The world's leading manufacturer of power filters.
Products
Our VIIP Filter products offer numerous advantages for our customers. Our power filters provide superior performance and reliability, effectively reducing electromagnetic interference and improving the efficiency of electronic devices. Additionally, our ferrite cores are designed to effectively suppress high frequency noise, resulting in a cleaner signal and improved overall system performance. Finally, our inductors are built to withstand extreme conditions and deliver consistent performance, making them ideal for a wide range of applications. With VIIP Filter products, customers can expect superior quality, performance, and reliability.
Send your inquiry
VIP-CFBF0402E301 Rev 4.0 – High-Performance 0402 Chip Ferrite Bead for EMI Suppression
TheVIP-CFBF0402E301 Rev 4.0 is a premium surface-mount chip ferrite bead engineered by SHENZHEN VIIP ELECTRONICS CO., LTD to deliver superior EMI/RFI filtering in high-frequency and high-speed circuits. Designed for precision noise suppression, this compact 0402-form-factor component effectively attenuates unwanted electromagnetic interference while preserving signal integrity in space-constrained applications.
TheVIP-CFBF0402E301 Rev 4.0 is a premium surface-mount chip ferrite bead engineered by SHENZHEN VIIP ELECTRONICS CO., LTD to deliver superior EMI/RFI filtering in high-frequency and high-speed circuits. Designed for precision noise suppression, this compact 0402-form-factor component effectively attenuates unwanted electromagnetic interference while preserving signal integrity in space-constrained applications.
VIP-CFBF0402A601H301T– High-Performance Surface-Mount Chip Ferrite Bead
VIP-CFBF0402A601H301T is an advanced 0402-form-factor ferrite bead developed by SHENZHEN VIIP ELECTRONICS CO., LTD to deliver exceptional EMI/RFI suppression in high-frequency and high-speed circuits. Engineered for precision noise filtering, this compact surface-mount component effectively attenuates unwanted RF interference while maintaining optimal signal integrity in demanding applications.
Featuring a miniature 0402 footprint, this ferrite bead is ideal for high-speed digital circuits, power supply lines, and RF communication modules, ensuring robust electromagnetic compatibility (EMC) performance. Its high-efficiency design minimizes insertion loss while providing superior impedance characteristics for enhanced noise suppression across a broad frequency range.
With excellent thermal stability and durability, the VIP-CFBF0402A601H301T Rev 4is optimized for modern PCB designs where space cons
VIP-CFBF0402A601H301T is an advanced 0402-form-factor ferrite bead developed by SHENZHEN VIIP ELECTRONICS CO., LTD to deliver exceptional EMI/RFI suppression in high-frequency and high-speed circuits. Engineered for precision noise filtering, this compact surface-mount component effectively attenuates unwanted RF interference while maintaining optimal signal integrity in demanding applications.
Featuring a miniature 0402 footprint, this ferrite bead is ideal for high-speed digital circuits, power supply lines, and RF communication modules, ensuring robust electromagnetic compatibility (EMC) performance. Its high-efficiency design minimizes insertion loss while providing superior impedance characteristics for enhanced noise suppression across a broad frequency range.
With excellent thermal stability and durability, the VIP-CFBF0402A601H301T Rev 4is optimized for modern PCB designs where space cons
VIP-CFBF0402A301H201T – High-Performance Surface-Mount Chip Ferrite Bead
The VIP-CFBF0402A301H201T is a premium 0402-form-factor ferrite bead engineered by SHENZHEN VIIP ELECTRONICS CO., LTD to deliver superior EMI suppression in modern high-frequency circuits. Designed for advanced noise filtering, this compact surface-mount component effectively attenuates RF interference while preserving signal integrity in high-speed applications.
Ideal for high-speed digital designs, power management systems, and communication modules, the VDFB-040-23B-W1 ensures robust EMI mitigation without sacrificing performance. Its miniature footprint makes it perfect for space-constrained PCBs, providing reliable noise suppression in a durable, high-efficiency package.
The VIP-CFBF0402A301H201T is a premium 0402-form-factor ferrite bead engineered by SHENZHEN VIIP ELECTRONICS CO., LTD to deliver superior EMI suppression in modern high-frequency circuits. Designed for advanced noise filtering, this compact surface-mount component effectively attenuates RF interference while preserving signal integrity in high-speed applications.
