|
| Brand Name: | VIIP |
| Model Number: | V18011 |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Payment Terms: | T/T, Western Union |
Clamp-on 9mm Ferrite EMI Noise Choke for Mouse Cables, RFI Interference Suppressor
Quick Detail:
Description:
Clip-on ferrite cores are noise suppression components used to reduce electromagnetic interference (EMI) and radio frequency interference (RFI) in cables and power lines. They contain ferrite ceramic material that helps block high frequency electromagnetic signals to prevent interference and distortion in electronic equipment and systems. The clip-on design with a split core and plastic enclosure enables easy installation by clipping the filter directly onto existing wires and cables without needing to disconnect them. This convenience provides a simple solution for retrofitting EMI/RFI mitigation measures by adding on ferrite chokes wherever required. The hard ferrite material within the core can withstand mechanical stresses and environmental effects, allowing for reliable noise filtering performance in industrial settings.With increasing reliance on electronic instruments and digital devices, electromagnetic disturbances have become more prevalent. Clip-on ferrite cores help to eliminate interference from electromagnetic emissions and ensure clean power is supplied to sensitive equipment that can be adversely affected by excess noise on the line. They are commonly used on AC power cords, signal lines and communication cables in factory automation, medical apparatus and computer networks to promote EMC compliance and optimal functionality. Clip-on ferrite cores provide an effective, low-cost method for suppressing EMI and RFI noise through clipping the filter directly onto required cables, wires or power cords. Their easy installation and durable construction make them suitable for controlling electromagnetic disturbances in a wide range of electronics and industrial applications. With built-in overload protection and a frequency range that extends into the gigahertz spectrum, these noise filters can tackle high frequency electromagnetic noise while maintaining the signal integrity.
Specifications:
Applications:
✔ 3.5mm / 0.14in (inner diameter): suitable for 0.06 - 0.14in / 1.5 - 3.5mm cables
Application: Car DVR, Headset Cable, Loudspeaker Cable, Mouse Cable, Keyboard Cable, USB Cable etc.
✔ 5mm / 0.2in (inner diameter): suitable for 0.14 - 0.2in / 3.5 - 5mm cables
Application: Car DVR, Loudspeaker Cable, Mouse Cable, Keyboard Cable, USB Cable, RS232 Serial Port Camera Cable etc.
✔ 7mm / 0.27in (inner diameter): suitable for 0.2 - 0.27in / 5 - 7mm cables
Application: AV cable, Coaxial Audio, Audio Power Line, IP Serial Port Camera etc.
✔ 9mm / 0.35in (inner diameter): suitable for 0.27 - 0.35in / 7 - 9mm cables
Application: HDMI Cable, VGA Cable, DVI Cable, Power Line, Loudspeaker Cable, Industrial Cable etc.
✔ 13mm / 0.51in (inner diameter): suitable for 0.35 - 0.51in / 9 - 13mm cables
Application: HDMI Cable, IP Line of Communication, DVI Cable, Overstriking VGA Cable etc.
|
|
| Brand Name: | VIIP |
| Model Number: | V18011 |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Payment Terms: | T/T, Western Union |
Clamp-on 9mm Ferrite EMI Noise Choke for Mouse Cables, RFI Interference Suppressor
Quick Detail:
Description:
Clip-on ferrite cores are noise suppression components used to reduce electromagnetic interference (EMI) and radio frequency interference (RFI) in cables and power lines. They contain ferrite ceramic material that helps block high frequency electromagnetic signals to prevent interference and distortion in electronic equipment and systems. The clip-on design with a split core and plastic enclosure enables easy installation by clipping the filter directly onto existing wires and cables without needing to disconnect them. This convenience provides a simple solution for retrofitting EMI/RFI mitigation measures by adding on ferrite chokes wherever required. The hard ferrite material within the core can withstand mechanical stresses and environmental effects, allowing for reliable noise filtering performance in industrial settings.With increasing reliance on electronic instruments and digital devices, electromagnetic disturbances have become more prevalent. Clip-on ferrite cores help to eliminate interference from electromagnetic emissions and ensure clean power is supplied to sensitive equipment that can be adversely affected by excess noise on the line. They are commonly used on AC power cords, signal lines and communication cables in factory automation, medical apparatus and computer networks to promote EMC compliance and optimal functionality. Clip-on ferrite cores provide an effective, low-cost method for suppressing EMI and RFI noise through clipping the filter directly onto required cables, wires or power cords. Their easy installation and durable construction make them suitable for controlling electromagnetic disturbances in a wide range of electronics and industrial applications. With built-in overload protection and a frequency range that extends into the gigahertz spectrum, these noise filters can tackle high frequency electromagnetic noise while maintaining the signal integrity.
Specifications:
Applications:
✔ 3.5mm / 0.14in (inner diameter): suitable for 0.06 - 0.14in / 1.5 - 3.5mm cables
Application: Car DVR, Headset Cable, Loudspeaker Cable, Mouse Cable, Keyboard Cable, USB Cable etc.
✔ 5mm / 0.2in (inner diameter): suitable for 0.14 - 0.2in / 3.5 - 5mm cables
Application: Car DVR, Loudspeaker Cable, Mouse Cable, Keyboard Cable, USB Cable, RS232 Serial Port Camera Cable etc.
✔ 7mm / 0.27in (inner diameter): suitable for 0.2 - 0.27in / 5 - 7mm cables
Application: AV cable, Coaxial Audio, Audio Power Line, IP Serial Port Camera etc.
✔ 9mm / 0.35in (inner diameter): suitable for 0.27 - 0.35in / 7 - 9mm cables
Application: HDMI Cable, VGA Cable, DVI Cable, Power Line, Loudspeaker Cable, Industrial Cable etc.
✔ 13mm / 0.51in (inner diameter): suitable for 0.35 - 0.51in / 9 - 13mm cables
Application: HDMI Cable, IP Line of Communication, DVI Cable, Overstriking VGA Cable etc.
