VIIP V18029 split clamp-style ferrite core is purpose-built for on-site EMC troubleshooting and noise suppression on pre-routed cables. Unlike solid toroidal cores requiring cable threading, this split ferrite design clamps directly onto finished wiring without cable disassembly or re-termination.

Characterized by proven broadband impedance performance across 1-500 MHz, this core delivers minimum impedance of 85 Ω at 25 MHz and 165Ω at 100 MHz. It serves as a practical corrective component for projects facing unexpected high-frequency conducted and radiated interference, fully compliant with RoHS and REACH environmental requirements.

Manufactured at VIIP facility from premium nickel-zinc soft ferrite material, V18029 split ferrite core addresses real-world EMC points during prototype validation or after-sales upgrade phases. Many finished devices suffer from unforeseen EMI issues after wiring assembly; installing this clamp-on ferrite eliminates the need to redo existing harness layouts.

Tested with Keysight E4991A impedance analyzer within 1-500 MHz frequency range, the component maintains consistent noise-damping capability even under fluctuating operating conditions. Strict visual breakage-limit criteria are applied during mass production to secure mechanical integrity for long-term field deployment. It assists hardware engineers to bring non-compliant hardware closer to meeting regulatory EMC limits without major hardware revision.

• Strict appearance defect inspection standard, control crack, chipping and breakage for low defective rate.
• Effectively suppress high‑frequency common‑mode interference on power cables and signal cables.
• Tested from 1‑500 MHz, complete in‑house laboratory sampling inspection for each production batch.
• Good mechanical strength, anti‑drop and anti‑collision during assembly and transportation.
• No soldering or wire stripping required, fast on‑site installation to save assembly labor cost.

• High‑frequency noise mitigation for control cables within automation cabinet internal wiring assemblies
• EMI countermeasure implementation for communication interfaces of compact industrial sensor modules
• Interference suppression for auxiliary power cabling of smart control terminals and gateway hardware
• Quick EMC fine‑tuning for pre‑built device samples before formal certification testing
• Noise suppression for short‑range signal cables on instrumentation and data‑acquisition hardware
• Interference optimization for on‑site deployed machinery when hardware modification is restricted
• Cable‑borne noise reduction for low‑power drive modules and distributed I/O peripheral wiring