Ideal for high-speed digital designs, power management systems, and communication modules, the VDFB-040-23B-W1 ensures robust EMI mitigation without sacrificing performance. Its miniature footprint makes it perfect for space-constrained PCBs, providing reliable noise suppression in a durable, high-efficiency package.
The VDFB-040-23B-W1 Rev 4.0 is a premium surface-mount chip ferrite bead developed by SHENZHEN VIIP ELECTRONICS CO., LTD, designed to provide exceptional electromagnetic interference (EMI) suppression in advanced electronic circuits. Optimized for high-frequency noise filtering, this compact and reliable component effectively attenuates unwanted RF signals while maintaining excellent signal integrity.
Engineered for high-speed digital circuits, power management systems, and communication applications, the VIP-CFBF0402F301T ensures robust noise suppression without compromising performance. Its 0402 form factor makes it ideal for space-constrained PCB designs, offering superior EMI mitigation in a miniature package.
Engineered for high-speed digital circuits, power management systems, and communication applications, the VIP-CFBF0402F301T ensures robust noise suppression without compromising performance. Its 0402 form factor makes it ideal for space-constrained PCB designs, offering superior EMI mitigation in a miniature package.
Premium Differential Mode Choke – Enhanced EMI Filtering
Designed to eliminate differential mode noise, this high-efficiency choke is essential for maintaining clean power in inverters, converters, and communication devices. With excellent thermal stability and minimal core losses, it provides superior noise suppression while handling high currents. The robust construction ensures long-term reliability, even in harsh environments. Whether for industrial automation or high-fidelity audio equipment, this choke guarantees optimal performance and electromagnetic compatibility (EMC).
Designed to eliminate differential mode noise, this high-efficiency choke is essential for maintaining clean power in inverters, converters, and communication devices. With excellent thermal stability and minimal core losses, it provides superior noise suppression while handling high currents. The robust construction ensures long-term reliability, even in harsh environments. Whether for industrial automation or high-fidelity audio equipment, this choke guarantees optimal performance and electromagnetic compatibility (EMC).
Industrial-Grade Differential Mode Choke – Reliable Noise Control
This Differential Mode Choke offers exceptional filtering of unwanted high-frequency disturbances in power electronics, renewable energy systems, and automotive applications. Its high saturation current capability and low power loss ensure efficient operation under heavy loads. Built to withstand extreme temperatures and mechanical stress, it provides consistent noise suppression for critical circuits. Trusted by engineers for its durability and precision, this choke is a key component in noise-sensitive electronic designs.
This Differential Mode Choke offers exceptional filtering of unwanted high-frequency disturbances in power electronics, renewable energy systems, and automotive applications. Its high saturation current capability and low power loss ensure efficient operation under heavy loads. Built to withstand extreme temperatures and mechanical stress, it provides consistent noise suppression for critical circuits. Trusted by engineers for its durability and precision, this choke is a key component in noise-sensitive electronic designs.
High-Frequency Differential Mode Choke for RF Applications
Overview:Optimized for RF and high-speed digital circuits, this choke attenuates differential noise in MHz-GHz ranges, making it ideal for telecom and wireless devices.
Highlights:Excellent high-frequency suppression Low parasitic capacitance Stable performance under varying loads Lightweight and shielded options
Customizable configurations
Usage Scenarios:
5G base stations & antennas
Satellite communication
RF power amplifiers
High-speed PCB signal integrity
Test & measurement equipment
Key Considerations:Frequency band coverage Insertion loss at target frequencies Shielding requirements
Overview:Optimized for RF and high-speed digital circuits, this choke attenuates differential noise in MHz-GHz ranges, making it ideal for telecom and wireless devices.
Highlights:Excellent high-frequency suppression Low parasitic capacitance Stable performance under varying loads Lightweight and shielded options
Customizable configurations
Usage Scenarios:
5G base stations & antennas
Satellite communication
RF power amplifiers
High-speed PCB signal integrity
Test & measurement equipment
Key Considerations:Frequency band coverage Insertion loss at target frequencies Shielding requirements
The Differential Mode Choke is a specialized inductor designed to eliminate differential mode noise in electronic circuits. By selectively blocking unwanted high-frequency disturbances, it ensures stable operation in switching power supplies, inverters, and audio equipment. With low core loss and high saturation current capability, this choke provides reliable noise suppression while maintaining signal quality. Its robust construction and wide operating temperature range make it suitable for industrial and consumer electronics.
