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V18030 Toroidal Ferrite Magnetic Core High Permeability Anti Interference Core For Signal Line Filter Production

V18030 Toroidal Ferrite Magnetic Core High Permeability Anti Interference Core For Signal Line Filter Production

Brand Name: VIIP WeiAiPu
Model Number: V18030
MOQ: 585
Price: 0.25$
Packaging Details: Carton
Detail Information
Certification:
Rohs Reach
Coercivity:
20
Reman-ence:
200
Density:
4.6
Relative Temperature Coefficient:
5-10
Relative Loss Factor:
16(0.01MHz)
Mate-rial:
VN09
Highlight:

toroidal ferrite magnetic core

,

high permeability ferrite core

,

signal line filter core

Product Description

Product Brief Overview

Manufactured from VN09 grade soft ferrite material the V18030 toroidal core comes with 850 initial permeability. It is a highly dependable magnetic part engineered to suppress electromagnetic interference. Boasting a relative loss factor of 16 at 0.01MHz together with a relative temperature coefficient ranging from 5 to 10 this magnetic core delivers steady magnetic properties amid regular temperature variations. It achieves 280MT saturation magnetic flux density under 1600A per meter magnetic field and its Curie temperature goes beyond 130 degree Celsius. Its electrical resistivity exceeds 10 to the power of 5 ohm meter which lowers the risk of internal electric leakage. Rigorous manufacturing control guarantees accurate dimensions flawless surface finish and stable performance across production batches.

This core can be wound into common mode chokes and noise filters enabling end electronic products to meet EMC testing requirements for diverse engineering projects.
V18030 Toroidal Ferrite Magnetic Core High Permeability Anti Interference Core For Signal Line Filter Production

Application Scope and Usage

This ferrite toroidal core is extensively applied to eliminate noise on power lines and signal lines of multiple electronic devices. It can be fabricated into common mode choke coils and EMI filters to soak up high frequency interfering signals and curb electromagnetic interference. Typical usage cases cover power adapters switching power units industrial control circuit boards communication hardware consumer electronic gadgets and other electronic equipment. It supports anti interference design for newly developed products as well as noise optimization for finished existing products. It is suitable for large scale mass assembly and prototype sample validation for varied customer projects.
V18030 Toroidal Ferrite Magnetic Core High Permeability Anti Interference Core For Signal Line Filter Production

Five FAQ

Question: What are the key strengths of V18030 magnetic ring using VN09 material?

Answer: This magnetic core has 850 initial permeability and maintains reliable performance across a broad temperature spectrum. It features low loss performance at 0.01MHz high saturation magnetic flux density and elevated Curie temperature. It can sustain desirable noise reduction effect during long term continuous operation. Uniform parameters among batches make it well suited for automated winding processes and assist end products in passing EMC relevant certification tests.

Question: Do you have winding recommendations for the V18030 ferrite core?

Answer: The proper number of winding turns should be determined based on your operating frequency current demand and noise reduction objectives. Insufficient winding turns may result in weak noise suppression while too many turns will generate extra parasitic capacitance. You may share your circuit specifications and operating conditions and we will offer practical winding references for your assessment.

Question: Which situations will trigger magnetic saturation for this toroidal core?

Answer: Overload operating current serves as the primary trigger for magnetic saturation. Once the working current surpasses the load capacity of the magnetic ring its noise filtering capability will decrease drastically. Operating temperatures that go beyond the acceptable range will also alter the magnetic features of the core. Please operate this product within its defined parameter specifications.

Answer: Are sample units of V18030 magnetic ring available for performance validation?

Answer: We do provide sample support. You may request samples to test real filtering performance prior to placing bulk orders. Our samples adopt identical raw materials and manufacturing standards as mass production goods. After sample performance confirmation we can arrange steady bulk shipment for your official purchase order.

Question: What sets VN09 ferrite material apart from alternative ferrite grades?

Answer: VN09 material strikes a balanced performance among permeability loss factor and saturation flux density. It delivers well rounded performance for medium and low frequency EMI mitigation. When compared with high permeability ferrite it provides superior saturation capability and better heat resistance. Against low permeability ferrite it offers more powerful noise absorption for power and signal circuits.

