VIP4-1A-10 is a 10A single phase EMI power filter compatible with 115VAC and 250VAC at 50Hz 60Hz. It adopts single stage LC circuit to deliver great common mode noise attenuation and help your equipment pass EMC tests.
It features reliable electrical safety and wide working temperature range from minus 25 degrees Celsius to 100 degrees Celsius. With simple wiring and easy installation, this filter is widely used in automation devices instruments and switching power supplies to suppress power line electromagnetic interference.

VIP4-1A-10 is a 10A single phase EMI power filter compatible with 115VAC and 250VAC at 50Hz 60Hz. It adopts single stage LC circuit to deliver great common mode noise attenuation and help your equipment pass EMC tests.
It features reliable electrical safety and wide working temperature range from minus 25 degrees Celsius to 100 degrees Celsius. With simple wiring and easy installation, this filter is widely used in automation devices instruments and switching power supplies to suppress power line electromagnetic interference.

VIP4-1A-10 is a 10A single phase EMI power filter compatible with 115VAC and 250VAC at 50Hz 60Hz. It adopts single stage LC circuit to deliver great common mode noise attenuation and help your equipment pass EMC tests.
It features reliable electrical safety and wide working temperature range from minus 25 degrees Celsius to 100 degrees Celsius. With simple wiring and easy installation, this filter is widely used in automation devices instruments and switching power supplies to suppress power line electromagnetic interference.

Designed for power harness and data line noise reduction
Strict dimensional tolerance control
Mass production stable quality with consistent batch performance
Widely used in industrial equipment power cables
Reduces signal distortion caused by electromagnetic interference
Openable ferrite core suitable for industrial cables and consumer electronics

Suitable for consumer electronics power cord applications
Perfect for EMC debugging and interference improvement
Pre-tested before delivery to guarantee performance
Compact housing size saves equipment internal space
Snap-lock structure keeps ferrite tightly closed on cable

Reliable physical structure, not easy to break under normal use
Designed for power harness, data line noise reduction
Strict dimensional tolerance control
Mass production stable quality, consistent batch performance
15mm clip ferrite core, Snap‑on noise filter core, Ferrite core for wiring harness, High frequency noise suppression ferrite, RoHS REACH ferrite core, EMI filter magnetic core, Cable noise reduction ferrite

Snap-on clip-on design for easy installation without cutting cables
15 mm inner diameter compatible with various power cables
Made of Ni-Zn VN09 ferrite material
Excellent EMI & RFI noise suppression performance

Snap-on clip-on structure enables quick field installation without cable connector disassembly
Adopts premium VN09 ferrite grade with initial permeability up to 850 (±20%)
Broad effective frequency range from 1 MHz to 500 MHz for wide-band EMI noise attenuation
15.0 mm core inner aperture, perfectly fits cables with outer diameter up to 15.0 mm
Optimized clip locking design prevents accidental pop-open under vibration and mechanical shock

VIP4‑2B‑10 is a single‑phase two‑stage EMI power filter with rated current of 10A and rated voltage of 115/250VAC for 50/60Hz power supply. Adopting professional two‑stage filtering circuit structure, it delivers outstanding insertion loss performance and effectively suppresses common‑mode and differential‑mode electromagnetic interference on power lines. This filter features reliable high‑voltage resistance and superior insulation property, with wide operating temperature range from ‑25℃ to +100℃. Designed with solder terminal connection, it supports long‑term continuous stable operation. Widely applied in industrial control systems, automation equipment, communication devices and household electronic appliances to meet strict EMC noise mitigation requirements.

VIP4‑2B‑10 is a single‑phase two‑stage EMI power filter with rated current of 10A and rated voltage of 115/250VAC for 50/60Hz power supply. Adopting professional two‑stage filtering circuit structure, it delivers outstanding insertion loss performance and effectively suppresses common‑mode and differential‑mode electromagnetic interference on power lines. This filter features reliable high‑voltage resistance and superior insulation property, with wide operating temperature range from ‑25℃ to +100℃. Designed with solder terminal connection, it supports long‑term continuous stable operation. Widely applied in industrial control systems, automation equipment, communication devices and household electronic appliances to meet strict EMC noise mitigation requirements.

VIP4‑2B‑10 is a single‑phase two‑stage EMI power filter with rated current of 10A and rated voltage of 115/250VAC for 50/60Hz power supply. Adopting professional two‑stage filtering circuit structure, it delivers outstanding insertion loss performance and effectively suppresses common‑mode and differential‑mode electromagnetic interference on power lines. This filter features reliable high‑voltage resistance and superior insulation property, with wide operating temperature range from ‑25℃ to +100℃. Designed with solder terminal connection, it supports long‑term continuous stable operation. Widely applied in industrial control systems, automation equipment, communication devices and household electronic appliances to meet strict EMC noise mitigation requirements.

VIP4‑2B‑10 is a single‑phase two‑stage EMI power filter with rated current of 10A and rated voltage of 115/250VAC for 50/60Hz power supply. Adopting professional two‑stage filtering circuit structure, it delivers outstanding insertion loss performance and effectively suppresses common‑mode and differential‑mode electromagnetic interference on power lines. This filter features reliable high‑voltage resistance and superior insulation property, with wide operating temperature range from ‑25℃ to +100℃. Designed with solder terminal connection, it supports long‑term continuous stable operation. Widely applied in industrial control systems, automation equipment, communication devices and household electronic appliances to meet strict EMC noise mitigation requirements.