Miniature Differential Mode Choke for Signal Lines
Overview:A compact, high-performance choke designed to filter differential noise in sensitive signal lines, ensuring clean data transmission in communication and audio applications.
Key Benefits:Ultra-low profile for space-constrained designs High impedance at target noise frequencies Minimal signal distortion Reliable performance in harsh conditions Cost-effective solution
Ideal For:
USB/HDMI interfaces
Ethernet and PoE systems
Audio/video equipment
Sensor and measurement circuits
IoT and embedded systems
How to Choose:
Check signal speed compatibility Verify impedance characteristics Ensure mechanical fit
Overview:A compact, high-performance choke designed to filter differential noise in sensitive signal lines, ensuring clean data transmission in communication and audio applications.
Key Benefits:Ultra-low profile for space-constrained designs High impedance at target noise frequencies Minimal signal distortion Reliable performance in harsh conditions Cost-effective solution
Ideal For:
USB/HDMI interfaces
Ethernet and PoE systems
Audio/video equipment
Sensor and measurement circuits
IoT and embedded systems
How to Choose:
Check signal speed compatibility Verify impedance characteristics Ensure mechanical fit
High-Current Differential Mode Choke
Overview:Engineered for power applications, this Differential Mode Choke provides strong noise suppression in high-current circuits while maintaining efficiency. Ideal for industrial and automotive systems.
Advantages:High current ratings (up to 20A+) Effective EMI/RFI filtering Wide temperature range operation Low core loss for energy efficiency Multiple mounting styles available
Common Applications:Motor drives & servo systems Renewable energy inverters Battery management systems High-power LED arrays Robotics and automation
Selection Tips:Assess peak current requirements Match inductance to switching frequency Consider thermal performance
Overview:Engineered for power applications, this Differential Mode Choke provides strong noise suppression in high-current circuits while maintaining efficiency. Ideal for industrial and automotive systems.
Advantages:High current ratings (up to 20A+) Effective EMI/RFI filtering Wide temperature range operation Low core loss for energy efficiency Multiple mounting styles available
Common Applications:Motor drives & servo systems Renewable energy inverters Battery management systems High-power LED arrays Robotics and automation
Selection Tips:Assess peak current requirements Match inductance to switching frequency Consider thermal performance
Premium Differential Mode Noise Filter
Overview:This Differential Mode Choke effectively blocks unwanted differential noise while maintaining signal integrity in high-speed and power electronics. Its optimized design ensures reliable performance in demanding environments.
Features:Excellent high-frequency noise attenuation Stable inductance across temperature variations Low DC resistance for minimal power loss Compact SMD and through-hole options RoHS-compliant and durable materials
Typical Uses:DC/DC converters & inverters Automotive electronics Telecom infrastructure Medical equipment Consumer electronics
Choosing the Right Model:Verify current handling capacity Select based on required inductance Ensure compatibility with PCB layout
Overview:This Differential Mode Choke effectively blocks unwanted differential noise while maintaining signal integrity in high-speed and power electronics. Its optimized design ensures reliable performance in demanding environments.
Features:Excellent high-frequency noise attenuation Stable inductance across temperature variations Low DC resistance for minimal power loss Compact SMD and through-hole options RoHS-compliant and durable materials
Typical Uses:DC/DC converters & inverters Automotive electronics Telecom infrastructure Medical equipment Consumer electronics
Choosing the Right Model:Verify current handling capacity Select based on required inductance Ensure compatibility with PCB layout
A Common Mode Choke is a passive electronic component used for power transmission and signal processing, primarily designed to suppress common mode interference signals in electronic circuits. It typically consists of two or more coils wound on the same core, effectively reducing electromagnetic interference (EMI) and enhancing the electromagnetic compatibility (EMC) of electronic devices. Common mode chokes are widely applied in power management, power conversion, communication devices, and other fields requiring high-frequency signal processing.
no data
Ready to work with us ?
no data
Shenzhen VIIP Electronics Co., Ltd. is a professional EMC service provider. Mainly focusing on the R & D, production and sales of EMC anti-interference components.
Useful Links
Products
Contact Us
Add:
2F building D Mao yuan industry area, Huan guan south road, Guan hu street, Long hua district, Shenzhen city.
Contact person: Vicky Lee
Tel: +86 19925448748
WhatsApp：86-18003057179