core, EMI RFI Noise Suppression Toroid Core, RoHS REACH Certified for EMC Filter Solution
Product Overview

The V180279H is a toroidal gap-free Ni-Zn ferrite EMI suppression core manufactured by Shenzhen VIIP Electronics Co., Ltd, dedicated to EMC high-frequency noise suppression. This high-performance magnetic component effectively attenuates high-frequency electromagnetic interference inside electronic circuits and wiring harnesses, fully complying with RoHS & REACH environmental requirements.

Impedance performance is validated by production sample test data, covering noise-attenuation frequency range from 1 MHz to 500 MHz. Its closed toroidal magnetic-path structure delivers stable broadband EMI filtering performance for cable harness and PCBA-level EMC optimization.

  • Wide test bandwidth covering 1 MHz to 500 MHz for comprehensive impedance characterization
  • Compliant with RoHS and REACH standards, fit for global export electronic projects
  • Strict visual appearance defect criteria to ensure reliable mechanical strength during assembly
  • Perfect for circuit EMC debugging together with EMI filter solutions
Electrical Characteristics
ItemSpecification
Test instrumentE4991A + 16194A
Test frequency range1 MHz ~ 500 MHz
Test winding fixtureØ0.5*0.5TS*100L(mm)
Min. Impedance @25 MHz70 Ω
Min. Impedance @100 MHz150 Ω

Impedance-vs-frequency test curve is attached in the official approval sheet for reference.

Material & Physical Properties
ParameterValue
Material GradeVN02 Ni-Zn Ferrite
Initial permeability μi650 (±20%)
Relative Loss Factor tanδ/μi20 @ 0.1 MHz
Saturation magnetic flux density Bs330 mT @1600 A/m
Remanence Br150 mT
Curie temperature Tc>105 °C
Density4.6 g/cm³
Dimension B28.5 ±0.8 mm

Note: Dimension A & C are reserved on the approval sheet; please refer to original drawing for full dimension data.

Applications
  • Industrial field-bus signal cable EMI suppression
  • Building smart & fire alarm device noise filtering
  • Robot internal wiring & micro-actuator anti-interference
  • Data acquisition & RS485 communication harness EMC optimization
  • Low-energy storage auxiliary power noise attenuation
  • Lab test & measurement equipment cable noise suppression
  • Consumer electronics power cable and PCBA high-frequency noise mitigation
Product Images
V180279H Ferrite Core - Front view V180279H Ferrite Core - Side view V180279H Ferrite Core - Technical drawing V180279H Ferrite Core - Application example V180279H Ferrite Core - Performance chart
Frequently Asked Questions

Can I get free samples for H-series ferrite cores?

Yes, we can provide free H-series ferrite core samples for your performance testing and product evaluation.

What is your regular order requirement for ferrite cores?

Normally mass orders need to comply with our minimum package quantity requirement.

Does the free-sample policy allow small-quantity orders below MOQ for regular purchases?

Free samples are only intended for performance verification. While your first trial order can be negotiated, formal repeat orders must follow our minimum package quantity rule.

What certificates do H-series ferrite cores have?

Our H-series ferrite cores meet RoHS and REACH regulatory requirements.

What is the typical production lead-time for mass-production ferrite core orders?

Typical production lead-time ranges from 2 to 5 weeks, subject to order volume and stock status. Exact lead-time will be confirmed prior to your formal order placement.

Can you customize impedance, physical dimensions or material for H-type ferrite cores?

Customization service is available based on your detailed technical specifications. A dedicated MOQ will apply for all customized ferrite core projects.

Could you provide EMC technical support when I apply your ferrite cores in my projects?

Sure. Our in-house engineering team provides basic EMC technical consultation to assist you with noise-suppression design and circuit debugging work.

What applications are H-series ferrite cores suitable for?

H-series Ni-Zn ferrite cores are widely used for EMI / EMC noise suppression on PCBA traces, wiring harnesses, power cables, consumer electronics, power supplies and communication-related equipment.