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VIIP V19008 Snap On Ferrite Core EMI Noise Suppressor for Various Signal and Power Cables

VIIP V19008 Snap On Ferrite Core EMI Noise Suppressor for Various Signal and Power Cables

Brand Name: VIIP WeiAiPu
Model Number: V19008
MOQ: 196
Price: 1.55usd
Packaging Details: Carton
Payment Terms: T/T
Detail Information
Place of Origin:
china
Certification:
Rohs Reach
Mate-rial:
VN09
Initial Permeability:
850
Relative Loss Factor:
16(0.01MHz)
Reman-ence:
200
Coercivity:
20
Density:
4.7
Highlight:

Snap On Ferrite Core

,

EMI Noise Suppressor

,

Signal Power Cable Filter

Product Description
Product Introduction

VIIP V19008 snap on ferrite core is made of VN09 ferrite material with initial permeability of 850 and outstanding high frequency noise suppression capacity. Its electrical specification reaches minimum impedance of 75 Ohm at 25 MHz and minimum impedance of 135 Ohm at 100 MHz. This product adopts open clip structure with well controlled dimension and stable tolerance. It has curie temperature over 110 degree Celsius high electrical resistivity and low magnetic loss. It can maintain stable EMI filtering performance under fluctuating temperature and long time continuous working conditions. It can be mounted on finished cable harness quickly without cutting or stripping wires and it is a widely used EMC component for electromagnetic interference rectification in electronics industry.

VIIP V19008 Snap On Ferrite Core EMI Noise Suppressor for Various Signal and Power Cables
Application Scope

It is widely used in consumer electronics industrial control equipment power adapters communication devices audio and video equipment medical electronics lighting equipment and automatic supporting cables. It fits many types of wires including signal cables DC power cords USB data cables audio video cables and internal and external wiring harness of equipment.

Purpose

It is mainly used to suppress high frequency common mode electromagnetic noise on cables reduce electromagnetic radiation emitted from cables and block external electromagnetic wave interference to the transmitted signal inside wires. It improves signal transmission quality lowers the electromagnetic radiation level of equipment helps end products pass EMC electromagnetic compatibility tests and reduces faults such as signal lag picture noise and audio static caused by interference.

VIIP V19008 Snap On Ferrite Core EMI Noise Suppressor for Various Signal and Power Cables

FAQ

1.Question What are the impedance parameters of V19008 snap on ferrite core?
Answer This ferrite core provides minimum impedance of 75 Ohm at 25 MHz and minimum impedance of 135 Ohm at 100 MHz it shows good absorption and suppression effect for high frequency noise within this frequency band.

2.Question Do we need to cut the original cable to install this snap on ferrite core?

Answer There is no need to cut or strip cable insulation. The open clip design allows users to fasten it directly on finished cable harness quickly without any damage to the original wiring.

3.Question What temperature range can this ferrite core withstand for long term operation?

 Answer The magnetic core uses VN09 material with curie temperature higher than 110 degree Celsius. It works stably within common operating temperature range of electronic equipment and keeps steady magnetic performance when ambient temperature changes frequently.

4.Question Can we use more than one snap on ferrite core on a single cable?

Answer Yes. For projects with severe interference engineers can install multiple ferrite cores at proper positions of one cable according to actual test results to get better noise suppression performance.

5.Question Will the useful signal become weak after installing this ferrite core?
Answer This ferrite core mainly absorbs high frequency interference noise and has little influence on low frequency useful signals. Proper installation will not cause obvious attenuation of valid signals. You can carry out pre test for high speed signal lines to verify the performance.

Good price  online

Products Details

Home > Products >
EMI Ferrite Core
>
VIIP V19008 Snap On Ferrite Core EMI Noise Suppressor for Various Signal and Power Cables

VIIP V19008 Snap On Ferrite Core EMI Noise Suppressor for Various Signal and Power Cables

Brand Name: VIIP WeiAiPu
Model Number: V19008
MOQ: 196
Price: 1.55usd
Packaging Details: Carton
Payment Terms: T/T
Detail Information
Place of Origin:
china
Brand Name:
VIIP WeiAiPu
Certification:
Rohs Reach
Model Number:
V19008
Mate-rial:
VN09
Initial Permeability:
850
Relative Loss Factor:
16(0.01MHz)
Reman-ence:
200
Coercivity:
20
Density:
4.7
Minimum Order Quantity:
196
Price:
1.55usd
Packaging Details:
Carton
Payment Terms:
T/T
Highlight:

Snap On Ferrite Core

,

EMI Noise Suppressor

,

Signal Power Cable Filter

Product Description
Product Introduction

VIIP V19008 snap on ferrite core is made of VN09 ferrite material with initial permeability of 850 and outstanding high frequency noise suppression capacity. Its electrical specification reaches minimum impedance of 75 Ohm at 25 MHz and minimum impedance of 135 Ohm at 100 MHz. This product adopts open clip structure with well controlled dimension and stable tolerance. It has curie temperature over 110 degree Celsius high electrical resistivity and low magnetic loss. It can maintain stable EMI filtering performance under fluctuating temperature and long time continuous working conditions. It can be mounted on finished cable harness quickly without cutting or stripping wires and it is a widely used EMC component for electromagnetic interference rectification in electronics industry.

VIIP V19008 Snap On Ferrite Core EMI Noise Suppressor for Various Signal and Power Cables
Application Scope

It is widely used in consumer electronics industrial control equipment power adapters communication devices audio and video equipment medical electronics lighting equipment and automatic supporting cables. It fits many types of wires including signal cables DC power cords USB data cables audio video cables and internal and external wiring harness of equipment.

Purpose

It is mainly used to suppress high frequency common mode electromagnetic noise on cables reduce electromagnetic radiation emitted from cables and block external electromagnetic wave interference to the transmitted signal inside wires. It improves signal transmission quality lowers the electromagnetic radiation level of equipment helps end products pass EMC electromagnetic compatibility tests and reduces faults such as signal lag picture noise and audio static caused by interference.

VIIP V19008 Snap On Ferrite Core EMI Noise Suppressor for Various Signal and Power Cables

FAQ

1.Question What are the impedance parameters of V19008 snap on ferrite core?
Answer This ferrite core provides minimum impedance of 75 Ohm at 25 MHz and minimum impedance of 135 Ohm at 100 MHz it shows good absorption and suppression effect for high frequency noise within this frequency band.

2.Question Do we need to cut the original cable to install this snap on ferrite core?

Answer There is no need to cut or strip cable insulation. The open clip design allows users to fasten it directly on finished cable harness quickly without any damage to the original wiring.

3.Question What temperature range can this ferrite core withstand for long term operation?

 Answer The magnetic core uses VN09 material with curie temperature higher than 110 degree Celsius. It works stably within common operating temperature range of electronic equipment and keeps steady magnetic performance when ambient temperature changes frequently.

4.Question Can we use more than one snap on ferrite core on a single cable?

Answer Yes. For projects with severe interference engineers can install multiple ferrite cores at proper positions of one cable according to actual test results to get better noise suppression performance.

5.Question Will the useful signal become weak after installing this ferrite core?
Answer This ferrite core mainly absorbs high frequency interference noise and has little influence on low frequency useful signals. Proper installation will not cause obvious attenuation of valid signals. You can carry out pre test for high speed signal lines to verify the performance.