V180220T Ferrite Core
Product Overview
V180220T is an EMI suppression ferrite core manufactured by Shenzhen VIIP Electronics Co.,Ltd, designed for EMC noise suppression. This component is used to suppress high‑frequency electromagnetic interference in electronic circuits. This approval complies with RoHS & REACH requirements. Impedance performance is validated with 10‑sample production test data, targeting noise attenuation within 1‑500 MHz frequency range.
Key Features
- Strict dimensional tolerance control, great interchangeability for automated winding mass production
- Smooth surface finish, minimize enamel wire insulation damage during winding process
- Compliant with RoHS and REACH environmental standards for global market access
- Complete batch inspection, available with PDF approval sheet & lab test report for project certification
- Good mechanical strength, resist cracking under normal winding and assembly stress
Physical Dimension
Main dimension: 40.6 ±1.0 mm; other measured dimensions from sample test: 14.87 mm, 27.58 mm (typical average value).
Electrical Characteristics
| Frequency |
Minimum Impedance |
| 25 MHz |
≥35 Ω |
| 100 MHz |
≥75 Ω |
Average sample measured result: Z@25MHz=44.4Ω; Z@100MHz=90.3Ω (10‑samples average).
Test Condition
- Test instrument: E4991A + 16194A
- Test frequency range: 1 MHz ~ 500 MHz
- Test winding fixture: Ø0.5×0.5TS×100L(mm)
Material Properties (VN02 Ferrite Grade)
- Initial permeability μi: 650 (±20%)
- Relative Loss Factor: 20×10⁶ @0.1 MHz
- Saturation magnetic flux density: 260 mT (@1600 A/m)
- Remanence Br:150 mT; Coercivity:35 A/m
- Curie temperature: >105 °C
Appearance Criteria
Defect area ≤6 mm² (breakage limit standard).
Applications
- EMC / EMI noise suppression for cables and electronic circuitry
- Suppress high‑frequency common‑mode & differential‑mode interference
- Power supply units, consumer electronics, data communication equipment
- Products requiring RoHS & REACH compliant magnetic noise‑filtering components
- Used together with EMI filter design for circuit EMC debugging & improvemen
Product Images
![Manufacturer V180220T NiZn Ferrite Core VN02 Material High Frequency Magnetic Core for EMC Noise Elimination 10]()
![Manufacturer V180220T NiZn Ferrite Core VN02 Material High Frequency Magnetic Core for EMC Noise Elimination 11]()
![Manufacturer V180220T NiZn Ferrite Core VN02 Material High Frequency Magnetic Core for EMC Noise Elimination 12]()
![Manufacturer V180220T NiZn Ferrite Core VN02 Material High Frequency Magnetic Core for EMC Noise Elimination 13]()
![Manufacturer V180220T NiZn Ferrite Core VN02 Material High Frequency Magnetic Core for EMC Noise Elimination 14]()
FAQs
Can I get free samples for ferrite cores?
Yes, we can provide free ferrite core samples for your performance testing and evaluation.
What is your regular order requirement for ferrite cores?
Normally orders shall follow our minimum package quantity.
Does the free-sample policy mean I can place small-quantity orders below MOQ for all orders?
Free samples are for performance verification only. Except for your first trial order, formal repeat orders need to follow our minimum package quantity requirement.
What certificates do your ferrite cores have? Can you provide approval sheets and test reports?
Our ferrite cores comply with RoHS and REACH standards. We are able to supply PDF approval sheets together with batch test reports for your project certification review.
What is the typical production lead-time for ferrite core mass orders?
Production lead-time is typically 2-5 weeks, depending on order quantity and stock availability. The exact lead-time will be confirmed before you place the formal order.
Can you customize impedance, dimension or material for ferrite cores?
Custom service is available according to your technical specifications. A specific MOQ will be applied for customized ferrite core projects.
Can you offer EMC technical support when I use your ferrite cores in my projects?
Yes. Our engineering team can offer basic EMC technical consultation to support your noise-suppression design and debugging.