| Brand Name: | Weiaipu |
| Model Number: | V180162T |
| MOQ: | 1728PCS |
| Price: | USD0.07 |
| Packaging Details: | Carton |
| Payment Terms: | T/T |
Medical‑Grade Ferrite Core with EMC Noise Damping Magnetic Core for Hospital Device Power Cable Anti‑Interference
The V180162T is an EMI suppression ferrite core manufactured by Shenzhen VIIP Electronics Co., Ltd, dedicated for EMC noise suppression. This component effectively suppresses high‑frequency electromagnetic interference within electronic circuits and fully complies with RoHS & REACH environmental requirements.
Impedance performance is verified with 10‑piece production sample test data, targeting noise attenuation across the 1‑500 MHz frequency range. Its toroidal gap‑free magnetic‑path design provides stable broadband noise‑reduction performance for cable harness and circuit‑level EMC optimization.
Dimensional data is sourced from the official approval sheet sample test records (Rev.4.0). Sample measured typical values (10‑sample average): A=18.98 mm, B=10.98 mm, C=12.90 mm. Full dimensional tolerance data and individual sample readings are available upon request, refer to approval sheet 6080025020‑V180162T Rev4.0.
| Item | Specification |
|---|---|
| Test instrument | E4991A |
| Test frequency range | 1 MHz ~ 500 MHz |
| Test winding fixture | Ø0.5×0.5TS×100L(mm) |
| Typical inductance L (average of 10 samples) | 29.96 μH |
| Typical Impedance @25 KHz (average) | 85.04 Ω |
| Typical Impedance @100 MHz (average) | 18.98 Ω |
Impedance‑vs‑frequency test curve is attached in the official approval sheet for reference.
| Parameter | Value |
|---|---|
| Initial permeability μi | 650 (±20%) |
| Relative Loss Factor | 20*10⁻⁶ @0.1 MHz |
| Saturation magnetic flux density | 260 mT (@1600 A/m) |
| Remanence Br | 150 mT |
| Coercivity | 35 A/m |
| Curie temperature | >105 °C |
| Electrical resistivity | High resistivity to minimize eddy‑current loss under high‑frequency working conditions |
Multi‑grade breakage‑limit standard: Defect area and maximum allowable defect quantity are defined according to core outer dimension for mass‑production quality control. All samples passed visual inspection (Y/N = Y for all tested samples) per the approval sheet report.
| Brand Name: | Weiaipu |
| Model Number: | V180162T |
| MOQ: | 1728PCS |
| Price: | USD0.07 |
| Packaging Details: | Carton |
| Payment Terms: | T/T |
Medical‑Grade Ferrite Core with EMC Noise Damping Magnetic Core for Hospital Device Power Cable Anti‑Interference
The V180162T is an EMI suppression ferrite core manufactured by Shenzhen VIIP Electronics Co., Ltd, dedicated for EMC noise suppression. This component effectively suppresses high‑frequency electromagnetic interference within electronic circuits and fully complies with RoHS & REACH environmental requirements.
Impedance performance is verified with 10‑piece production sample test data, targeting noise attenuation across the 1‑500 MHz frequency range. Its toroidal gap‑free magnetic‑path design provides stable broadband noise‑reduction performance for cable harness and circuit‑level EMC optimization.
Dimensional data is sourced from the official approval sheet sample test records (Rev.4.0). Sample measured typical values (10‑sample average): A=18.98 mm, B=10.98 mm, C=12.90 mm. Full dimensional tolerance data and individual sample readings are available upon request, refer to approval sheet 6080025020‑V180162T Rev4.0.
| Item | Specification |
|---|---|
| Test instrument | E4991A |
| Test frequency range | 1 MHz ~ 500 MHz |
| Test winding fixture | Ø0.5×0.5TS×100L(mm) |
| Typical inductance L (average of 10 samples) | 29.96 μH |
| Typical Impedance @25 KHz (average) | 85.04 Ω |
| Typical Impedance @100 MHz (average) | 18.98 Ω |
Impedance‑vs‑frequency test curve is attached in the official approval sheet for reference.
| Parameter | Value |
|---|---|
| Initial permeability μi | 650 (±20%) |
| Relative Loss Factor | 20*10⁻⁶ @0.1 MHz |
| Saturation magnetic flux density | 260 mT (@1600 A/m) |
| Remanence Br | 150 mT |
| Coercivity | 35 A/m |
| Curie temperature | >105 °C |
| Electrical resistivity | High resistivity to minimize eddy‑current loss under high‑frequency working conditions |
Multi‑grade breakage‑limit standard: Defect area and maximum allowable defect quantity are defined according to core outer dimension for mass‑production quality control. All samples passed visual inspection (Y/N = Y for all tested samples) per the approval sheet report.