Good price  online

Products Details

Home > Products >
EMI Ferrite Core
>
V18030 Toroidal Ferrite Magnetic Core High Permeability Anti Interference Core For Signal Line Filter Production

V18030 Toroidal Ferrite Magnetic Core High Permeability Anti Interference Core For Signal Line Filter Production

Brand Name: VIIP WeiAiPu
Model Number: V18030
MOQ: 585
Price: 0.25$
Packaging Details: Carton
Detail Information
Brand Name:
VIIP WeiAiPu
Certification:
Rohs Reach
Model Number:
V18030
Coercivity:
20
Reman-ence:
200
Density:
4.6
Relative Temperature Coefficient:
5-10
Relative Loss Factor:
16(0.01MHz)
Mate-rial:
VN09
Minimum Order Quantity:
585
Price:
0.25$
Packaging Details:
Carton
Highlight:

toroidal ferrite magnetic core

,

high permeability ferrite core

,

signal line filter core

Product Description

Product Brief Overview

Manufactured from VN09 grade soft ferrite material the V18030 toroidal core comes with 850 initial permeability. It is a highly dependable magnetic part engineered to suppress electromagnetic interference. Boasting a relative loss factor of 16 at 0.01MHz together with a relative temperature coefficient ranging from 5 to 10 this magnetic core delivers steady magnetic properties amid regular temperature variations. It achieves 280MT saturation magnetic flux density under 1600A per meter magnetic field and its Curie temperature goes beyond 130 degree Celsius. Its electrical resistivity exceeds 10 to the power of 5 ohm meter which lowers the risk of internal electric leakage. Rigorous manufacturing control guarantees accurate dimensions flawless surface finish and stable performance across production batches.

This core can be wound into common mode chokes and noise filters enabling end electronic products to meet EMC testing requirements for diverse engineering projects.
V18030 Toroidal Ferrite Magnetic Core High Permeability Anti Interference Core For Signal Line Filter Production

Application Scope and Usage

This ferrite toroidal core is extensively applied to eliminate noise on power lines and signal lines of multiple electronic devices. It can be fabricated into common mode choke coils and EMI filters to soak up high frequency interfering signals and curb electromagnetic interference. Typical usage cases cover power adapters switching power units industrial control circuit boards communication hardware consumer electronic gadgets and other electronic equipment. It supports anti interference design for newly developed products as well as noise optimization for finished existing products. It is suitable for large scale mass assembly and prototype sample validation for varied customer projects.
V18030 Toroidal Ferrite Magnetic Core High Permeability Anti Interference Core For Signal Line Filter Production

Five FAQ

Question: What are the key strengths of V18030 magnetic ring using VN09 material?

Answer: This magnetic core has 850 initial permeability and maintains reliable performance across a broad temperature spectrum. It features low loss performance at 0.01MHz high saturation magnetic flux density and elevated Curie temperature. It can sustain desirable noise reduction effect during long term continuous operation. Uniform parameters among batches make it well suited for automated winding processes and assist end products in passing EMC relevant certification tests.

Question: Do you have winding recommendations for the V18030 ferrite core?

Answer: The proper number of winding turns should be determined based on your operating frequency current demand and noise reduction objectives. Insufficient winding turns may result in weak noise suppression while too many turns will generate extra parasitic capacitance. You may share your circuit specifications and operating conditions and we will offer practical winding references for your assessment.

Question: Which situations will trigger magnetic saturation for this toroidal core?

Answer: Overload operating current serves as the primary trigger for magnetic saturation. Once the working current surpasses the load capacity of the magnetic ring its noise filtering capability will decrease drastically. Operating temperatures that go beyond the acceptable range will also alter the magnetic features of the core. Please operate this product within its defined parameter specifications.

Answer: Are sample units of V18030 magnetic ring available for performance validation?

Answer: We do provide sample support. You may request samples to test real filtering performance prior to placing bulk orders. Our samples adopt identical raw materials and manufacturing standards as mass production goods. After sample performance confirmation we can arrange steady bulk shipment for your official purchase order.

Question: What sets VN09 ferrite material apart from alternative ferrite grades?

Answer: VN09 material strikes a balanced performance among permeability loss factor and saturation flux density. It delivers well rounded performance for medium and low frequency EMI mitigation. When compared with high permeability ferrite it provides superior saturation capability and better heat resistance. Against low permeability ferrite it offers more powerful noise absorption for power and signal circuits.