| Brand Name: | VIIP WeiAiPu |
| Model Number: | v19001 |
| MOQ: | 192 |
| Price: | 0.99USD |
| Packaging Details: | neutral |
| Payment Terms: | T/T |
V19001 snap on ferrite core is manufactured with VN09 nickel zinc ferrite material and features an initial permeability of 850. It delivers outstanding performance on absorbing high frequency noise. This split snap design comes with tightly controlled dimensions and clear tolerance limits. Cable cutting is not required during installation. The magnetic material has a Curie temperature above 130 degrees Celsius and high electrical resistivity for reliable insulation. The product meets RoHS and REACH environmental standards and has good mechanical strength to resist cracking. It effectively absorbs high frequency electromagnetic interference and radio frequency noise on cables to stabilise power and signal transmission. It is a user friendly and proven EMC component for noise suppression.![]()
It is widely used in consumer electronics smart home devices industrial control equipment communication hardware power adapters audio visual devices medical electronics printers scanners and other peripheral products. It works well for anti interference modification on finished power cords data cables signal wires and audio video cables. It supports EMC debugging for new product development and on site upgrade of existing equipment.
It is mainly used to suppress conducted high frequency EMI and RFI noise on cables and filter unwanted interference signals. It helps reduce common troubles caused by electromagnetic interference including signal distortion data error screen flicker and false triggering of devices. It assists finished products in passing EMC compliance tests smoothly and ensures long term stable operation of electronic systems.
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1.What is the working principle of this snap on ferrite core Nickel zinc ferrite material shows high impedance at high frequencies?
It converts unwanted high frequency noise travelling on cables into heat and consumes the interference. It will not create obvious negative impact on normal low frequency power and signals.
2.Do I need to cut the cable to install this ferrite core?
Cable cutting is not needed. The split snap structure can be opened and clipped directly onto cables. Installation and removal are simple and convenient, making it ideal for pre terminated finished cables.
3.How can I achieve better noise suppression performance Install the ferrite core as close as possible to the equipment port or noise source?
You can loop the cable once through the core if space permits. It is also important to select the correct ferrite material grade according to the actual interference frequency.
4.What temperature range can this ferrite core withstand?
The VN09 ferrite material has a Curie temperature higher than 130 degrees Celsius. It can maintain stable EMI suppression performance under normal high temperature working conditions for continuous running equipment.
5.Are these ferrite cores compliant with global environmental rules?
Yes this V19001 ferrite core complies with RoHS and REACH regulations. We can provide relevant certification documents for your compliance check upon request.
| Brand Name: | VIIP WeiAiPu |
| Model Number: | v19001 |
| MOQ: | 192 |
| Price: | 0.99USD |
| Packaging Details: | neutral |
| Payment Terms: | T/T |
V19001 snap on ferrite core is manufactured with VN09 nickel zinc ferrite material and features an initial permeability of 850. It delivers outstanding performance on absorbing high frequency noise. This split snap design comes with tightly controlled dimensions and clear tolerance limits. Cable cutting is not required during installation. The magnetic material has a Curie temperature above 130 degrees Celsius and high electrical resistivity for reliable insulation. The product meets RoHS and REACH environmental standards and has good mechanical strength to resist cracking. It effectively absorbs high frequency electromagnetic interference and radio frequency noise on cables to stabilise power and signal transmission. It is a user friendly and proven EMC component for noise suppression.![]()
It is widely used in consumer electronics smart home devices industrial control equipment communication hardware power adapters audio visual devices medical electronics printers scanners and other peripheral products. It works well for anti interference modification on finished power cords data cables signal wires and audio video cables. It supports EMC debugging for new product development and on site upgrade of existing equipment.
It is mainly used to suppress conducted high frequency EMI and RFI noise on cables and filter unwanted interference signals. It helps reduce common troubles caused by electromagnetic interference including signal distortion data error screen flicker and false triggering of devices. It assists finished products in passing EMC compliance tests smoothly and ensures long term stable operation of electronic systems.
![]()
1.What is the working principle of this snap on ferrite core Nickel zinc ferrite material shows high impedance at high frequencies?
It converts unwanted high frequency noise travelling on cables into heat and consumes the interference. It will not create obvious negative impact on normal low frequency power and signals.
2.Do I need to cut the cable to install this ferrite core?
Cable cutting is not needed. The split snap structure can be opened and clipped directly onto cables. Installation and removal are simple and convenient, making it ideal for pre terminated finished cables.
3.How can I achieve better noise suppression performance Install the ferrite core as close as possible to the equipment port or noise source?
You can loop the cable once through the core if space permits. It is also important to select the correct ferrite material grade according to the actual interference frequency.
4.What temperature range can this ferrite core withstand?
The VN09 ferrite material has a Curie temperature higher than 130 degrees Celsius. It can maintain stable EMI suppression performance under normal high temperature working conditions for continuous running equipment.
5.Are these ferrite cores compliant with global environmental rules?
Yes this V19001 ferrite core complies with RoHS and REACH regulations. We can provide relevant certification documents for your compliance check upon request.