| Brand Name: | Weiaipu VIIP |
| Model Number: | V18007H |
| MOQ: | 3000 |
| Price: | 0.016 |
| Packaging Details: | neutral |
V18007H is a Ni‑Zn ferrite core with VN02 material grade. Its physical dimension is outer diameter 3.5±0.3 mm, height 5.0±0.4 mm, inner diameter 1.8±0.3 mm. It has an initial permeability of 650. The minimum impedance reaches 20Ω at 25 MHz and 40Ω at 100 MHz. Featuring high resistivity, Curie temperature over 140℃ and stable magnetic performance, this component goes through strict visual defect inspection during production. It meets RoHS environmental standard, and both sample and mass‑production orders are acceptable.![]()
It is widely applicable for consumer electronic devices, household appliances, industrial control equipment, digital communication products and peripheral wiring accessories.![]()
This ferrite core is mainly used to suppress EMI and RFI high‑frequency noise interference on signal cables and small‑size wiring harnesses. It can filter out unwanted high‑frequency signals, reduce signal distortion, improve signal transmission stability, and help products pass EMC related compliance tests.![]()
| Brand Name: | Weiaipu VIIP |
| Model Number: | V18007H |
| MOQ: | 3000 |
| Price: | 0.016 |
| Packaging Details: | neutral |
V18007H is a Ni‑Zn ferrite core with VN02 material grade. Its physical dimension is outer diameter 3.5±0.3 mm, height 5.0±0.4 mm, inner diameter 1.8±0.3 mm. It has an initial permeability of 650. The minimum impedance reaches 20Ω at 25 MHz and 40Ω at 100 MHz. Featuring high resistivity, Curie temperature over 140℃ and stable magnetic performance, this component goes through strict visual defect inspection during production. It meets RoHS environmental standard, and both sample and mass‑production orders are acceptable.![]()
It is widely applicable for consumer electronic devices, household appliances, industrial control equipment, digital communication products and peripheral wiring accessories.![]()
This ferrite core is mainly used to suppress EMI and RFI high‑frequency noise interference on signal cables and small‑size wiring harnesses. It can filter out unwanted high‑frequency signals, reduce signal distortion, improve signal transmission stability, and help products pass EMC related compliance tests.![]()